A global leader in the semiconductor industry needed to expand wafer output at a newly built fab facility in the US to support the growing demand for advanced memory technology in the automotive industry. The project took more than 850,000 man-hours, underlining the scale and complexity involved. As the industry races to keep up with technological advancement and market expectations, speed-to-market and scalability are essential for maintaining a competitive edge.
Why semiconductor manufacturing facilities are uniquely complex
A semiconductor manufacturing facility is a highly controlled industrial environment where microchips and electronic components are produced. These facilities rely on advanced cleanrooms, precision utilities, and mission-critical infrastructure systems. The complexity of building semiconductor manufacturing facilities stems from the need for extremely precise environmental controls, dependable power and water systems, cleanroom operations, and integrated manufacturing infrastructure. Meeting aggressive delivery timelines while coordinating hundreds of specialty trades and suppliers is essential to ensure product quality, yield, and operational continuity.
Cleanroom systems are at the heart of semiconductor manufacturing, designed to minimize airborne particles, contamination, and environmental fluctuations for consistent chip production. Utility systems, including advanced HVAC, water treatment, process gases, backup power, and operational controls, are built for reliability and redundancy, ensuring uninterrupted production and protecting essential operations.
Supporting advanced manufacturing at scale
Arcadis served as the single partner for all project needs, ensuring early identification and procurement of Long Lead Material (LLM) to secure schedule and cost certainty in a volatile market. By pre-qualifying trade partners, our team guaranteed onsite excellence and reliable execution. Additionally, the implementation of the Arcadis Lean tool install design packages, robust safety measures, and advanced project management systems enhanced efficiency, scalability, and risk mitigation throughout the project.
Arcadis applied advanced manufacturing engineering principles to streamline project delivery and optimize semiconductor fab design, ensuring the facility met both operational and regulatory requirements for advanced semiconductor manufacturing.
The enhanced wafer output and microchip production positioned our client to keep up with the automotive industry’s growth trends and shifting customer demand, empowering them to be a semiconductor market leader. Arcadis achieved a best-in-class Total Recordable Incident Rate (TRIR) through our safety program during the entire project lifecycle.
Sustainability considerations in semiconductor infrastructure
Semiconductor manufacturing is resource-intensive, but sustainability and resilience are increasingly central to industry strategy. Efficient design minimizes water and energy consumption, recycling and waste reduction measures support environmental goals, and renewable energy adoption helps reduce operational footprint. Compliance with environmental regulations and community standards is also essential for long-term viability.
Create a better future with us
