The Starbuck School project featured the innovative use of composite floor joists, combining open web steel joist framing with concrete floors to create a unified structural system. Flush-mounted joist connections kept the framing within the floor’s depth, allowing mechanical systems to fit into tighter ceiling spaces and reducing coordination challenges. This efficient design supported a more compact building height and streamlined construction.
Electrical upgrades were carefully executed to align with the new additions. Primary cabling was relocated in collaboration with WE Energies, and new service pathways were integrated into the architectural plans. Utility transformers were concealed in consultation with landscape architects, while phasing schedules ensured minimal disruption. Energy efficiency was enhanced with LED lighting and automatic controls, reducing operating costs with support from Focus on Energy incentives.
The engineering solutions offered flexible spaces, including science laboratories and STEM facilities, tailored to meet both current and future educational needs. Enhancements to security, accessibility, and site circulation were implemented to align with the district’s goals, fostering a safe and efficient environment for students and staff.
