Creating “One” from “Zero”: An Advanced Design Process for Industrial Architecture
Advanced Manufacturing Centre (AMC), Hong Kong (Part 2)

Galvanized by the vision of Industry 4.0, the Hong Kong government has embarked on a journey of “reindustrialization” since 2016. The aim is to cultivate high-end manufacturing industries as catalysts for economic growth. Emblematic of this endeavor, the Hong Kong AMC was unveiled in 2022. The project was commissioned by the Hong Kong Science and Technology Park (HKSTP), an established incubator. The AMC, with its sprawling floor area of over 100,000 square meters spread across eight above-ground and two underground levels, is a global rarity. It fuses the features of multi-tenant, multi-use, and urban multistory factories into a single industrial building.

Nikken Sekkei joined the AMC project in 2017, coinciding with the launch of our specialized internal design team, AI4 (Advanced Industry 4.0 Design Lab). Our mission was to envision the future of industrial architecture and urban landscapes in the Industry 4.0 era. Collaborating with Hong Kong’s architectural design firm WTPL (Wong Tung & Partners Limited), we secured this project through an international proposal. Serving as the Industrial Architectural Consultant (IAC), Nikken Sekkei shouldered the responsibility for conceptual and schematic design.

The project kicked off with an audacious target: to create a next-generation production hub capable of facilitating end-to-end operations—from research and development to production and logistics—under one roof, while enticing prospective tenants with promising futures. During the design phase, the identity of potential tenants remained undetermined, as did the nature of the products and the production methods to be employed. Absent were the specific design parameters typically present when building a dedicated factory for a specific company. It was precisely under such uncertain circumstances that our “zero to one” design process shone through. Amidst this ambiguity, we iteratively explored challenges and validated solutions, refining our design proposals in the process.

In the design process, we considered start-up companies in five burgeoning sectors,* including life sciences and robotics, as potential tenants. Given the diverse nature of their products, from medical devices to smart electronic devices and robots, these sectors share few commonalities in their manufacturing methods. Therefore, a multi-tenant facility requires a system that can adjust to varying production conditions for each tenant, standardize processes as much as possible, and allow for easy tenant turnover and production equipment layout changes.

Hong Kong’s limited land availability necessitates the use of multistory buildings. Nevertheless, we proposed a wide, low-rise prototype that is not only functional as a factory but also cost-effective in terms of construction. We divided the production floor into modular 12m x 12m spans, resulting in a uniform grid plan that simplifies layout modifications and accommodates both complete and partial floor leasing. Moreover, we believed it was possible to create an efficient and flexible facility by providing standard MEP packages based on greatest common denominators and handling individual tenant requests as optional add-ons. With spare equipment space and routes set aside, and the capability for space repurposing and MEP expansion, the facility can adapt to a variety of production conditions with ease.

Our design proposal encompasses a centralized logistics system on the ground floor, shared among all tenants. Despite differing schedules for the delivery of raw materials and shipment of products, providing a unique logistics system for each tenant is not efficient. By sharing facilities such as truck berths, dedicated logistics corridors, freight elevators, automated warehouses, and unmanned forklifts, we aim to optimize the process. Assigning operations to Third-Party Logistics (3PL) providers allows for just-in-time deliveries and shipments, catering to each tenant’s specific needs in a manner similar to scheduled courier services.

*The AMC is designed with a focus on the following five growth sectors:
1) Medical, health and hospital devices and equipment
2) Biomedical engineering devices, implants and equipment
3) Smart electronics and optical equipment
4) Smart sensor fabrication, semiconductor advanced packaging
5) Robo-electronics and smart power devices for smart city applications

Over a decade has passed since the launch of Industry 4.0, and now the global dialogue is evolving towards the “Next Industry 4.0.” New concepts being integrated into this dialogue include “sustainability,” “resilience,” and a “human-centric” approach. Among these, the focus on a “human-centric” approach is gaining significant attention. As AI and robots increasingly automate mundane tasks in production, humans are freed up to focus on unique, creative tasks that only they can perform. We believe that fostering connections between people, alongside the development of “things” and “information,” will be crucial in driving technological innovation.

Creating synergistic innovation necessitates providing inviting spaces where people can gather and interact. These shared spaces can foster encounters and exchanges among tenants from various industries, potentially giving rise to entirely new technologies and products. In line with this vision, the AMC is equipped with shared workshops featuring state-of-the-art 3D printers and machine tools, as well as tranquil, green spaces situated on the lower floors. Viewing the AMC as a “factory-version of a co-working space” is a testament to Nikken Sekkei’s ethos. Our approach is grounded in creating spaces that foster human connections through diverse architectural and urban planning initiatives.

The avant-garde design process implemented at the AMC can be leveraged for future industrial architecture, particularly in an era where manufacturing is becoming more integrated into urban settings. Nikken Sekkei remains committed to contributing to the future of innovative manufacturing through architectural design.