
Construction has entered a new phase at Micron's semiconductor manufacturing campus in Central New York, marking continued progress on one of the largest advanced manufacturing projects in the United States. The start of foundation construction moves the development beyond site preparation and into vertical construction ahead of the original project schedule.
Workers have started placing concrete foundations for the first semiconductor manufacturing facilities at the campus, located in Clay, New York. The milestone was reached less than six months after construction officially began, reflecting the rapid pace of early site development.
The project involves coordination among state agencies, contractors, labor organizations, and project partners as construction advances toward building multiple semiconductor fabrication facilities.
When completed, the campus is expected to become the largest semiconductor manufacturing complex in the United States and serve as a major advanced manufacturing hub in Upstate New York.
Micron has committed up to $100 billion for the Central New York development, making it the largest private-sector investment and construction project in New York State history.
In addition to long-term manufacturing operations, the project is expected to generate tens of thousands of construction jobs during development and support an estimated 50,000 direct and indirect jobs through the facility and its supply chain.
The large-scale investment continues to drive opportunities for contractors, specialty trades, suppliers, engineering firms, and workforce development organizations throughout the region.
Major semiconductor manufacturing investments continue to expand demand for large-scale industrial construction across the United States. Projects of this scale create sustained opportunities for construction owners, general contractors, specialty contractors, and material suppliers while reinforcing domestic manufacturing capacity and strengthening regional construction markets.
Source: Empire State Development.