The Tseung Kwan O Chinese Medicine Hospital and Government Chinese Medicine Testing Centre project is located on Pak Shing Kok Road in Tseung Kwan O, adjacent to the Fire and Ambulance Academy and the Fire Services Department Disciplined Services Quarters.

The Hong Kong Kai Tak New Emergency Hospital Site B project is located on Chengfeng Road in the Kai Tak Development Area, with a total floor area of approximately 200,000 square meters. The project utilized over 470 chiller plant modules, with the pump module being the largest single-unit volume and most challenging-to-transport water pump module MiMEP prefabricated module ever applied in Hong Kong's construction industry. The use of these modules significantly enhanced the overall system's installation efficiency and reliability.

Hong Kong's first traditional Chinese medicine hospital is also the first permanent hospital in Hong Kong to adopt Modular Integrated Construction (MIC) and Mechanical and Electrical Equipment Integration (MiMEP) technologies. By utilizing 4,500 MiMEP components, the mechanical and electrical engineering company compressed the traditional construction cycle of 2-3 years into completion within six months, ensuring the site could be delivered on schedule.

The Hong Kong Infection Control Center Project at North Lantau Hospital is located on the west side of the AsiaWorld-Expo in Tung Chung, Hong Kong. It is a key project supported by the central government to combat the pandemic in Hong Kong. The project employs Modular Integrated Construction (MiC) and MiMEP prefabrication technology, completing construction in just four months (typically taking 3-4 years). By integrating MiC, Design for Manufacturing and Assembly (DfMA), and Building Information Modeling (BIM), the project promotes the integration of construction industrialization and digitalization.

Marino Holy Mother Hospital is located at 118 Shatin Wan Road, Wong Tai Sin, Kowloon, Hong Kong, with a total area exceeding 60,000 square meters and an estimated net floor area of approximately 16,000 square meters. During the construction process, BIM technology was used to assist in the design of the machine room, and the project team was deeply involved in lighting optimization and control during the design phase. This approach leverages technology to drive high-quality development in hospital construction and contributes to energy conservation and carbon reduction in the engineering and construction sector.

The Prince of Wales Hospital Reconstruction Project Phase II (Stage I) Mechanical and Electrical Engineering Project, as a key project under Hong Kong's “Ten-Year Hospital Development Plan,” employs the Mechanical and Electrical Equipment Integration Method (MiMEP) to achieve modular prefabrication of components such as chilled water pipes and exhaust systems.

The Hong Kong Kwong Wah Hospital Reconstruction Project is located in the bustling Mong Kok district of Hong Kong. During construction, the surrounding environment imposes strict dust control requirements, necessitating the minimization of on-site welding operations. By utilizing BIM for modular design of rooftop air conditioning and plumbing systems, the project optimized the layout of piping systems, simulated construction processes, and enhanced installation accuracy. All 1,300 meters of chilled water pipes in the rooftop mechanical room were installed using pre-fabricated PIP systems, thereby reducing the rooftop mechanical and electrical installation schedule by two months.

The K.W. Ho Hospital Reconstruction Project is located in Wong Chuk Hang, southern Hong Kong Island. The project plans to establish two research centers, which will facilitate translational research through the use of state-of-the-art technology for cancer screening, diagnosis, and treatment.

The first phase of the second phase of the Prince of Wales Hospital reconstruction project is located on Ying Cheng Street in Shatin, New Territories, Hong Kong. The main works include the construction of a new wing with a total floor area of 300,000 square meters, as well as the renovation, modification, and extension of the existing inpatient main building and trauma center.

The Hong Kong Kai Tak New Emergency Hospital Project is located on Chengfeng Road in the Kai Tak Development Area of Hong Kong. The project is divided into SITE A and SITE B, comprising five separate buildings with a total floor area of approximately 620,000 square meters.

The Hong Kong Kwong Wah Hospital Reconstruction Project is located at 25 Wo Tat Road, Mong Kok, Yau Tsim Mong District, Hong Kong, with a total floor area of approximately 146,000 square meters. Due to its location in a bustling urban area, the project imposes strict controls on construction site management and crane operations.

The Hong Kong Infection Control Center at North Lantau Hospital is located on the west side of the Hong Kong AsiaWorld-Expo. With a floor area of approximately 44,000 square meters, it can provide 136 wards and 816 negative pressure isolation beds. The project was constructed in accordance with Hong Kong's permanent building standards, making it the world's first infectious disease hospital with negative pressure isolation wards.

The HaiChuang Intelligent Manufacturing Team provides innovative Modular Integrated Construction (MiC) solutions for the Central Government's community isolation and treatment facilities in Hong Kong. These solutions utilize factory-prefabricated production, with a synchronization rate of over 90% between mechanical and electrical systems and building structures. BIM technology is employed to optimize design and achieve standardized construction, featuring independent bathrooms and negative pressure ventilation systems; Additionally, digital delivery and RFID tracking technology are employed, with each module embedded with a QR code for full traceability of over 10 critical production processes, ensuring quality control from production to installation. This enables efficient completion of the two-story isolation facility in Chek Lap Kok and the four-story isolation facility in Kowloon Bay.

The Shenzhen Damguang International Hotel Project is located on both sides of Paiya Mountain Road in the Dapeng New District, covering an area of approximately 81,000 square meters with a total floor area of approximately 253,000 square meters. The construction includes six 7-story hotels (MiC structure) and supporting facilities on Plot A, and four 18-story high-rise hotels (steel structure) and dormitories and other supporting facilities on Plot B.

The International Hotel Project is located on both sides of Paiya Mountain Road in Dapeng New District, covering an area of 81,000 square meters with a total construction area of 253,000 square meters. The project utilizes the BIM Collaboration Master Management Platform to centralize the storage and management of models and documentation, ensuring efficient data flow and secure storage throughout the project.

The project team provided air conditioning, ventilation, electrical, and ultra-low voltage system installation services for the Hong Kong Palace Museum, achieving precise indoor environmental control.

The Andachen Road Quarry Site Joint Use Cave Development Mechanical and Electrical Engineering Project is located within the Da Shangtuo Mountain body at the Andachen Road Quarry Development Site in Sai Kung District, Hong Kong. The core components of the project include the construction of a cave complex and connecting tunnels.

MTR1707 Siu Ho Wan is located north of Tai Ho Wan in the Islands District of Hong Kong, southwest of the MTR Siu Ho Wan Depot. It is one of the new stations on the Tung Chung Line, along with Tung Chung East Station and Tung Chung West Station, which are planned as part of the Tung Chung Line Extension Project.

The Hong Kong Police Training Facility in Kwong Wah Foo covers an area of 19 hectares and has a total investment of approximately HK$4.9 billion. It is a major infrastructure project undertaken by the Hong Kong Police Force to consolidate multiple outdated training facilities in the northern New Territories.

The Innovation and Technology Park project covers a site area of 32,204 square meters and a gross floor area of 63,933 square meters, marking the first phase of development for the Hong Kong-Shenzhen Innovation and Technology Park in the Lok Ma Chau Loop area. The project includes the construction of two research and development buildings (Buildings 8 and 9), one talent dormitory building (Building 11), a temporary wastewater treatment plant, and a temporary access road leading to the basement of the research and development buildings.

Xiao Ao Wan Station covers an area of approximately 30 hectares and is a large railway maintenance depot along the Dongchong Line. The 2020 Policy Address announced that the site has been rezoned and has the potential to provide approximately 20,000 units. The depot site will be developed into a new community featuring public and private housing, shopping malls, community facilities, and a waterfront promenade.

The Central New Waterfront Site 3A is located in the waterfront area of Central, Hong Kong, with a total gross floor area of approximately 149,000 square meters. Upon completion, it will serve as an important link between the core area of Central and the waterfront, and will be developed into a world-class landmark.

The development project will serve as an important link connecting Central and the waterfront. Along the waterfront, it will connect the Hong Kong Convention and Exhibition Centre, Tamar Park, Cultural Square, and ferry terminal, extending all the way to the Sun Yat-sen Memorial Park, offering a variety of activities, facilities, and amenities.

Haitong Intelligent Manufacturing Zhuhai Factory Zone “Smart Factory Solution” is based on industrial Internet of Things (IoT) device interconnection technology, integrating digital twin visualization and BIM information technology to create an integrated smart management platform for equipment operation, quality control, energy consumption optimization, and cost analysis.

The smart renovation plan for China Overseas Building uses digital twin technology to make the digital space and the real scene dynamically connected. It uses a global IoT sensing network to collect multidimensional data on building equipment, people, the environment, and events, forming an integrated smart management hub.

The Kai Tak Simple Public Housing Project has been upgraded using cutting-edge digital intelligent technology to build a highly integrated operations management center platform covering core business functions such as public facility management, maintenance management, tenant and green management, and asset management.

The Haichuang Park Smart Energy Management System is based on a self-developed integrated energy management platform that enables intelligent control of the entire process of energy production, storage, and consumption. It uses AI to predict photovoltaic power generation, user charging behavior, and building energy consumption characteristics.