The New Construction Office said the project is divided into three parts: the “New Vocational Training Building” on the north side, and the “Vocational Experience and Continuing Education Hall” and “University of Taipei Dormitory” on the south side. The design concept brings the greenery of the Yangmingshan mountain range east of the site into the campus. By setting the buildings back to create a corner plaza and open spaces, the project forms an urban green corridor that is both practical and sustainable.

The New Construction Office explained that the “New Vocational Training Building” is vertically organized by vocational training category. Outdoor colorful staircases and open, transparent large balconies make the building space more inviting, create a distinctive architectural character, and reflect the diverse, open, and inclusive spirit of Taipei City Vocational Development Institute. The floors of the “Vocational Experience and Continuing Education Hall” connect multi-level open spaces with direct outdoor stairways. Its fair-faced concrete exterior echoes the low-saturation facade of the neighboring teaching building, giving it a friendly, understated, and composed character. The balconies in each unit of the “University of Taipei Dormitory” extend the indoor space into semi-outdoor areas, creating green spaces for interaction and exchange. In addition, the stepped-back design on the east side of the building allows students to look out toward Yangmingshan and enjoy the beauty of nature.

The New Construction Office noted that once completed, the project will provide Taipei City Vocational Development Institute with a more complete training environment. It will become an ideal place for Taipei to train students, strengthen their employment competitiveness, and promote a wide range of skills, creating a new public space that combines empowerment, learning, daily life, and sustainability.

The HEO noted that the area around Guting Riverside Park once played an important role in supplying water to Taipei. Drawing on this historical connection, the HEO incorporated the familiar physical states of water, solid, liquid, and gas, into the design of the playground equipment and ground surfaces. Stepping into the playground is like entering a living picture book of science and nature, where children can experience the wonders of the natural world through running, jumping, and climbing.

The first feature visitors encounter is the Cloud Landscape Play Structure, representing water in its gaseous state. The structure features a soft, whimsical palette inspired by blue skies and white clouds, with varying shades of blue set against pure white landscape elements, as though clouds had drifted down from the sky and settled on the riverside lawn. Slides at different heights and woven rope nets create a multi-level play environment where children can move freely between the cloud-inspired structures and enjoy exploring at different heights.

Nearby is the Ripple Landscape Play Area, representing water in its liquid state. Colorful, durable safety surfacing forms concentric ripples across the ground, evoking the patterns created when a drop of water hits the surface. At the center of the ripples are three in-ground trampolines sure to delight young visitors. As children bounce up and down, their movements resemble splashes dancing across the rippling water, capturing the carefree energy of childhood.

The greatest physical challenge, however, comes from the Ice Crystal Climbing Frame, representing water in its solid state. Inspired by the geometric beauty of snowflakes and ice crystals, its silvery structure and angular lines shimmer with a cool brilliance beneath the summer sun. For adventurous and curious children, the climbing frame puts coordination and balance to the test as they use both hands and feet to navigate its intersecting structure. Every step upward presents a new challenge, with reaching the top bringing the confidence and satisfaction that make childhood adventures so memorable.

As the sun begins to set, the banks of the Xindian River are bathed in a warm golden glow. Parents and children can sit together on the terraced viewing steps, looking downstream over the shimmering river and changing clouds while enjoying the tranquility of sunset. After dark, the park takes on a romantic atmosphere. The well-known "Four Layers of Wishes" heart-shaped archway installation and globe lights across the lawn illuminate the riverside, creating a sparkling landscape beneath the night sky. Visitors can stroll along the park's pathways, with the peaceful river on one side and city lights on the other, leaving the urban bustle behind to enjoy the charm of Taipei's waterfront at night.

Residents can also plan a refreshing summer family outing combining two nearby attractions. During the day, families can cool off and enjoy the water attractions at the Museum of Drinking Water. Once the afternoon heat begins to ease, they can stroll along Siyuan Street, pass through the Gongguan Waterfront Plaza, and continue to the children's playground at Guting Riverside Park, where children can embark on a creative journey through the different states of water. This holiday, consider leaving the air conditioning and screens behind and spending time with the family along Guting's sunny riverbank. Amid the breeze and beautiful scenery, rediscover the simple sounds of children at play and create lasting family memories.

The HEO said that the Xindian River and Jingmei River Confluence Revetment and Landscape Improvement Project received an Excellence Award in the Best Planning and Design category. Centered on river safety, the ecological environment, and residents' waterfront needs, the project integrates revetment improvements at the river confluence with landscape planning. The design balances flood protection, riverfront views, and recreational circulation, transforming the waterfront from purely urban flood-control infrastructure into a high-quality public space connecting nature with everyday life.

The Mifenken Creek Drainage Improvement Project (Dahu Shanzhuang Street Flood Detention and Sedimentation Basin B) received an Excellence Award in the Best Construction Quality category. Flood detention and sedimentation facilities have strengthened the area's capacity to regulate stormwater runoff. During construction, the project team also took into account the existing environment, coordination between construction stages, and quality control. Inspection and safety management requirements were rigorously implemented despite constrained construction conditions, helping reduce the burden that runoff and sediment place on downstream drainage systems during heavy rainfall.

The Dalong Pumping Station Expansion Project received an Excellence Award in the Best Construction Quality category. Designed to enhance local flood protection and drainage capacity, the project encompasses the main pumping station structure, forebay, pumping and drainage equipment, and related ancillary facilities. Faced with complex challenges including integration with the existing station, deep excavation, mechanical and electrical systems integration, and flood preparedness during the flood season, the project team coordinated construction interfaces, implemented phased controls, and conducted quality inspections to ensure both effective flood protection and construction quality.

The Bailing Pumping Station Project received a Gold Award in the Best Planning and Design category. With enhanced regional flood resilience at the heart of its planning and design, the project integrates pumping and drainage functions, operational and maintenance requirements, the urban landscape, and surrounding environmental conditions. Comprehensive consideration was given to everything from equipment configuration and maintenance access to the building's exterior design, creating a modern pumping station that combines safety, efficiency, and integration with its surroundings.

The Shezi Island Wetland received an Excellence Award in the Best Management and Maintenance category, recognizing its outstanding ecological and sustainable management. To date, 142 bird species and 25 protected species have been recorded at the wetland, which also serves as a wintering ground for the common snipe. Microtopographic management is being used to protect the critically endangered four-spotted midget damselfly, a species found at only three habitats in Taiwan, while a public-private restoration initiative has brought back the native mangrove fern, which had disappeared from the Tamsui River for three centuries. In addition, the wetland sequesters 11.19 metric tons of carbon per hectare annually, providing tangible carbon-sink benefits. Results from its science-based sediment management practices were also presented at the 2024 international wetland science conference, demonstrating the HEO's expertise in integrating hydraulic engineering with environmental sustainability.

The HEO noted that the five award-winning projects span planning and design, construction quality, and management and maintenance, covering riverfront improvements, mountain-area drainage, pumping station construction, and wetland management. Together, they demonstrate Taipei City's achievements in managing hydraulic infrastructure throughout its entire life cycle. The awards recognize not only the efforts of the project teams and their partners but also the City Government's continued commitment to strengthening flood resilience, improving public works quality, and enhancing the value of waterfront environments.

Looking ahead, the HEO will continue to uphold the principles of high quality, safety, and sustainable development while introducing innovative technologies and refining its management practices. By balancing disaster prevention, ecological conservation, and residents' needs, the HEO aims to create a safer, more livable, and more resilient water environment for Taipei.

At Qianshan Park, located next to the bus terminal, a clear stream winds its way through the rocks, gurgling gently and bringing waves of refreshing coolness; the stream flows under Shamao Bridge, where it converges to form the tranquil Yangmingshan Lake. Along the lakeshore, there are long, bench-style seats made of andesite rock where visitors can sit back and enjoy the scenic views of the lake and mountains, listen to the natural symphony woven by the stream and the mountain breeze, admire Penglai Island in the lake, and gaze at the lush, layered peaks of Qixing Mountain in the distance. The clear, flowing water reflects the mountain scenery, creating a serene autumn atmosphere that compels visitors to slow their pace and savor the cool, refreshing moments amidst the mountains and forests.

From Qianshan Park, the trail connects to Yangmingshan Park’s “pedestrian-vehicle separated” path, where the intertwining tree shade forms a green corridor. A gentle mountain breeze blows in your face, and the fresh phytoncides instantly soothe both body and mind. Even after the start of autumn, Yangmingshan still retains its summer vitality; as long as you slow your pace and observe carefully along the way, you’ll have the chance to encounter many of the forest’s delicate inhabitants. Among the treetops, flocks of Taiwan blue magpies with their brilliant sapphire-blue wings dart back and forth from time to time; along the streams, the elegant silhouettes and piercing whistles of the Taiwan purple-throated thrush add boundless vitality to the verdant mountains.

As you continue along the trail, the serene Xiaoyin Tan Waterfall comes into view. With Yangmingshan’s pleasant and comfortable autumn temperatures, you can relax in a pavilion, listen to the crisp sound of the stream flowing over the rocks, and feel the gentle coolness of the mountain breeze rustling through the treetops—allowing you to temporarily forget the hustle and bustle of the city. The Park Authority reminds visitors that the rocks around the waterfall and along the stream are damp and slippery year-round. When enjoying the scenery, please stay on the trail or within the pavilions, maintain a safe distance from the stream, and watch your step to ensure everyone can enjoy a safe and pleasant time in the mountains.

This weekend, why not take a bus from the terminal and leisurely explore Qianshan Park and Yangming Park? Accompanied by the mountain breeze, the babbling brook, and lush greenery, treat yourself to a little autumn getaway!

The HEO noted the four-spotted midget damselfly is a tiny odonate measuring just over two centimeters in length. Since it was first discovered at Wugu Wetland in 2005, it has been recorded at only three locations in Taiwan, all within the Tamsui River watershed: Wugu Wetland, Shezi Island Wetland, and the Huanggang River estuary.

To conserve this rare species associated with estuarine marsh wetlands, the HEO launched population monitoring and habitat surveys at Shezi Island Wetland and the Huanggang River estuary. Drawing on published research and findings from these surveys, the Office established a restoration habitat beside the Huanggang River estuary in 2018, creating a tidal pond at the site's off-road bicycle course specifically to support the species' recovery.

The HEO also noted that, through continuous microhabitat management and monitoring by the site management team and the Society of Wilderness, the four-spotted midget damselfly population at the Huanggang River estuary restoration pond grew from none at all to a stable population by 2022 and 2023, with adults or nymphs recorded during every monthly survey. However, continued sediment accumulation and terrestrialization of the pond began to seriously affect the survival of the aquatic nymphs, with monitoring data showing a significant decline in their numbers.

In response, the HEO carried out habitat improvement work in early 2024, enlarging and deepening the pond while removing overgrown trees and shrubs. These measures improved tidal exchange and water retention, but also created another challenge: the dense reed marshes used by adult four-spotted midget damselflies for shelter and habitat had disappeared. Larger potential predators, including species of skimmers and darners, subsequently moved into the area in considerable numbers.

To accelerate the recovery of suitable habitat for the four-spotted midget damselfly, the HEO worked with the Society of Wilderness, the Dragonfly Association of Taiwan, and the ecological monitoring team. Following multiple site inspections, discussions, and planning sessions, the partners carried out two rounds of supplemental planting of reeds and sedges, in September 2024 and February 2025. Sandbags were also placed at the pond's inlet and outlet to regulate water levels.

Through these collaborative efforts, the restoration pond has gradually transitioned from an open habitat with sparse vegetation back into the dense marsh vegetation preferred by the four-spotted midget damselfly. Ongoing monitoring of adult odonates and aquatic nymphs has also shown that, as the vegetation has recovered, the restoration pond at the Huanggang River estuary has gradually returned to an odonate community in which the four-spotted midget damselfly is the dominant species.

In the latest survey completed this July, the monitoring team recorded abundant adults and nymphs at the Huanggang River estuary, with mating pairs also observed repeatedly among the reeds. The results represent not only a successful example of the HEO's sustained investment in habitat restoration and species conservation, but also a rewarding outcome for the monitoring teams who have spent long summer days in waders conducting surveys through tidal channels and muddy wetlands.

According to the Taipei Hydraulic Engineering Office (HEO), Taipei is increasingly facing extreme, short-duration rainfall brought about by climate change. As a highly developed city with extensive impervious surfaces and dense networks of underground utilities, Taipei faces significant constraints in expanding conventional drainage channels. To address these challenges, the HEO drew inspiration from Tokyo's renowned Metropolitan Area Outer Underground Discharge Channel and adopted a new approach centered on stormwater storage. With an investment of approximately NT$1.7 billion, the City is constructing an underground tubular stormwater detention facility, the Dunbei Underground Trunk Drain, to strengthen flood protection along Dunhua North Road and in areas surrounding Taipei Arena during extreme weather events.

The HEO noted that, with space at a premium in Taipei, urban flood control presents significant challenges. To overcome the constraints of limited surface space, the city is making use of deep underground space beneath existing roads to construct Taiwan's first underground tubular stormwater detention facility. The facility will provide a total storage capacity of 32,000 metric tons, equivalent to approximately 16 standard swimming pools. The storage tunnel will have an internal diameter of 6.1 meters and extend approximately 1.1 kilometers from Dunbei Park to Nanjing East Road near Taipei Arena. Using shield tunneling technology, construction will take place approximately 20 to 35 meters underground. Much like performing "minimally invasive surgery" beneath the city, the technique enables excavation deep underground while minimizing disruption to surface traffic and nearby commercial activities.

The HEO also pointed out that during his tenure as a legislator representing Zhongshan and northern Songshan, Mayor Chiang Wan-an took to heart residents' longstanding concerns over flooding and water accumulation. After taking office as mayor, Chiang committed substantial funding to advance the Dunbei Underground Trunk Drain Project, turning residents' concerns into concrete infrastructure improvements. The project is expected to alleviate flooding and create a safer, more livable, and resilient urban environment for residents.

The Dunbei Underground Trunk Drain Project is scheduled for completion by the end of 2029. Once completed, it will become Taiwan's first large-scale underground flood control system equipped with automated monitoring and a new landmark for urban disaster resilience in Taipei. During heavy rainfall, the system will temporarily store stormwater that exceeds the capacity of the existing drainage network and release it gradually after the peak rainfall period, increasing the city's capacity to accommodate extreme rainfall. In addition to better protecting lives and property, the project will further strengthen Taipei's urban resilience in the face of the growing challenges posed by climate change.

The Shida Road Pedestrian Environment Improvement Project, which won the Excellent Award in the 2026 Walkable Roads engineering category, is a recent model project in Taipei that uses sidewalk widening and road dieting as the core of people-oriented environment improvement. Shida Road is located near the main campus of National Taiwan Normal University, Shida Night Market, and Shida Park, and is also an important daily route for residents of nearby Guzhuang, Gufeng, and Longquan villages. The project integrates and optimizes various aspects of daily life, including food, clothing, housing, transport, work, commerce, and learning. It also incorporates the planning of pedestrian priority areas and friendly zones in the three surrounding villages, expanding the improvement scope from a single corridor to a broader area and extending people-oriented connectivity throughout the entire Shida living circle. The project also won the top prize in the “Impact of the Year Award” category at CommonWealth Magazine’s 2025 Excellence in City Governance Awards last year. It is hoped that the renewed Shida Road will serve as a pioneer in gradually transforming road design from a car-centered approach into a spatial concept centered on people.

The Pedestrian Environment Improvement Project on Sec. 3, Zhongxiao East Road, from Jianguo South Road to Fuxing South Road, which received a Merit Award, continues eastward from the earlier pedestrian environment improvements along Sec. 1 to Sec. 3 of Zhongxiao East Road. With green roads, people-oriented roads, resilient roads, and smart roads as its four core improvement goals, the project includes measures such as sidewalk widening, parking bay installation, new refuge islands, improved accessible environments, and cable duct installation along the route. It also uses permeable pavement to strengthen rainwater infiltration and pavement water retention, while increasing green coverage to effectively improve the safety of the people-oriented environment, green coverage, and urban microclimate regulation.

The Liugong Green Corridor Pedestrian Environment Improvement Project, which also received a Merit Award, is located in a prime area of Taipei’s East District. Before the improvement project, the site consisted of back lanes behind Zhongxiao East Road and parking areas in the local commercial district, where pedestrian space had long been constrained. The New Construction Office used a “people-oriented walking environment” and “East District green corridor connectivity” as its core concepts, stitching together the road and plaza on the south side of Lane 135, Sec. 1, Fuxing South Road. A large-scale shared plaza was introduced to connect pedestrian circulation, while a mist ring recreates the historical hydrological imagery of the former Dawan River. Multilayered green space and rain gardens were also used to create an urban ecological green island in Taipei’s East District.

In addition, the Chongqing South Road Sec. 3 Traffic Environment Improvement project, which received an Honorable Mention, was carried out in conjunction with the Zhongzheng Bridge Reconstruction Project, taking the opportunity to also demolish the Chongqing South Road overpass. After the overpass was removed, a people-oriented design concept was adopted. Spacious pedestrian areas and plantings were arranged along the corridor and extended to the new cross-river bridge section, fully connecting pedestrian and bicycle networks. The project improved the local streetscape, opened up the previously blocked skyline, reshaped an urban landscape suited to modern life, and helped drive local commercial development. Another Honorable Mention project, the Xinsheng-Heping Pedestrian Overpass Demolition Project, mainly involved removing the existing pedestrian overpass and improving the overall intersection. Measures included setting back crosswalks, giving pedestrians an early start signal, adding refuge islands, and installing corner guardrails. The original overpass piers and stair structures were located at the intersection corners, where they easily created blind spots for turning vehicles. After demolition, visual obstructions were reduced, improving pedestrian and traffic safety and putting people-oriented transport principles into practice.

In addition, Chi-Wei Chang, Assistant Engineer of the New Construction Office, and Hsiu-Ho Han, Chief of Guangwu Village in Da’an District, received the Individual Contribution Award and the Public Service Enthusiasm Award, respectively, for their long-term enthusiasm and active involvement in promoting Walkable Roads related work, with significant results.

It is also worth noting that Kun-Hu Lin, Director of the New Construction Office, shared Taipei’s experience with the “Pedestrian Environment Improvement Project on Shida Road, Da’an District, from Sec. 3, Roosevelt Road to Sec. 1, Heping East Road” during the morning forum, exchanging views with representatives from other counties and cities. Director Lin emphasized that Taipei’s New Construction Office has in recent years been committed to promoting people-oriented environmental development. In addition to continuously improving the quality of urban road and sidewalk maintenance, it has also transformed past car-centered road design into a people-centered spatial concept. Beyond improvements at the engineering level, the Office has in recent years continued to use measures such as PCI testing, performance-based contracts, and visualized management systems to move Taipei’s roads toward smarter and more precise management. Looking ahead, the New Construction Office will not become complacent because of these awards. It will continue to promote, optimize, and upgrade pedestrian and vehicle safety in Taipei, providing residents with a livable, sustainable, and safe living environment. Through changes in the road environment, the public will see Taipei’s progress and the vision of “walkable roads for a more accessible Taipei” will be realized.

The New Construction Office said the “Chenggong Market Redevelopment Project”, winner of the Special Award, centers on both shopping convenience and quality of life. To meet the land use objectives of the urban plan, the project adopts an innovative “semi-underground market” design, with 196 modern stalls on the first basement level and underground parking planned from the second to fourth basement levels. The ground level has been transformed into a broad, lush landscaped park plaza. Through a continuous open space that connects the terrain and plantings, the design not only greatly reduces the visual pressure of the underground structure, but also creates a diverse, multifunctional leisure space for residents, reshaping the traditional image of a market.

The “Reconstruction Project for Yong-Fu Home of the Taipei Municipal Yang-Ming Home for the Disabled”, winner of the Gold Award, is located at the intersection of Sec. 2, Yangde Boulevard and Zhuangding Road in Shilin District. The project is planned as a modern care facility with two underground floors and seven above-ground floors. The project will comprehensively address issues in the original aging building, including insufficient seismic resistance, poor ventilation and natural lighting, and inadequate sound insulation. It will also integrate complete public service spaces, including a community activity center, multi-purpose classrooms, rehabilitation rooms, and medical consultation rooms. The building exterior and landscape design make special use of local Yangmingshan andesite and a green-toned color palette, allowing the facility to blend seamlessly into its surrounding natural environment. The project will create a warm “home” for people with physical, mental, and mobility disabilities, combining daily care, skills guidance, and medical care.

The New Construction Office emphasized that the recognition of these two projects shows that, in promoting public works, Taipei City not only pursues construction quality, but also deepens its vision of coexistence with the local environment and social welfare care. Looking ahead, the Office will continue to uphold high standards in design and construction and accelerate project completion, bringing residents a more comfortable, inclusive, and modern living environment.

Xisong Elementary School has a long history dating back to the Japanese colonial period. However, some of its school buildings have aged over time, and the campus has long lacked a large indoor venue and adequate sports facilities. To meet the teaching and learning needs of teachers and students while easing parking demand among nearby residents, the city government has actively planned this new smart and green building, realizing the shared goal of allowing the campus and the community to benefit together.

Ming-Shen Kao, Section Chief of the Construction Section of the New Construction Office, Public Works Department, Taipei City Government, noted that the project is planned as a steel structure with two underground floors and six above-ground floors. The interior will include parking facilities on the two underground floors, while the above-ground floors will house a swimming pool, preschool, auditorium, rhythmic classroom, multi-purpose ball court, and other facilities. In the future, the center will not only lay the foundation for the school’s diverse development, but also effectively ease the shortage of parking spaces in nearby areas.

Wen-Yen Chen Architects & Associates, which is responsible for design and supervision, has also shown thoughtful attention to architectural aesthetics. Chia-Wei Huang, Director of the Nangang Construction Office of the Taipei New Construction Office, explained that the activity center’s main design is built around three core concepts, “water ripples”, “dynamic musical notes”, and “speed and energy”, which correspond respectively to the swimming pool, auditorium, and multi-purpose ball court. High-saturation blue, red, and yellow frames and grilles are used to accent the light-gray exterior walls, creating a vivid, modern, and functional architectural appearance.

Director Huang said the project officially broke ground on May 20, 2024, and today’s successful topping-out ceremony marks a key milestone in the construction process. The overall project is expected to be completed in 2027. Once completed, it is expected to fulfill Xisong Elementary School’s vision for diverse education, create a new highlight for education in Taipei, and provide teachers, students, and community residents with a high-quality, sustainable, friendly, and safe activity space.

Taipei Mayor Chiang, Wan-An said that Guanshan Riverside Park on the Songshan side of Minquan Bridge and Rainbow Riverside Park on the Neihu side are important recreational spaces where residents walk and jog on weekdays and enjoy activities such as baseball, softball, and cycling on weekends. To further upgrade residents’ leisure experience, the city government team applied creative thinking and successfully transformed the temporary traffic-maintenance bridge originally used during the “Minquan Bridge Superstructure Renovation Project” into this cross-river scenic pedestrian bridge. Mayor Chiang emphasized that after the opening of the Minquan Bridge Scenic Pedestrian Bridge, residents can not only enjoy sweeping views of the Keelung River, surrounding mountains, and lakes, but also experience the impressive sight of aircraft taking off and landing up close. The project not only strengthens convenient access between the urban area and riverside green spaces, but also realizes the vision of comfortable waterfront living shared by all.

The New Construction Office pointed out that rich environmental aesthetics were incorporated into the design of the Minquan Bridge Scenic Pedestrian Bridge. The main structure adopts a lightweight steel design, giving the bridge a smooth silhouette like an elegant ribbon gently sweeping across the Keelung River. Together with MacArthur No. 1 Bridge and MacArthur No. 2 Bridge in the background, it creates a layered urban skyline. The bridge deck has been carefully planned with a spacious, flat viewing platform and a barrier-free, user-friendly circulation route. In the future, whether residents wish to take in the vibrant nightscape of Neihu Technology Park or capture the sunset glow along the Keelung River, they will be able to move freely and comfortably across the bridge. It is expected to become a new destination for photography enthusiasts and social media photo lovers.

In addition to its streamlined daytime appearance, the nighttime light installation of the Minquan Bridge Scenic Pedestrian Bridge is another major highlight of the project. The bridge features an innovative lighting design that echoes the existing illumination along both banks of the Keelung River. At night, the bridge will shift through different lighting colors and themes according to the time and festive occasions. Reflected on the shimmering river surface, the light and shadow resemble a brilliant galaxy. This not only greatly improves safety for nighttime jogging and walking, but also adds a romantic touch to Taipei’s nightscape. The New Construction Office added that after its opening, the Minquan Bridge Scenic Pedestrian Bridge safely and comfortably connects Guanshan Riverside Park on the Songshan side with Rainbow Riverside Park on the Neihu side. Residents are welcome to visit after the opening and enjoy this “light trip” that brings together greenery and waterfront scenery, while experiencing the new charm of Taipei as a waterfront city.

Reservations are now open for two unique learning experiences: "Inside a Pumping Station" and "Neihu's Hidden Gem." 🚀

The plum rain season may leave everything feeling damp, but have you ever wondered where all that rainwater goes?

How does a major city like Taipei safely withstand one torrential downpour after another?

The Water Co-Learning Park (Xinsheng-Jianguo Pumping Station) and the Jinrui Flood Management Park, located in the upstream and downstream sections of the city's drainage system, each play a unique role in protecting Taipei from flooding.

Through thoughtfully designed interactive activities and guided tours, these programs offer an engaging way to learn about urban water management. Whether you're a teacher planning an educational field trip or an organization looking for an in-depth group experience, these two sites will change the way you think about water infrastructure.

Program duration: Approximately 2–3 hours (ideal for a half-day trip, including travel time)

Group size: School classes or community groups of approximately 15–20 participants

Admission: Free of charge, organized by the Hydraulic Engineering Office, Public Works Department, Taipei City Government

👉 Reserve your visit today! (Reservations are accepted up to three months in advance.)

Water Co-Learning Park:

https://www.ff-eco.com/environmentaleducation-2/

Jinrui Flood Management Park:

https://www.ff-eco.com/environmentaleducation-3/

Taipei currently offers eight designated riverside graffiti mural art zones. The largest is the Chengmei Left Bank Riverside Park Graffiti Zone in Nangang District, covering 2,120 square meters. The second largest is the Guanshan Riverside Park Graffiti Zone in Songshan District, with an area of 1,450 square meters. Additional graffiti zones are located in Meiti, Fuhe, Jingmei, Chengmei Right Bank, Longshan, and Yingfeng Riverside Parks. These walls regularly feature impressive works by local artists and have gradually evolved into distinctive urban art spaces.

To maintain a dynamic visual landscape and keep the embankment walls looking fresh, HEO repaints the graffiti walls white every four months before reopening them for new creations. As a result, artwork may remain on display for up to four months. However, any content containing obscene language, inappropriate imagery, or political slogans and messages will be removed immediately. Through this regular maintenance program, HEO hopes to foster a more welcoming public art environment where residents can unleash their creativity and tell their own stories through art.

HEO also reminds the public that graffiti is permitted only within the eight officially designated riverside graffiti zones. Graffiti in any other area of the riverside parks is prohibited and constitutes a violation of regulations. Under Article 11, Subparagraph 10 of the Taipei City Park Management Ordinance, unauthorized writing, painting, flag placement, hanging, or posting of materials on park facilities is prohibited. In addition to requiring offenders to remove the graffiti, penalties ranging from NT$1,200 to NT$6,000 may be imposed pursuant to Article 16 of the same ordinance.

Unauthorized graffiti negatively affects the city's appearance. Members of the public who observe illegal graffiti are encouraged to report it through the Taipei Citizen Hotline 1999.

Information on Taipei's eight designated riverside graffiti zones is available at: https://heo.gov.taipei/cp.aspx?n=F0C117C22579454F

Zhongzheng Bridge is an important transportation hub spanning the Xindian River and connecting Zhongzheng District in Taipei City with Yonghe District in New Taipei City. However, the bridge had faced problems including aging structures and insufficient seismic resistance. The reconstruction project first demolished the Chongqing South Road Viaduct and the Ziqiang Market beneath it, then renovated the surface section of Chongqing South Road and added new sidewalks, reshaping the surrounding urban landscape, improving the pedestrian environment, and revitalizing local development.

The newly rebuilt bridge integrates two major features, namely “engineering aesthetics” and “historical preservation.” The new main bridge adopts a large span steel arch design with no piers placed in the river, using twin arch rib trusses and suspended steel cables to create a graceful curved form. In addition to providing a spacious and comfortable driving environment for traffic traveling between Taipei and New Taipei, it has also become a new landmark along the Xindian River.

During construction, the Chongqing South Road Viaduct was demolished in just 87 hours over the Lunar New Year holiday. With overall traffic volumes in Taipei at their lowest during the Spring Festival period, the road closure caused the least possible disruption to the public. A large number of construction personnel gave up their holiday to meet this highly time sensitive challenge. Later, innovative methods such as curved incremental launching and steel arch rib lifting were adopted to reduce high altitude operations, significantly lower labor risks, strengthen worksite safety protections, and provide a more worker friendly construction environment.

In addition, part of the old Zhongzheng Bridge was originally the “Kawabata Bridge,” completed in 1937 during the Japanese colonial period, and it has been registered as a historic building. To meet flood control requirements, the original bridge piers were raised and preserved through restoration. The new bridge’s bicycle path now connects to Kawabata Bridge, linking the riverside park corridors of Taipei and New Taipei, while the historic bridge itself has been transformed into a scenic bridge exclusively for pedestrians and cyclists, restoring the beauty of its former appearance. Through the approach ramp along the side of the bridge, the public can directly access the floodplain riverside parks along the waterfront in both Taipei and New Taipei, enjoying a variety of experiences such as walking, cycling, recreation, and exercise.

The nighttime lighting of the “Zhongzheng Bridge Reconstruction Project” uses light and shadow as its medium to express the modern structural strength of the “new bridge,” adding another urban landmark to the nightscape of the Xindian River. A smart dimming system is concealed within the 285 meter arch ribs, and 2700K warm white lighting highlights the texture of the steel structure. The suspended steel cables are precisely illuminated from below, so that from a distance they resemble strings vibrating above the water’s surface. In addition, the project strictly controlled lighting angles to effectively prevent light pollution and reduce disturbance to the aquatic ecosystem, putting its commitment to environmental friendliness into practice.

Ming-Shen Kao, Chief of the Public Works Section of the New Construction Office, Public Works Department, Taipei City Government, stated that the original Yong-Fu Home building had been in use since 1982. It was a residential welfare institution for persons with disabilities with one basement level and six above-ground floors, originally planned to accommodate 172 beds. After a seismic evaluation was completed in 2018, both the chloride ion content and the level of concrete carbonation were found to exceed standards, and structural safety concerns had already emerged, including corroded reinforcing steel, wall cracks, and concrete spalling. Coupled with the continued growth in demand for disability care services in recent years, the city proceeded with the reconstruction of Yong-Fu Home in order to ensure residential safety for service users and improve overall care capacity. The original building was demolished in July 2024. The reconstruction site covers approximately 5,502 square meters and is planned as a modern welfare building with two basement levels and seven above-ground floors. Upon completion, the ground floor will include a lobby, a community activity center, a kitchen, a laundry room, an audiovisual classroom, a sensory classroom, a computer classroom, an examination room, and storage space. Floors two through seven will be planned for bedrooms and living areas, activity rooms, rehabilitation rooms, nursing and administrative office space, and meeting rooms, together with well-equipped common service areas and related mechanical rooms. A healing garden for residents will be planned on the roof. The basement levels will be used for temporary pick-up and drop-off, parking, an air raid shelter, and mechanical rooms, improving overall circulation safety and usage efficiency.

Fu Chung-kai, Director of the Shilin Office under the New Construction Office, stated that after reconstruction, Yong-Fu Home’s service capacity will increase to 196 beds. A dual-operator management model will be adopted, and under the principle of shared use of common spaces, the project will gradually promote the community-based development of services, providing persons with disabilities with more comprehensive, diverse, and humane care services. The project also incorporates the site’s topography and reduces its impact on the natural environment. It is planned to obtain a Gold Green Building Label, introduce smart equipment and energy-saving materials, and adopt structural design standards equivalent to those of a medical center for seismic resistance, comprehensively improving building safety, convenience, and comfort while implementing energy-saving and carbon-reduction policies and creating a welfare facility that combines sustainability, intelligence, and safety.

Director Fu further explained that the project was officially awarded on January 6, 2026, and is being jointly undertaken by Wan Ding Engineering Service Co., Ltd. and Hao Zhi Engineering Co., Ltd. Construction began in April 2026, with a construction period of 1,430 days, and is expected to be completed by April 2030. Once opened, it is expected to relieve the current overcrowding at the Taipei Municipal Yang-Ming Home for the Disabled, expand service capacity, and achieve the goal of building a safe, sustainable, and smart Yong-Fu Home.

According to the Hydraulic Engineering Office (HEO) of the Public Works Department, Taipei City Government, the project is the first in Taiwan to implement a “returning land to the river” approach through urban plan amendment. It represents not only a breakthrough in hydraulic engineering, but also a milestone in urban sustainability and ecological integration. Moving away from the conventional concrete-lined channel design, the project restores the river to a more natural form. By integrating Qiyan Parks No. 1 and No. 2 with surrounding green spaces, it expands flood detention capacity while also enhancing pedestrian-friendly environments with new walkways and layered vegetation, creating a waterfront that balances flood safety, ecological value, and human-centered recreation.

The HEO noted that the overall revitalization plan aligns with multiple surrounding initiatives, including cultural connections to the New Beitou MRT Station, smart streetscape improvements along Guangming Road, and the redevelopment of Beitou Market. The HEO undertook the Section C Riverbank and Walkway Improvement Project (from Yanshou Bridge to Qiyan Pumping Station), progressing through stages such as urban planning amendments, design review, and construction to systematically enhance both the river channel and adjacent public spaces.

Guided by the principles of pedestrian-oriented design and resilient flood management, the project integrates the new river channel with park spaces while converting the former channel into single- and double-cell box culverts. This significantly increases flood conveyance capacity and overall flood resilience. At the same time, porous materials and nature-based revetment designs have been introduced to create a more hospitable ecological habitat. Pedestrian walkways, roadways, and park paths along the corridor have been widened and reconnected, establishing a safe and comfortable walking environment and opening the waterfront for shared public use.

According to the Public Works Section of the HEO, the project scope also includes river channel improvements, bridge landscape enhancements, and the creation of key public spaces, featuring landmarks such as Gongyue Bridge, Xiji Bridge, as well as pavilions and plazas. A cohesive design language has been applied to shape a distinctive and creative landscape identity. In addition, a large number of existing mature trees were preserved during construction, complemented by new plantings of trees and shrubs arranged in multi-layered compositions. Following the principle of year-round flowering, rich layering, and ecological harmony, the project creates a riverside landscape that is visually appealing throughout the seasons.

To allow residents to experience the revitalization firsthand, a community fair was held alongside the opening ceremony, featuring light and shadow installations along the river, live performances, and family-friendly activities. The event transforms the waterfront into a vibrant public space that blends natural scenery with urban life, enhancing civic engagement and community identity.

With the completion of the Huanggang River Revitalization Project, flood safety and environmental quality have been significantly improved. The project also provides high-quality recreational space for residents, establishing the area as a key green corridor and community hub in Beitou, and contributing to a more livable and sustainable urban environment.

According to the HEO, on the infrastructure front, the city will raise the drainage system design capacity from 78.8 mm to 88.8 mm per hour. Through diversified strategies such as detention, runoff control, and integrated land development planning, Taipei aims to reduce flood risks. In addition, an underground detention pipe approximately 1,100 meters in length has been installed beneath Dunhua North Road, with a storage capacity of around 32,000 cubic meters of rainwater, effectively easing drainage pressure and mitigating flooding in surrounding areas.

At the same time, the HEO is advancing source control and community-based disaster prevention. Flood protection baseline policy for public buildings have been implemented, requiring newly constructed public buildings to set ground-floor elevations at least 30 cm above ground level of the building site to reduce flood risk. Communities are also being guided to establish community-based disaster prevention organizations to strengthen local response capacity. Meanwhile, a rainwater sewer rehabilitation program is extending the service life of aging pipelines through trenchless repair methods, minimizing traffic disruption while ensuring stable drainage system operations.

In addition to strengthening existing flood control infrastructure, the HEO is actively incorporating artificial intelligence (AI) and Internet of Things (IoT) technologies to progressively build a smart disaster prevention system, moving toward becoming a world-class disaster-resilient city. All 88 pumping stations across Taipei have been equipped with automated monitoring systems, enabling real-time activation based on water levels and enabling the central control center to monitor citywide drainage conditions. An AI-based flood forecasting system can predict potential flooding hotspots 30 to 60 minutes in advance, allowing for proactive deployment of response resources. In addition, a generative AI disaster knowledge system has been developed to integrate operational experience with standard procedures, improving frontline response efficiency.

The HEO is also promoting ecological flood management, creating waterfront spaces that integrate both disaster mitigation and environmental functions. The Huanggang River has been revitalized through channel improvements and vegetation integration, restoring a more natural riverside environment. Meanwhile, the Jinrui Flood Management Park serves as a recreational space under normal conditions and functions as a detention basin during heavy rainfall, demonstrating the benefits of multi-functional flood management.

Looking ahead, the HEO will continue to prioritize flood safety, ecological sustainability, and smart governance, refining its water management strategies to build a safe, resilient, and livable urban environment. The public is also encouraged to follow the official LINE account “TaipeiHEO” for real-time water information and to strengthen disaster preparedness through collective effort.

Actor James Wen joins forces with designer Kai-Wei Song in a cross-disciplinary collaboration, transforming the embankment in front of Fushan Fude Temple into a cinematic visual experience. Drawing on local culture and “theatrical composition,” the mural unfolds like a scene straight out of a film. Curious about the creative concept and process behind this new landmark? Click the video and hear the story behind this unique collaboration.

Location: No. 125, Section 9, Yanping North Road, Shilin District (levee in front)

According to the Hydraulic Engineering Office (HEO) of the Public Works Department, the project site covers approximately 2.6 hectares and will consist of a twin-building complex with nine floors above ground and three basement levels, with a total floor area of approximately 90,779 square meters. The Concert Hall will include a 1,500-seat concert hall, along with rehearsal spaces, backstage support facilities, and administrative offices for orchestras, meeting the needs of professional performances and regular rehearsals. The library component will include open- and closed-stack collections, approximately 3,000 reading seats, and multifunctional exhibition and learning spaces. Smart borrowing and return systems, along with digital archives, will be introduced to enhance service capabilities.

The project will comply with Taipei’s Green Building Self-Government Ordinance and is expected to achieve a Diamond-level Green Building certification, as well as meet Grade 1+ building energy efficiency and smart building certification standards. Furthermore, Building Information Modeling (BIM) has been incorporated during the design phase to strengthen design integration and construction management efficiency. The concert hall and library will operate with separate electromechanical systems, facilitating future operations and maintenance. Energy-saving, water-efficient, and rainwater recycling systems will also be adopted to reduce long-term operational costs.

The Public Works Section of the HEO noted that structural load standards for library spaces have been enhanced based on usage characteristics. High-density archive areas and general floors are designed with different load capacities to ensure structural safety and long-term use. Basement levels incorporate reinforced waterproofing, drainage, and typhoon resilience measures. System flexibility has also been reserved to accommodate future operational adjustments and equipment upgrades. The overall design complies with urban design review principles. Setback entrances provide buffer spaces, pedestrian and vehicular circulation are separated, and public safety management is strengthened, balancing traffic impact with neighborhood considerations.

The HEO added that it has supported the project since the planning and design stage, including urban design review, building permit applications, procurement, and green building certification. It is also responsible for cross-disciplinary coordination, including architecture, structural engineering, acoustics, and MEP systems. During construction, quality, safety, and progress will be strictly managed, with continued community engagement.

To ensure transparency and integrity, the city government has implemented a Government Procurement Integrity Platform, promoting information disclosure and cross-sector collaboration. This mechanism establishes communication channels among prosecutors, anti-corruption agencies, experts, scholars, and the public, strengthening external oversight and preventing improper interference. It aims to ensure that major public infrastructure projects are delivered on time, to standard, and with full integrity.

The project site was formerly the Taipei office of the American Institute in Taiwan (AIT) and is a key public land asset. During the planning stage, the Department of Cultural Affairs proposed the development of a mid-sized professional concert hall to address demand for performance venues as well as to serve as a resident venue for the Taipei Symphony Orchestra and the Taipei Chinese Orchestra. At the same time, in response to the redevelopment needs of the Taipei Public Library’s central library and the advancement of digital reading, plans were developed for a smart central library. Following cross-departmental coordination and integrated planning, the project evolved into a combined development integrating library and concert hall functions, bringing together reading, learning, and cultural performance spaces.

Commissioned by the Department of Cultural Affairs and the Taipei Public Library, the project is being implemented by the Hydraulic Engineering Office of the Public Works Department. Construction is targeted for completion by the end of 2030, upon which it will provide Taipei with enhanced cultural and educational facilities and strengthen overall public service capacity.

In response to challenges such as climate change and high-density urban development, Taipei City has actively developed a resilient and sustainable water governance framework. By integrating the strengths of the three key water agencies—the Feitsui Reservoir Administration, Taipei Water Department, and the Sewerage Systems Office—the city has advanced a coordinated approach centered on source protection, water supply management, and resource circulation control. Through cross-agency collaboration, Taipei continues to promote a healthy water city and resilient water governance, while strengthening its urban water cycle system.

Taipei has been advancing sewer system development for more than five decades. As of October 2026, the household sewer connection rate has reached 83.16%, ranking first nationwide. These efforts have not only improved the urban environment but also effectively reduced river pollution. In the face of urban growth, aging infrastructure, and climate change, the SSO has adopted forward-looking strategies focusing on network system optimization, treatment efficiency enhancement, resource recycling, and disaster resilience strengthening. These integrated measures ensure proper wastewater treatment, safeguard public health, protect water environments, and support sustainable development.

The SSO further noted that its policy goals include achieving full self-sufficiency in wastewater treatment by 2030 and increasing the household sewer connection rate to 90% by 2032, thereby building a safe, resilient, and sustainable water resource system. At present, both the Dihua and Neihu sewage treatment plants have introduced performance-based contracts and carbon reduction operations, while continuing to promote reclaimed water reuse. The upper areas of treatment plants have also been transformed into all-age-friendly recreational parks, demonstrating how sewer infrastructure has evolved from single-purpose facilities into multifunctional spaces that integrate resilience, disaster prevention, greening, and education.

In addition, the SSO has collaborated with the Feitsui Reservoir Administration and the Taipei Water Department to organize the “Taipei Water Journey” program. Through environmental education initiatives, the program encourages students to incorporate water conservation and protection practices into their daily lives and to actively promote these concepts. Moving forward, the SSO will continue to leverage professional expertise and innovation to lead wastewater infrastructure development nationwide.

SSO Director Huang Chun stated that the five award-winning projects this year include the 2024 West District Sewer Relocation and Back Alley Beautification Project, the 2024 Integrated Sewer Network, Branch Lines, and Household Drainage Equipment Design-Build Project, the Design-Build Project for Expanding Sewer Connections in Low-Connection Areas and Vacuum Truck-Served Households (Southeast District), the 2024 Sewer Inspection, Rehabilitation, and Life Extension Project (Lot 2) , and the 2022–2025 West District Branch Sewer Inspection, Rehabilitation, and Life Extension Project. These projects represent the core responsibilities of the SSO. The awards highlight the Office’s achievements in sewer network construction, household connections, community wastewater treatment, alleyway beautification, and pipeline inspection and rehabilitation. Through close collaboration among designers, supervisors, and contractors, the projects have been delivered on schedule and to a high standard, demonstrating strong technical capabilities and producing substantial results.

Huang further noted that sewerage systems are essential infrastructure and a key indicator of urban modernization. Taipei has more than five decades of experience in sewer system development. As of the end of August 2026, the city’s sewer connection rate has reached 83.10%, with a total pipeline length of approximately 2,722 kilometers, making Taipei one of the leading cities nationwide in sewer connections, wastewater treatment, and service quality. For areas where sewer service connections remain difficult, the SSO and its contractors have worked together to engage extensively with residents, investing time and effort to overcome various challenges and ensure the completion of sewer connections.

Chief Engineer Liao Chun-hao explained that in some mountainous areas, steep terrain prevents conventional sewer pipelines from reaching certain communities. To address wastewater treatment needs in such areas, the SSO spent two years coordinating with residents in the Baishihu area of Neihu District, securing community consensus and land use approvals. The project was implemented by the SSO in collaboration with the Southeast District design-build team for expanding sewer connections in low-connection areas. By incorporating hydropower and solar energy systems to generate green electricity and adopting a public-private partnership model for operation and maintenance, Taipei’s first community-based wastewater treatment facility was completed. The facility has significantly improved the environment and stream water quality in hillside communities and has received widespread recognition.

Liao also pointed out that for sewer pipelines already in operation, the SSO adopts trenchless spiral wound lining and expanded lining technologies in rehabilitation projects to minimize disruptions to daily life and traffic. These methods reduce the need for workers to enter pipelines, thereby significantly lowering occupational safety risks. Once rehabilitated, pipelines can remain in service for more than 30 years. The SSO continues to advance sewer infrastructure development while maintaining strict standards for project progress, safety, and quality, ensuring that all projects are completed on time, to specification, and with zero occupational accidents.

The SSO emphasized that sewerage infrastructure improves public health and environmental sanitation, helps prevent pollution of rivers and the environment, enhances water quality and waterfront recreational spaces, and supports the sustainable use of water resources. Moving forward, the SSO will continue working with the public to build Taipei into a sustainable, livable, and healthy global city.

The HEO stated that the data speak for themselves. Monitoring data for 2025 show that biodiversity has more than doubled overall, and the ecological carrying capacity of the downstream Zhinan River survey area has improved significantly. Bird surveys recorded 64 species from 32 families, with a total of 429 sightings, representing substantial growth in species richness compared with the pre-construction period in 2022. Among them were six endemic species of Taiwan, including the Taiwan blue magpie, Taiwan barbet, and Taiwan whistling thrush.

The most eye-catching finding in this round of monitoring was undoubtedly the reappearance of the critically endangered yellow-margined box turtle. In the past, both sides of Zhinan River were lined with steep, three-sided concrete embankments, forming an almost insurmountable barrier for reptiles such as turtles and cutting off their routes between waterside foraging grounds and forest habitats.

The HEO explained that the project successfully removed approximately 6,861 square meters of concrete revetment, all of which was recycled on site and reused as stone masonry material. The formerly steep embankments were transformed into gentle waterside slopes and riparian forest belts. This strategy of “loosening the embankment” broke down physical barriers and created a valuable movement corridor for the keeled box turtle.

The improved habitat has also attracted the return of top predators. The monitoring team recorded as many as nine Chinese sparrowhawks in the airspace above Zhinan River, the highest number documented among all HEO monitoring sites in 2025. The crested serpent eagle, crested goshawk, and mountain scops owl were also recorded consistently, indicating that the local ecological chain is becoming more complete and healthy.

Vitality is equally strong at the boundary between land and water. Survey records showed 18 species of odonates in the area. In particular, the riffle zones created by the project have significantly increased the numbers of species that prefer flowing water, including the black stream glider and the Taiwan-endemic Euphaea formosa. Populations of damselflies such as the orange-tailed sprite and the red sprite have also increased substantially due to the establishment of vegetation along the gently sloping river banks. For amphibians, surveys recorded 10 species from 5 families, including 28 sightings of the robust buerger's frog.

The transformation of Zhinan River stemmed from a shift in river management thinking. Upholding the principle that “rivers should not be governed solely by flood control standards, but should also provide living space for nature,” the HEO adopted near-natural engineering methods to restore the river’s natural meanders and varied topography by “lowering floodplains and creating riffles.” This has reestablished a diversity of pools, riffles, and gravel bars as habitat for wildlife.

The stone weirs and riffle zones formed with stacked rocks have effectively increased dissolved oxygen in the water while also providing spawning grounds for aquatic insects and fish, which in turn attract common kingfisher and herons to perch and forage. Monitoring has found that less commonly seen resident birds such as the striated heron have already begun using these newly created gravel bars as hunting grounds.

In addition, the project narrowed the original 5-meter-wide pathway to 2.5 meters, returning more space to nature, and supplemented the area with 36 species of native plants, including yanagi ichigo and Chinese chaste tree, to create a riparian zone capable of natural succession. This has made it easier for animals active along the forest edge, such as the taiwan crab-eating mongoose and formosan masked palm civet, to move between the river bed and the forest in search of food.

After its completion in late June 2024, this revitalized river received multiple honors, including an Award of Excellence in the inaugural Taiwan Rivers of Hope Awards and the international 2025 IFLA Asia Pacific Landscape Architecture Award. The project not only provides the public with an inviting waterside space, but also sets a new benchmark for urban river restoration across Taiwan, proving that when space is returned to nature, life can once again flourish in the city.

According to the Hydraulic Engineering Office (HEO) of the Taipei City Government, a themed sea of flowers has been created at Guting Riverside Park, covering approximately 8,875 square meters, roughly equivalent to the size of 21 basketball courts, forming an expansive floral landscape. Among the highlights are 50,000 golden-yellow and pink snapdragons, whose blossoms sway gently in the breeze, creating captivating wave-like patterns across the fields. In addition, about 60,000 plants of purple-blue salvia (locally known as “a string of purple”) have been planted, along with a combined total of 80,000 Victoria blue salvia, lavender, and diviner’s sage. Their rich fragrance and distinctive textures create an atmosphere reminiscent of the countryside in southern France.

Notably, two dreamy flower varieties—baby blue eyes and misty plume bush—have been introduced for the first time this year. Visitors no longer need to travel all the way to Ibaraki Prefecture in Japan to see the mesmerizing “baby blue” fields of baby blue eyes, as they can now experience this enchanting scene right here in Taipei. Meanwhile, the cloud-like pink blossoms of misty plume bush add a soft romantic charm to every corner of the riverside park, filling the space with the poetic beauty of early spring. The HEO has also artistically incorporated orange-toned seasonal flowers and snapdragons into the design. Through bold color-contrast aesthetics, the floral carpet is infused with warmth and vitality.

Beyond the spectacular sea of flowers, several art installations have been placed throughout the park, creating perfect photo backdrops for visitors. These include whimsical dandelion-themed installations that sparkle in the sunlight, wooden tent structures that evoke the relaxed atmosphere of a riverside picnic, and floral net installations that extend the visual experience of the flower fields from flat landscapes into three-dimensional space. These installations not only enrich the scenery but also provide diverse photo angles, making every picture taken at Guting Riverside Park feel like a postcard.

Guting Riverside Park is conveniently located near MRT stations and the Gongguan shopping district. Visitors can cycle along the riverside bike paths to reach the park, or take the MRT to Guting Station or Gongguan Station and walk to the site. Next to the flower fields lies a spacious lawn, making it an ideal place for families to bring picnic mats and spend a leisurely afternoon surrounded by fragrant blossoms. Visitors can enjoy this purple-toned romantic landscape thoughtfully created by the HEO and create beautiful memories for the new year.

In addition to the Guting Riverside sea of flowers, the HEO also recommends another weekend destination—the “Dinosaur Resurrection: Guandu Adventure Park” at Guandu Wharf in Beitou. This is Taipei’s first large-scale outdoor dinosaur park, spanning about 4,959 square meters and featuring nearly 70 life-sized, realistic animatronic dinosaurs. The immersive prehistoric setting creates a striking visual experience. In this spacious outdoor adventure area, children can run and play freely, making it a perfect family-friendly weekend activity. Visitors are warmly invited to bring the whole family and come explore together.

Flower Bloom Updates:  Facebook: “Taipei HEO” (https://pse.is/465ug6)

Taipei Riverside Flower Viewing Map: https://reurl.cc/my5a2A

Taipei Riverside Sea of Flowers: https://english.heo.gov.taipei/cp.aspx?n=F3D7464EBB32251F

Search on Google Maps:

1. Guting Riverside Park Basketball Court (PLUS CODE: 2G7G+Q7 Zhongzheng District, Taipei City)

2. Guting Riverside Park Heart Arch (PLUS CODE: 2G6H+R2 Zhongzheng District, Taipei City)

Getting There by Public Transportation

1. Bus: Take routes Small 30, 895, 311, 311 Shuttle, or 254 Shuttle and get off at Taipei Water Park (Museum of Drinking Water) Stop. Walk along Siyuan Street toward Yongfu Bridge for about 10 minutes. Enter Guting Riverside Park via the levee stairs beneath Yongfu Bridge. After descending the stairs, turn right to reach the flower fields.

2. MRT: Take the Songshan–Xindian Line to Gongguan Station (Exit 4). Turn into Lane 24, Section 4, Roosevelt Road, then turn right onto Section 3, Tingzhou Road, and left onto Siyuan Street. Walk toward Yongfu Bridge for about 10 minutes and enter the park via the levee stairs beneath the bridge. After descending the stairs, turn right to reach the flower fields.

3. Taipei Riverside Bike Rental Station: Jingfu Station 

4. YouBike 2.0 Stations: NTU Archives Museum Station; Taipei Water Department Station; NTU Shuiyuan Hsiu-Chi House; Shuiyuan Road No. 11-1 Station; MRT Gongguan Station (Exit 4); Taipei Water Park Station

Zhuzihu combines local flower industries with natural and cultural resources to develop leisure agriculture. It is one of the three major leisure agriculture areas in Taipei City. During May and June, a variety of colorful hydrangeas bloom, featuring terraces, flower walls, and flower seas in diverse forms.

Please visit  Flowers in Taipei website for more information.

With the arrival of spring, azaleas are in full bloom, and together with hydrangeas, buddleias, dahlias, and lavenders, Taipei becomes enshrouded in romantic shades of pink. With Daan Forest Park as the event venue, the festival comprises of music concerts, reading tours, and handicraft classes that are held in conjunction with the surrounding businesses of the South Town Area.

Visitors are encouraged to enjoy the music and view the beautiful flowers at the “Floral Picnic,” a perfect event for family outings. A series of cultural events and art fairs injects the city with new warmth and vibrancy this spring.

Please visit   Flowers in Taipei website for more information.

It cultivates more than 800 varieties and over 5,000 rose plants from around the world. Visitors can enjoy different varieties of roses throughout the year, indulging in a feast for both the eyes and the senses of smell. The garden features several themed areas, including the “Secret Garden,” “Colorful Rose Garden,” “Breeders’ Garden,” “Sea of Flowers Area,” and “Variety Area.”

With its romantic European-style landscape, it has become a must-visit dating destination for couples.

Please visit   Flowers in Taipei website for more information.

   First, the "Liugong Green Corridor Pedestrian Environment Improvement Project” which received the "Top Prize", created a lighting environment aimed at enhancing the quality of the city’s nighttime spaces while safeguarding pedestrian safety. Guided by four core principles of “people centered design, safety and comfort, energy saving and carbon reduction, and strengthening the identity of the Dawan River corridor,” the project not only incorporated smart energy saving technologies, but also used artistic lighting to transform this urban greenway into a nighttime aesthetic space that integrates historical memory with an eco friendly approach. Along the main circulation routes, the project installed low glare floodlights and landscape luminaires with an IP65 high protection rating to ensure safe nighttime passage. Key lighting was also used to highlight focal points such as the “Water Light Ring” and the “Fish School Sculpture,” guiding pedestrian flow. “Ripple pattern lights” were adopted to recreate the historical texture of the Dawan River channel. In addition, planters and seating areas were paired with indirect lighting using both rigid and flexible linear lights to create a warm and gentle atmosphere for rest and relaxation. High efficiency LED lighting was selected across the entire area and integrated with a smart control system to achieve energy savings and carbon reduction. For planted areas, the design adopts “low color temperature lighting at 3300K, low backlight, and no blue light pollution” to help protect biodiversity. This renovation not only enhances the pedestrian experience, but also uses light and shadow as a form of storytelling, making the Liugong Green Corridor a low carbon, people friendly nighttime highlight in the city with meaningful cultural depth.

Second, the “Zhongzheng Bridge Reconstruction Project”, which received the “Award of Excellence”, was recognized for using light and shadow as a medium to showcase the modern strength of the “new steel bridge” structure, adding a new urban landmark to the nighttime scenery along the Xindian River. The new Zhongzheng Bridge adopts a long span steel arch bridge design with no piers placed in the river. Its twin arch rib truss system showcases modern engineering capability. A smart dimming system is integrated within the 285 meter arch ribs, and 2700K warm white lighting is used to highlight the texture and presence of the steel structure. The suspension cables are illuminated from below with carefully controlled light distribution, creating a distant view that resembles strings dancing above the water’s surface. In addition, the project strictly controlled lighting angles to effectively prevent light pollution and reduce disturbance to the aquatic ecosystem, putting its commitment to environmental friendliness into practice.

These awards fully demonstrate the New Construction Office’s strength in lighting design and affirm Taipei City’s outstanding achievements in advancing people centered lighting, ecological sustainability, and the integration of history with the modern urban environment. Both projects were highly regarded and recognized by the review committee, resulting in awards for each. Together, they also make an outstanding contribution to Taipei City’s urban lighting aesthetics and overall cityscape.

According to the HEO, the Guting Riverside floral display kicks off in February. The area is decorated with 250,000 flowers in shades of pink and purple. Varieties like Snapdragon, Mealycup Sage, Spider Flower, Lavender, and Musk Shrub wind through the park like colorful ribbons, and the display will run through mid-March. Everyone is invited to bring their cameras and strike their best poses for a spring outing at Guting. Follow the dancing butterflies through fields of blossoms and make use of the rest tents set up throughout the park. Wander among the flowers for picture-perfect moments, and when it’s time to pause, relax under the warm winter sun and clear blue skies—welcoming 2026 with positive vibes.

Making its debut in January 2026 the Dagou Creek flower sea is equally captivating! A total of 26,000 plants—including Scarlet Sage, Mealycup Sage, and marigolds—are now in full bloom across an area of approximately 743 square meters. This year’s theme, “Water Abyss,” presents flowing patterns that resemble rippling water cascading over green slopes. Visitors to the Dagouxi Ecology and Water-Control Park can follow charming animal installations through the wave-like floral displays, creating a vibrant visual feast. Engage all five senses as you listen to the gentle murmur of the stream and the constant, lively chorus of birdsong.

Located a 10-15 walk from MRT Gongguan Station and the Gongguan Shopping District, Guting Riverside Park’s flower sea sits next to the basketball courts. After viewing the blooms, take time to explore the Gongguan area or Treasure Hill Artist Village for local treats and a relaxed, nostalgic vibe. Located within the Dagouxi Ecology and Water-Control Park, the flower sea is easy to reach. Visitors can get there with a 15 minute walk from the Wenhu Line's MRT Dahu Park Station. In addition to Dahu Park, there are several hiking trails nearby, making it ideal for planning half-day travel itineraries.

Come celebrate the spring holidays with us! The HEO welcomes couples, families, and friends to experience the flowers and unwind together. It’s the perfect way to recharge and kick off a prosperous, peaceful year where everything goes your way! 

According to the HEO, the Shezidao Wetland’s thriving bird life has turned it into a premier birdwatching destination, a rare natural escape in the heart of Northern Taiwan. According to monitoring data from January to March, 2025, a total of 53 species from 29 families was recorded, reaching 1,412 total sightings. The diversity of protected bird species is especially noteworthy. Alongside the endangered Class I Black-faced Spoonbill, the survey recorded six Class II “Rare and Valuable” species—Hen Harrier, Crested Goshawk, Black-winged Kite, Short-eared Owl, Greater Painted-snipe, and Crested Myna—together with Class III protected species including the Brown Shrike and Black-headed Munia. It is worth mentioning that the nocturnal “Short-eared Owl” was caught on camera, thanks to infrared technology mounted on raptor perches.

The “Common Snipe” is undoubtedly the highlight of birdwatching activities at Shezidao Wetland! According to the HEO, the elusive Common Snipe typically hides along the edges of wetland plants. However, winter 2025 saw a surprising surge, with numbers hitting an all-time high for this time of year. The success is largely attributed to habitat engineering that kept belts of reeds as hiding spots during low tide. Additionally, large-scale floating islands act as crucial sanctuaries for birds to rest during high tide. This “bird-friendly facility” has encouraged the naturally shy Common Snipes to stay longer.

There is also good news for fans of sandpipers, plovers, and other small wading birds. While global environmental shifts have been challenging, Shezidao Wetland’s habitat improvements are paying dividends, with small wader populations now on the rebound. According to statistics, compared to the low point in 2023, there is a 33% increase in small winter wader populations, indicating that habitat engineering projects are having a positive impact on ecological restoration. Although numbers of the Green-winged Teal have diminished in line with regional trends across the Tamsui River, they are still the most common winter visitors. Importantly, the wetland’s total biodiversity remains remarkably high.

Now is the ideal season for winter residents and spring migrants! The HEO encourages the public to head to the Shezidao Wetland Information Pavilion and nearby trails this weekend. Grab your binoculars and look for these feathered wetland visitors, but remember to stay back from the water’s edge so as not to disturb them. Let’s work together to safeguard this rare natural sanctuary.

The Shilin Residence Tulip Festival features more than 100,000 tulips from the Netherlands and Japan, arranged into exquisite floral fields that have turned the park into a popular Instagram-worthy site. 

Visitors can delight in the romantic beauty of tulips in temperate climates without having to travel abroad.

Please find more information on  Flowers in Taipei Website.

The hillside landscape is meticulously designed with tiers of grass and flowers to create an image of the great-crested vulture when viewed from an elevated position. More than 16,000 lavenders are in full bloom, accompanied by layers of sage and nasturtium, creating a cascading floral tapestry reminiscent of the Shikisai-no-Oka flower fields in Hokkaido.

The Shan-Tseng-Chi Park has become “Taiwan’s version of Furano,” drawing visitors all over the island to enjoy the spectacular view.

Please visit  Flowers in Taipei website for more information.

The concept underpinning the award-winning “Da’an Junior High School Comprehensive Teaching Building New Construction Project” is to create a diverse, forward-looking, welcoming, vibrant, and cultured learning environment, delivering a safe, high-quality, and comfortable modern junior high school, and, in line with a multi-purpose use strategy, to include a two-level underground parking facility to meet the needs of both the school and nearby residents. The building comprises six above-ground floors, housing 64 instructional spaces (including 45 general classrooms, 15 specialized classrooms, four special education classrooms, and a library) and 20 administrative offices; the two underground levels serve as a public parking facility, providing 223 car parking spaces and 52 scooter parking spaces. Since its completion and opening, it has received recognition from teachers, students, and parents alike, becoming a high-quality campus that inspires students to pursue and realize their dreams. 

Secondly, the “Songshan and Xinyi Districts Urban Roads Project” responded to the Taipei City Government’s smart city governance vision by adopting performance-based contract management, integrating AI-powered intelligent inspections with PCI indicator assessments to promptly rectify deficiencies and improve pavement quality under limited resources; it also optimized school-zone commuting environments and barrier-free sidewalks, significantly enhancing traffic safety and road users’ sense of security. In addition, the New Construction Office has taken the national lead in establishing carbon footprint assessments for road engineering projects and in applying recycled materials such as foamed asphalt to advance the principles of the circular economy. Through technology-driven management and carbon-reduction techniques, it has achieved both high construction quality and sustainable development, demonstrating strong exemplary value and significantly enhancing road user satisfaction.

Finally, in the individual award category, Director Ming-Hui Wang has served with the New Construction Office, Public Works Department, Taipei City Government since 2009. Over the years, he has successively held positions including Project Engineer in charge at the Public Works Office, Section Chief of the Public Works Division, and Director of the Public Works Division, accumulating more than 15 years of extensive practical experience, and has delivered tangible results in construction quality management and the promotion of innovative systems. Among the projects under his leadership, the “Fuhe Bridge South Sidewalk Widening and Bicycle Wheel Ramp Project” received the Ministry of Labor’s Golden Safety Award for Outstanding Construction, while the “Liugong Green Corridor Pedestrian Environment Improvement Project” was honored with Top Distinction at the 24th Public Construction Golden Quality Award in 2024. At this year’s Golden Quality Award, he was unanimously praised by the award jury and was presented with a Grade A Individual Contribution Award.

Ming-Shen Kao, Chief of the Public Works Section, New Construction Office, Public Works Department, Taipei City Government, stated that Taipei Municipal Lixing Elementary School was established in 1988. Nearby are Jingmei Girls High School and the Examination Yuan, and the school is also close to excellent institutions of higher education such as National Chengchi University and Shih Hsin University, making it one of Taipei City’s thriving cultural and educational areas. However, since the school was founded, physical constraints, including a limited campus area and a lack of indoor activity and semi-outdoor activity spaces for students, have significantly affected school development, further underscoring the urgency of constructing the new activity center. Accordingly, the Taipei City Government has proposed a plan to construct a new activity center, including a one-level underground parking facility and a five-story above-ground facility comprising an activity center, a swimming pool, an activity platform, and kindergarten classrooms, with the expectation of building a multifunctional activity center building as the foundation for the school’s future all-round campus development and to meet the kindergarten’s teaching needs.

Shih-Chen Tian, director of the Zhongzheng Office of the Public Works Section, New Construction Office, stated that Hsuyuan Kuo Architects & Associates were commissioned to carry out the design and construction supervision for this project. As the Taipei Municipal Li Xing Primary School site lies on the boundary of Muzha and Wenshan District, it is hoped that this activity center will in the future become Wenshan District’s new living hub, as well as a “public living room” where the city and natural landscape intersect, and will echo the four visions of Taipei Municipal Li Xing Primary School, guided by the principle of putting true knowledge into action: “Sincerity: Care and Inclusivity”, “Knowledge: Respect for Virtue and Diligence in Learning”, “Dedication: Pursuit of Excellence”, and “Action: Enthusiasm and Vitality”. The new activity center’s spatial planning includes an activity center, sports courts, a swimming pool, an activity platform, kindergarten classrooms, and parking spaces; by leveraging the diversity and variety of activity spaces, it will provide students with a diversified learning environment and meet the school’s future needs. In design, the campus activity spaces will be extended to a large activity platform, linked with the riverside environment to create diverse and varied activity venues, and a long-span steel structural system will be adopted to create, in an economically efficient manner, a free and flexible activity center and swimming pool, while the greenbelt along the Jingmei River will be extended into the campus environment to create a friendly, naturally ventilated green building environment, together creating a friendly campus for diverse learning.

Shih-Chen Tian explained that this project commenced on April 22, 2024, and that the topping-out ceremony held on January 19, 2026 is an important phased achievement of the project; the overall project is expected to be completed in 2027, and it is hoped that, after completion, it will realize the school’s educational vision, create a new highlight of Taipei City’s education and promote the distinctive development of the community, providing all faculty and students and community residents with a high quality, sustainable, friendly, and safe space for teaching and activities.

In addition to the spring scenery of the mountains and the “Flower Clock” of Yangmingshan, visitors will also be surrounded by a variety of cherry blossoms, including Yamazakura, Kanzakura, Yaezakura, Shōwazakura, and Yoshino cherry blossoms, as well as the Hirado and Golden Azalea blooming in the woods. Hike up the mountain or go for an outing to catch a glimpse of this beautiful flower festival.

Please view more information on Flowers in Taipei website.

Please see more information on Flowers in Taipei website.

According to the HEO, this year’s sea of flowers is themed around the imagery of “Ecology and Waterscape.” Drawing inspiration from the rippling patterns of water, the floral display across the lawn presents flowing and converging forms, extending like stream-shaped motifs over the green slopes. The main flower varieties include scarlet sage, marigolds, petunias, and mealy sage. Featuring winter blooms in shades of purple and red, the flowers intertwine to create rich, colorful layers, delivering a visually dynamic effect while also fostering a natural and lively atmosphere.

The River Administration Section of the HEO noted that, in addition to the beautiful water-pattern designs adorning the grassland, many charming small animals can be spotted sharing the space with visitors. Up close, little egrets can be seen moving between nearby lawns and pathways, while rabbits and squirrels appear among the flower beds, adding a sense of movement and playful vitality to the overall landscape and making it a popular highlight for photography.

The HEO expressed its hope that by integrating the sea of flowers and landscape design with natural ecology, the site will become a high-quality recreational space suitable for families to enjoy outdoor strolls, relax, and take photos. This winter, the banks of the Dagou Creek are presenting a distinctly lively palette of colors. The public is warmly invited to visit, admire the flowers, take photos, and check in on social media to experience the winter charm of the Dagou Creek sea of flowers.

Transportation to the Sea of Flowers

Search on Google Maps: Dagouxi Ecology and Water-Control Park (https://maps.app.goo.gl/tZNfHgSQa8fELCat9) 

By Bus:

1.    Take Bus 247, 267, 284, 630, 677, Red 2, or Red 31 and get off at Dahu Bus Stop. Walk along Lane 324, Section 4, Chenggong Road toward the river embankment. At the end, turn right and enter Lane 294, Chenggong Road (about 280 meters). Continue along Lane 294 to Lane 131, Dahu Street,

2.    then turn left onto Dahu Shanzhuang Street (about 150 meters). Turn left again to reach the park.

Take Bus Small 3 and get off at Dahu Elementary School Bus Stop. Walk along Dahu Shanzhuang Street for about 130 meters to reach the park.

By MRT:

Take the Wenhu Line (Brown Line) to MRT Dahu Park Station. Exit 1, then walk along Dahu Shanzhuang Street for approximately 750 meters to reach the park.

By Bicycle:

YouBike 2.0 stations available at: Dahu Elementary School, and Dahu Park MRT Station (Exit 2).

Driving:

1.    Set navigation to “Dagouxi Ecology and Water-Control Park.” or “Dagouxi Waterfront Park.”

2.    Parking is available at the Dahu Park Underground Parking Lot.

The HEO noted that flood protection is the most fundamental pillar of urban safety. In response to the challenges posed by extreme rainfall, the Taipei City Government has decided to increase the city’s rainfall tolerance from an hourly intensity of 78.8 millimeters to 88.8 millimeters. To achieve this goal, the city will invest NT$6.5 billion over five years in water management, advancing major projects across key catchment areas including Zhongshan, Bailing, Shilin, and Yuanshan. The HEO further explained that NT$3 billion will be invested in the nation’s first-of-its-kind Dunbei Underground Trunk Drain, which will employ shield tunneling to construct large-scale storage pipes, overcoming land acquisition constraints typically associated with detention basins. A second retention pipe project, the Chengde Road Retention Pipe, is also currently under planning.

To further strengthen overall flood control capacity, pumping stations and detention facilities are being upgraded. Construction is underway on Bailing Pumping Station, the largest in Beitou District, with completion scheduled for 2029. The Zhongshan Pumping Station will undergo expansion with an investment of NT$700 million, with construction set to begin in May next year. The Dalong Pumping Station expansion project (contract value NT$446 million) is expected to be completed in the second half of next year. In addition, Fulin Flood Management Park, the first detention basin in Shilin District, is scheduled for completion by the end of next year, further enhancing residents’ peace of mind.

Taipei is not only committed to safety, but also to helping citizens rediscover the sense of happiness that comes from being close to water. Over the past three years, the city has invested NT$3.2 billion to advance 28 riverbank restoration projects. Among these, the most high-profile initiative is the NT$1.8 billion Tamsui River Waterfront Environmental Development Plan. Construction of Phases 1 and 2 is scheduled for completion next year, with the entire project expected to be completed by the end of 2028. Upon completion, this world-class waterfront corridor will create a new urban landscape for Taipei.

The city has also invested approximately NT$160 million in the revitalization of Dajia Riverside Park, covering an area of 8.6 hectares. Phase I construction has recently commenced, and the park’s water performance plaza, play areas, and flower fields will all be renewed. Renovation works at Guting Riverside Park are likewise ongoing. Riverside playgrounds, a favorite among children, have also seen steady progress. Over the past three years, five brand-new playgrounds have opened, six have been renovated, and five more are currently under construction, ensuring that more joyful spaces will accompany children as they grow.

As part of its continued efforts to restore ecological rivers and improve the water environment, the HEO has implemented the Jingmei River–Zhinan River Confluence Revetment Restoration Project. Along the river stretch from the confluence of the Jingmei River and the Zhinan River to the Zhinan River section near Taipei Municipal Beizheng Junior High School, three-sided concrete revetments were removed and near-natural engineering methods were adopted. This allowed the previously concrete-lined Zhinan River to “breathe” again, improving river morphology and restoring the river ecosystem. Since its completion last year, the project has received multiple honors, including Honorable Mention in the “Nature Conservation” category at the 2025 IFLA Asia-Pacific Regional Landscape Architecture Awards, the Excellence Award in the Environmental Construction Category at the inaugural Taiwan Rivers of Hope Awards, and recognition at the Taiwan Landscape Awards. A second project of the same nature, the Xindian River–Jingmei River Confluence Project, is scheduled for completion in March next year, enabling citizens to reconnect with rivers and embrace nature.

In terms of river and stream rehabilitation, the Huanggang River Restoration Project in Beitou District (from Yanshou Bridge to Sanhe Bridge) is also expected to be completed in March next year. Guided by the principle of “returning land to the river,” the project will create a people-friendly green corridor that both expands flood storage capacity and provides ecological habitats, becoming a new highlight of livability in Beitou. In addition, the Taipei Municipal Minzu Experimental High School project, completed this year with an investment of NT$110 million, has not only improved campus drainage but also enhanced flood protection while adding educational and cultural value.

The HEO emphasized that, in response to the challenges posed by extreme rainfall, it will continue to reinforce urban flood control infrastructure while simultaneously promoting a more friendly and high-quality waterfront environment, making Taipei a city that is genuinely safe, livable, and water-friendly.

Director Kun-Hu Lin of the New Construction Office, Public Works Department, Taipei City Government, stated that, as the nation’s capital city, Taipei actively aligns each year with central government policies to improve its roads and pedestrian environment. He also expressed his gratitude to the Ministry of the Interior and the evaluation committee members for their guidance and support over the years, which has enabled the Taipei City Government to continuously improve from policy planning to implementation. In addition to ongoing efforts to improve the smoothness of roadways and sidewalks, create barrier-free spaces in the pedestrian environment, and advance common duct construction, Taipei has also actively developed a range of innovative initiatives to enhance overall road quality, such as introducing performance-based contracts for road patrol inspection and maintenance, establishing a visualized management system for roads and ancillary facilities, and implementing a sidewalk clear-width improvement program, among other innovative and smart management measures, with the aim of continuously improving Taipei’s road quality. When it comes to enhancing road quality, there is no “best,” only “better.”

Section Chief Hsuan-Tung Chu of the Utilities Conduit Planning Section, the New Construction Office, Public Works Department, Taipei City Government, explained that in addition to continuing people-oriented environment improvement projects such as the Zhongxiao East Road Pedestrian Environment Improvement Project and the Da'an Road pedestrian environment improvement work, the Office is also carrying out road and sidewalk improvement efforts in line with the “Pedestrian Safety in Taipei Plan” established by the Department of Transportation, Taipei City Government, thereby gradually creating a barrier-free, people-oriented environment in the city. These outcomes have also been recognized by residents, the Ministry of the Interior, and members of the evaluation committee and Taipei City will continue to strive for further progress and renewed efforts to provide the public with a people-oriented, resilient, and sustainable mobility environment.

The award-winning Da’an Junior High School Comprehensive Teaching Building New Construction Project was designed to create a diverse, forward-looking, welcoming, vibrant, and cultured learning environment, delivering a safe, high-quality, and comfortable modern junior high school. In line with a multi-purpose use strategy, the project includes a two-level underground parking facility to meet the needs of both the school and nearby residents. The building comprises six above-ground floors, housing 64 instructional spaces - including 45 general classrooms, 15 specialized classrooms, four special education classrooms, and a library - as well as 20 administrative offices. The two underground levels serve as a public parking facility, providing 223 car parking spaces and 52 scooter parking spaces. Since its completion and opening, the building has received strong recognition from teachers, students, and parents alike, and has contributed to a high-quality campus that inspires students to pursue and realize their dreams.

Meanwhile, the Songshan and Xinyi Districts Urban Roads Project embraced the Taipei City Government’s smart city governance vision by adopting performance-based contract management. By integrating AI-powered intelligent inspections with PCI indicator assessments, the project enabled the timely repair of deficiencies and improvements in pavement quality despite limited resources. Also, the project optimized school-zone commuting environments and barrier-free sidewalks, significantly enhancing overall traffic safety and pedestrians’ sense of security. In addition, the New Construction Office has taken the national lead in establishing carbon footprint assessments for road engineering projects and in applying recycled materials such as foamed asphalt to advance the principles of the circular economy. Through the integration of technology-driven management and carbon-reduction techniques, the Office has achieved both high construction quality and sustainable development, demonstrating strong value while significantly enhancing road user satisfaction.

Finally, with respect to the Individual Contribution Award, Director Wang Ming-Hui has served with the New Construction Office of the Public Works Department, Taipei City Government, since 2009. Over the years, he has held positions including Project Engineer in charge at the Public Works Office, Section Chief of the Public Works Division, and Director of the Public Works Division, accumulating more than 15 years of extensive practical experience. He has achieved tangible results in construction quality management and the promotion of innovative systems. Among the projects under his leadership, the Fuhe Bridge Southside Sidewalk Widening Project received the Ministry of Labor’s Golden Safety Award for Outstanding Construction, while the Liugong Green Corridor Pedestrian Environment Improvement Project was honored with Top Distinction at the 24th Public Construction Golden Quality Award in 2024. His outstanding performance was unanimously praised by the award jury at this year’s Golden Quality Award, leading to his receipt of the First-Class Individual Contribution Award.

The Shuinan Elevated Connecting Platform Project is a key hub in the Taipei City Government’s plan to develop Nangang, following the Xinyi Planning District, into another area with a comprehensive grade separated pedestrian connectivity system. The platform links Nangang Station, Nangang Station (Taipei Metro), Taipei Music Center, and nearby parks and green spaces. In the future, it will connect with developments along the route to form an elevated pedestrian corridor.

The core value of the Nangang Elevated Connecting Platform Project lies in creating a people-oriented pedestrian space that is friendly, safe, and aesthetically appealing. In terms of lighting design, the project achieves both functionality and visual quality. At night, lighting guides pedestrian movement, enhancing legibility and a sense of safety in the nighttime environment. With “people-oriented walkability” and “linking the East District Green Corridor” as its core concepts, embedded or concealed luminaries are used within the bridge structure, on stairways, and on the platforms. Indirect lighting is applied along railings and edges, effectively controlling glare and light pollution and significantly improving comfort and safety for nighttime users.

In addition to its outstanding light environment performance, the project also places strong emphasis on environmental sustainability. Along Civic Boulevard, an ecological green corridor of approximately 800 meters has been developed in parallel. Through the use of permeable paving and multi-layered green spaces, the project creates a high-quality living network with integrated recreational functions, bringing more greenery and breathing space into the busy city.

Thanks to the unique natural climate and slightly acidic soil, it has become an ideal environment for thousands of camellias to grow. Many “early-blooming camellia” varieties begin blooming at the first hint of winter, forming a beautiful floral tunnel.

With the sunlight gleaming through branches and petals falling to the ground, you will feel as if transported to a beautiful scene in a movie. Come admire the elegant bonsai plants and experience this unique camellia forest for yourself.

Please visit Flowers in Taipei website for more information.

The New Construction Office, Public Works Department, Taipei City Government stated that there are a total of 8 roads under Taipei City's jurisdiction, with a combined maintenance route length of approximately 73.3 kilometers, most of which are major urban roads and important connecting roads to New Taipei City, and some are roads serving mountainous areas, all of which are key roads for Taipei City's maintenance. The Taipei City Government takes "Technology, Innovation, and Sustainability" as its core, introducing new construction methods, new materials, and intelligent management to enhance the efficiency of road management.

The New Construction Office explained that the maintenance operations for roads and ancillary facilities in Taipei City involve several agencies, and the Taipei City Government has integrated the related operations and implemented smart management, establishing information systems including a road maintenance management system, a 3D pipeline database, AI automated identification of road defects, ground-penetrating radar inspections of underground cavities, and pavement PCI surveys. To improve road management, a comprehensive survey is conducted for roads and sidewalks, and using the latest spatial information technologies, panoramic imagery and related data are integrated and interfaced to establish a "visual management platform system" to integrate and manage the City’s roads and the road ancillary facilities managed by various agencies.

The New Construction Office further explained that road maintenance in Taipei City has introduced the "Pavement Condition Index (PCI)" survey and the "performance based contract for road patrol, maintenance, and repair". The PCI uses orthophotos for assisted interpretation, and an automated stereoscopic panoramic inspection vehicle and an AI defect identification system have been developed, with related data incorporated into an information system for integrated display, establishing a Taipei City pavement condition database as an important basis for subsequent road maintenance planning and budget utilization. The "Performance-Based Contract (PBC) for Road Patrol, Maintenance, and Repair" differs from traditional technical and process-oriented contract models in that it is a new type of contract that uses output and performance objectives as the evaluation basis, and the contractor is paid by the owner after achieving or exceeding the performance indicators originally set. This mechanism enables the contractor to flexibly apply its expertise to innovate and enhance the benefits of project outputs, allowing the owner, the contractor, and the public to achieve a three way win, and bringing an innovative approach to the execution of work for each project.

Finally, the New Construction Office stated that the Taipei City Government has shifted road maintenance from passive to proactive "intelligent management", and will continue to introduce new technologies to establish maintenance management systems and innovative contract models, develop a more scientific basis for maintenance standards, and use budgets effectively to further enhance the efficiency of Taipei City’s road maintenance.

One is located on the upstream outer bank of the left bank near Shuangxi Bridge. Created with mosaic tiles arranged into playful, whimsical patterns, it draws visitors into a world of joyful memories, evoking the lively and carefree atmosphere of the Taipei Children’s Amusement Park.

The other can be found along the embankment trail stretching from Shilin Bridge to Wenchang Bridge. This revetment illustrates iconic Shilin landmarks and the district’s strong cultural and educational character. Through a seamless interplay of colors and scenes, it feels like the beginning of an imaginative journey unfolding step by step.

With the weather just right, why not plan a relaxed weekend micro-trip to the Shuangxi Riverside? Invite friends, bring the family, and enjoy a leisurely walk filled with color, creativity, and autumn sunshine.

This project also stands out as the only public-sector project from Taiwan to receive an award in the “Nature Conservation” category, underscoring its exceptional significance. This recognition stems from the team’s unwavering commitment to bringing the river back to life. The team removed aging revetments and hardened concrete riverbeds, adopting near-natural engineering approaches that allow the once heavily channelized Zhinan River to breathe again. By improving the river’s form and creating gently sloped, people-friendly banks, the project provides suitable habitats for wildlife while enhancing accessibility and safety. What was once a cold, three-sided concrete channel has been transformed into a river corridor that integrates flood control, ecological restoration, and landscape value. Every inch of change reflects years of dedication and tireless effort.

To restore the river’s vitality, the team engaged in ongoing dialogue with experts and local residents, refining the design through collaboration. All concrete removed during construction was fully reused, reducing transportation needs and carbon emissions and putting net-zero principles into practice. What we have created is not merely a river, but a renewed connection between the city and nature, bringing ecosystems back to life and allowing people and the environment to move forward together. Looking ahead, the HEO will continue its efforts to transform more rivers into some of the city’s most treasured landscapes.

Organizer: Hydraulic Engineering Office, Public Works Department, Taipei City Government

Design Consultants: Classic Design and Planning Co., Ltd.; Sinotech Engineering Consultants, Ltd.

Construction Contractor: An Hong Construction Co., Ltd.

Construction Supervision Consultant: WISH Engineering & Technical Consultancy Co., Ltd.

The award-winning project is designed and supervised by KHL Architects & Planners, with project management undertaken by EKUO Architects. Construction is carried out by Sansin Builders Co., Ltd. and Yung Long Enterprise Co., Ltd. Located at No. 301, Shidong Road in Shilin District, the site is divided into northern and southern sections and comprises three major new buildings: the “New Vocational Skills Building,” the “Vocational Exploration and Continuing Education Center,” and the “Municipal University Dormitory.” Upon completion, the project will provide professional training facilities for fields such as information and communications technology, electric vehicles, refrigeration and air-conditioning, multimedia, and senior-care industries. It will also add 484 comfortable and inclusive dormitory beds, substantially enhancing Taipei City’s capacity to cultivate skilled technical talent.

In terms of project management and safety protection, the project further demonstrates strong foresight and a high level of technological integration. The construction team implements an occupational safety model featuring top-down policy direction and bottom-up management, and underwent multiple inspections by the Mayor, Deputy Mayor, and heads of various city departments, underscoring the joint commitment of the public and private sectors to achieving zero accidents. In addition, the project proactively incorporates smart technologies such as CCTV, AI monitoring, electronic fencing, facial-recognition access control, and anti-tampering alarm systems. Building Information Modeling (BIM) is also utilized for scaffolding simulations and safety analyses, significantly enhancing risk identification and prevention capabilities.

The construction site also fully implements 6S management and the PDCA safety and health cycle. Before the commencement of major works, the team completed high-risk tasks such as relocating electrical transformer boxes, repairing retaining walls, and installing excavation supports to ensure a safe working environment. Ongoing pre-construction training and occupational safety courses are also conducted to strengthen personnel awareness and adherence to standard operating procedures.

The New Construction Office noted that this project centers on “safety, quality, and professionalism.” Through the integration of smart management systems and the full engagement of all personnel, the project has been making progress smoothly on the foundation of zero-accident safety and earned recognition from the Golden Safety Award. The Office further noted that it will continue to promote construction-safety technologies and enhance management efficiency, with the aim of delivering public infrastructure that is safer, more user-friendly, and more forward-looking for the citizens.

The “Liugong Green Corridor Pedestrian Environment Improvement Project” core concept centers on creating a high-quality, “people-oriented walking environment” and “connecting the green corridors of the Eastern District.” The project targets the southern and northern sides of Lane 135, Section 1 of Fuxing South Road, including the central parking lot area. Through connecting the southern road section, adjusting the roadway cross-section layout, and reviewing existing facilities and accessibility, the project introduces a large-scale green plaza into the bustling commercial Eastern District. In addition to the use of permeable pavements, multi-layered green spaces, and newly planted vegetation, the design incorporates scenic lighting elements to evoke the historic image of the Liugong Canal, creating a pedestrian plaza that is people-centric, resilient, and intellectually engaging, as well as a more accessible and pedestrian-friendly environment. Following its completion and opening, the project now offers a comfortable green recreational space that connects with the core green corridor of the Eastern District, serving local residents, shoppers, tourists, and other visitors. It showcases a vibrant and diverse streetscape, further enhancing the overall pedestrian experience and earning recognition from both local businesses and the community.

The “Nangang Elevated Connecting Platform and Associated Greening Facilities Turnkey Project” is designed under the Eastern District Gateway Project 2.0, which seeks to make Nangang, following Xinyi District, another administrative district in Taipei City with a three-dimensional pedestrian connection system. This project aims to be a key hub in the city's skywalk network by constructing an elevated connecting platform. It will enliven activities between the skybridge and ground level and more effectively guide the flow of people between the Taipei Music Center and the skywalk system. In addition, it helps shape Nangang District as the city’s green corridor, providing citizens with a more comfortable and pedestrian-friendly environment for leisure and mobility.

The Taipei Hydraulic Engineering Office (Taipei HEO) said the comic-style mural was created by up-and-coming designer   Kurosu. Rice from Shezi became the stars of a funny short story that brings a smile to the audience’s faces. Also featured in the drawings are the local environment and ecology, as well as human interactions with the land such as bird watching, cycling, planting, wetland tourism, flying kites, and watching the sunset. 

Designer Kurosu said that all these once commonplace childhood activities have now become a luxury in today’s fast-moving and high-pressure cities. Once, we had plenty of time to waste with no regrets. Nowadays, even trivial things can make us feel happy and relaxed - Why not just sit back, bask in the sunshine, and watch the world go by? A visit to Shezidao is like trip back down memory lane. There is no need to hurry.

These murals are not just for decoration. They are like a panorama that tells the story of the land, imbued with the feelings and shared memories of the residents. Visitors are invited to come and learn about Shezidao through these artworks. Why not swing by on the weekend and have some time to yourself?

In 2025, the HEO promoted resilient communities and disaster prevention drills in Zhongshan District’s Zhulun Village and Zhongzheng District’s Jianguo Village. Xinyi District’s Xingya Village is expected to be ready by the end of November as well. On July 18, 2025, the Zhulun Village disaster prevention drill was held in the open park in front of Zhulun Village Office. The exercise was supported by the Zhongshan District Office of Taipei City Government, the Songjiang Station of the 3rd Battalion of Taipei City Fire Department, and the Zhulun District Office of Zhongshan District.

On October 19, 2025, the Jianguo Village disaster prevention and response drill was held on the empty lot next to No. 17 Aiguo W. Rd. in Zhongzheng District. The drill was supported by the Zhongzheng District Office of Taipei City Government, the Chengzhong Station of 1st Battalion of Taipei City Fire Department, and the Jianguo Village Office of Zhongzheng District. Disaster prevention partnerships were also signed with local merchants once the disaster prevention drill was completed, or after each drill to recruit more local residents and disaster prevention partners.

The disaster prevention and response drill simulated the imminent arrival of a typhoon with heavy and super heavy rainfall that may lead to flooding in parts of Taipei. Local disaster response teams led by village chiefs were assigned tasks such as emergency readiness. At the same time, disaster prevention specialists also joined the emergency response. Scenarios such as regular disaster mitigation, pre-disaster preparation, in-disaster response, and post-disaster recovery were incorporated into the training. The activity started at the pre-disaster readiness stage. The community disaster response team was mobilized and residents were reminded by the village chief to implement preventive measures.

As the disaster scenario continued to unfold, the installation of waterproof baffles, the operation of floodgates, stacking of sandbags, pumping by water pumps, and access being blocked by fallen street trees were all simulated as part of the emergency response drill. The community disaster prevention team began by clearing away fallen street trees before proceeding to guide the evacuation of local residents and set up emergency shelters, demonstrating how they can work with other emergency response units to mount a swift response. In addition, the drill includes important procedures such as rendering first-aid or guidance during an earthquake. This gave participants a better understanding and more hands-on experience with all the different response measures.

The drills enabled the continuous improvement and review of the disaster prevention capabilities in the community. They also helped familiarize team members and residents with emergency response procedures. People also learned how to coordinate and work with emergency response units to deal with unexpected situations. This not only enhanced the disaster prevention awareness of residents but also ensured that communities can recover and rebuild rapidly after a disaster.

Taipei HEO stated that future efforts will continue to focus on the promotion of community-based flood prevention efforts so that residents can effectively preserve their own life and property during disasters. The flood prevention drills not only demonstrate Taipei City’s accomplishments in disaster prevention. They also strengthen the community disaster prevention mechanism to provide residents with a safer and more resilient living environment.

HEO noted that Bailing Pumping Station will be the city’s 89th water pumping station. The site covers approximately 1.6 Ha and will initially have a pumping capacity of 62 tonnes/second. Space has been reserved for upgrading to 100 tonnes/second to meet the needs of future urban development in Beitou District. The station building is located between Lixian Rd. and Shezhi Bridge near Wufengang River and Choumei Sports Park.

Being the first “Landscaped Flood Prevention Water Pumping Station” in Taiwan is what makes the station stand out. The design breaks with the boxy appearance of traditional pumping stations by incorporating the natural landform and local ecological environment of the Beitou agricultural district. In addition to balancing the needs of pumping performance, landscape aesthetics and ecological sustainability, close attention was paid to environmental friendliness in the overall design as well. Noise from pump operations was contained to reduce impact on the local environment while low-impact construction techniques were also applied around the site. The station construction and mechanical-electrical systems were designed for high performance and low energy consumption. Green Building and Smart Building concepts were incorporated in accordance with the relevant criteria.

Finally, HEO emphasized that the Bailing Pumping Station is not just a flood prevention project. It is resilient green infrastructure that is fully integrated with the city’s ecosystem. Strict quality control and safety will be enforced. Hopefully, the project will be completed on time to provide city residents with a new landmark in public works that combines the functions of flood prevention, ecological conservation, noise abatement, and landscaping value.

The HEO stated that the “Jingmei Creek and Zhinan Creek Confluence Revetment Reconstruction Project”, a grade 2 hydraulic engineering project, introduced eco-engineering techniques with wide, shallow and winding waterways instead of the three-sided concrete box culverts that were previously used. The reconstruction of a healthy river profile with various types of water bodies including ponds, cascades, shoals and streams based on river ecosystems helped to improve biodiversity while catering for ecological flood prevention and recreational water access.

The “Old Guizikeng Stream Lower Reach Environmental and Drainage Improvement Project”, a grade 3 hydraulic engineering project, practiced recycling, energy conservation and carbon reduction throughout the remediation process. The bike path built using in-situ soil connected Chenggong St. and Dadu Rd. The newly-cut sawdust trail used materials sourced from in-situ thinning. A low-maintenance water purification system was installed to maintain the water quality and ecological balance through effective treatment of wastewater. Landscaping incorporated the sampan, a local cultural motif. Rest and rice paddy viewing platforms were also added along both sides of the river to create a recreational waterside space with rural scenery.

The “Ji-6 Floodgate Towpath Improvement Project”, a grade 3 civil engineering project, is located in Guanshan Riverside Park and immediately became a popular selfie location upon completion! The bike towpath that crossed over the embankment was refurbished to improve safety and comfort. A new viewing platform was also added with sweeping views of the riverside and aircraft take-offs/landings. The platform also included art installations made out of glass brick to create a magical atmosphere. The clever design of the stairs added to the fun of the children’s slide as well. The surrounding green space incorporated the airport runway motif to create a diverse riverside space with transport, scenic, and recreational functions.

Finally, the “2024 Citywide Pumping Station Auxiliary Equipment Maintenance and Renewal Project (Contract 1)”, a grade 3 facilities project, upgraded the equipment at the Zhongshan, Jianguo, and Yucheng pumping stations. The Rain Classroom was applied to the integration of the mechanical-electrical systems to enhance the automation and remote monitoring functions of the pumping stations, improve their flood prevention response, and protect the life and property of city residents.

According to the HEO, the 4 projects all underwent an extensive internal review process before being entered in the awards in order to demonstrate their application of innovative engineering techniques, energy conservation and carbon reduction, and ecological sustainability. The HEO will continue to make improvements to the planning and construction of public projects. High standards and exacting requirements will be enforced to secure even more public recognition and accolades.

The signing of the contract also embodied the best practice in corporate ESG, community empowerment, and civic participation!

The Jingrui Flood Management Park has not only served as an important hydraulic facility in Neihu since it was commissioned but has also become a popular eco-destination since the completion of the “Jingrui Tianying Cabin.”

A very special partnership at the Jingrui Flood Management Park

 “Anti-collision Window Decals” applied to glass windows in partnership with the Wild Bird Federation of Taipei to keep birds safe.

Led by experts from the Bat Association of Taipei, volunteers in waders ventured into the box culverts to experience the world of the bats!

The City Government hopes collaborations like these will encourage more businesses to pitch in and help turn Taipei City into a greener and more habitable sustainable city.