Electronic Fabrication

Nokia unveiled a state-of-the-art campus for R&D and manufacturing in September of 2025 in Oulu, Finland. Spanning 592,015 sf, this dynamic innovation hub will design, test, and deliver 5G and 6G radio networks built for artificial intelligence. The bipartite project comprises eight floors of flexible office space and a two-story factory for industrial production. Laboratories equipped with advanced technologies provide both simulated and real-world field verification environments to accelerate network evolution.

Advanced manufacturing (AM) experts say companies around the country that are currently trying to build up their AM capabilities are held back by three things: experience with cutting-edge AM equipment, experts who can show how to take full advantage of such equipment’s capabilities, and highly trained workers who have the skills to operate the equipment. Administrators at the Missouri University of Science and Technology in Rolla hope to fill all three gaps with the help of a new facility they call The Missouri Protoplex. 

The New York Center for Research, Economic Advancement, Technology, Engineering, and Science (NY CREATES) is constructing the $614 million NanoFab Reflection (NFR) facility in Albany, N.Y. Representing an expansion of the existing Albany NanoTech Complex, the four-story, 310,000-sf R&D building will feature a 50,000-sf ISO 5 cleanroom, complemented by approximately 50,000 sf of non-clean sub-fab space.

Yale University broke ground in late September of 2024 on the Physical Sciences and Engineering Building (PSEB) in New Haven, Conn. Offering 50 laboratories, the 253,000-sf structure was designed by TenBerke and Ballinger to equip future generations of quantum scientists, engineers, and physicists. Research Facilities Design is the laboratory planning consultant for the six-level project, which will feature sophisticated instrumentation and fabrication environments that drive university-wide collaborations.