Good news keeps coming, achieving new milestones! Recently, AluHouse has been consistently advancing, with continuous success in market expansion. It has officially undertaken the construction of the student dormitory project in Tsim Sha Tsui, Hong Kong. The project is located in the bustling core area of Kimberley Street, Tsim Sha Tsui, adjacent to the Hong Kong Polytechnic University, with convenient access to multiple universities including the University of Hong Kong and City University of Hong Kong, and comprehensive transportation and commercial facilities.

The brand effect of 'Studying in Hong Kong' is becoming prominent, while the gap in student accommodation continues to widen.

 In recent years, Hong Kong has been fully committed to developing itself as an international hub for tertiary education, continuously enhancing the city's appeal for studying abroad. With the cap on non-local student admissions set to increase from 40% to 50% of local quota starting from the 2026/27 academic year, the demand for studying in Hong Kong continues to rise.

 The mismatch between student accommodation supply and demand is becoming more evident. According to public information submitted by the SAR government to the Legislative Council, the eight UGC-funded universities currently have about 44,000 dormitory places, while 68,400 students need accommodation, leaving a shortfall of around 24,400 places. Market institutions predict that by 2028, the overall shortage of higher education student accommodation in Hong Kong could reach 120,000, and it could be close to 150,000 by the 2029/30 academic year.

 To this end, the HKSAR Government has launched the "In-City Student Accommodation Scheme", which supports the conversion of commercial buildings into dormitories and also encourages the construction of new student residences in urban areas. The advancement of the MiC student residence project in Tsim Sha Tsui aligns with this policy direction, serving as an important practice to provide high-quality accommodation resources in the core urban area for students in Hong Kong.

Accelerating efficiency in congested urban areas MiC resolves practical construction challenges

The project is located in the core commercial area of Kimberley Street, Tsim Sha Tsui, surrounded by dense commercial and residential establishments, with a high environmental sensitivity and compact on-site working conditions. Traditional construction methods struggle to keep pace with the urgent rhythm of accommodation replacements.

Relying on the MiC 'factory prefabrication + on-site assembly' construction model, the project will shift most of the main construction to the AluHouse MiC factory in the Greater Bay Area, minimising on-site work time and disruption, greatly reducing wet work and construction crew gatherings on site, effectively lowering construction noise and dust impact on nearby shops and residents, and exploring a new 'less disruption, faster delivery' approach for high-density urban areas, with overall construction efficiency expected to increase by around 50%.

Collaborating on challenges with new materials and processes to empower advanced MiC learning spaces with new practices

 This project is located in a bustling urban area, with a compact site that requires meeting multiple criteria under constrained construction conditions, including high-rise structural safety, wind resistance near the sea, and indoor living comfort. The difficulty of module lifting and assembly places stringent comprehensive demands on the research and design of the MiC system.

 To this end, the AluHouse team will carry out specialised research across multiple dimensions, including new materials, new processes and new technologies: relying on a lightweight, high-strength structural system to meet high-rise wind pressure resistance and load-bearing safety standards; adopting an integrated prefabrication process of 'structure-interior-mechanical and electrical-furniture' to ensure living quality within compact units; and simultaneously customising hoisting and module connection solutions suitable for tight sites to overcome constraints of construction in bustling urban areas.

Full-chain one-stop delivery to reshape the implementation model of MiC projects

 Not limited to manufacturing, but offering a one-stop turnkey solution. Traditional MiC manufacturers often stop at the factory prefabrication stage, leaving owners/developers to manage design approvals, on-site installation, and delivery coordination themselves. With numerous steps, complex interfaces, and unclear responsibilities, it is difficult to ensure project efficiency and quality.

 AluHouse has taken the lead in breaking this business boundary, establishing a full-chain, one-stop service system for the Tsim Sha Tsui student apartment project, covering "project development — research and design — internal approval — MiC factory manufacturing — on-site lifting — installation and commissioning — turnkey delivery," with a closed-loop responsibility system. The owner only needs to liaise with a single core interface to bring the project from blueprint to a fully operational finished product, significantly reducing delivery risks and coordination costs. This leap in capability signifies that AluHouse has surpassed the service boundaries of traditional MiC manufacturers, able to meet the one-stop implementation needs of new MiC project developers in Hong Kong, and has become a reliable partner for complete project delivery.

Deeply cultivate the practical experience in Hong Kong and establish a benchmark for academic innovation

 Deeply engaged in the assembly and synthetic construction MiC sector in Hong Kong, AluHouse has accumulated extensive experience in the implementation of high-rise MiC projects. The company has previously undertaken the student dormitory project at The Hong Kong Polytechnic University in Kowloon Tong, completing the construction of four dormitory buildings ranging from 9 to 15 storeys. It has developed mature and comprehensive solutions in modular design, smart factory manufacturing, MEP integration, on-site assembly, and project management.

 The Tsim Sha Tsui MiC student accommodation project represents an important extension of AluHouse's presence in Hong Kong's residential sector, further confirming the unique advantages of MiC modular construction in high-density urban areas, intensive land plots, and standard accommodation scenarios.

 In the future, AluHouse will continue to leverage its integrated full-chain intelligent manufacturing capabilities, consistently supporting the urban renewal and public infrastructure enhancements in Hong Kong, and providing high-density cities with standardised, high-quality, and replicable modern modular construction solutions.