2RW provided sustainable MEP/FP engineering for ISC 4, supporting classrooms, research labs, computing spaces, and shared academic environments. Building systems were designed to maintain consistent comfort and indoor environmental quality across varied space types and occupancy levels.

The MEP design responds to solar heat gain along the southern and western facades to support occupant comfort while maintaining the north courtyard’s use as an active campus space. Systems were also designed to address high cooling demands and the diverse operational needs associated with computing and research functions.

A flexible MEP/FP infrastructure supports evolving academic programs and technology. Dedicated HVAC systems serve IT and computing rooms on each floor, providing stable environmental conditions for sensitive equipment. Electrical systems support the Department of Computer Science’s computing needs, including redundant emergency and UPS power for critical operations.

ISC 4 delivers a cohesive and reliable academic environment that supports interdisciplinary STEM education and research at William & Mary. Students and faculty benefit from comfortable, well-balanced spaces that support teaching, collaboration, and computing-intensive activities. As the final phase of the Integrated Science Center, ISC 4 strengthens the University’s STEM campus with modern, adaptable spaces that support innovation and academic growth.