Center for Applied Technology

Wayne State College

A state-of-the-art facility for applied technology, this new construction of a 53,000 square foot, two-story educational facility features thirteen modern instructional labs for manufacturing, applied engineering, construction management, safety management, and robotics. It also includes classrooms, labs, and offices for industrial technology, computer technology, and information systems programs, as well as a skywalk connection to an existing building.

 

Wayne, NE

SIMILAR PROJECTS

DSU Beacom Premier Complex

Dakota State University

New construction of a 55,000-square-foot facility that creates a hub for all DSU Athletics. The two-phase project on the 25-acre site creates both an exciting game day and enhanced student-athlete experience. Phase One features site work of a new NCAA competition track, synthetic turf soccer field, and large grandstand, while Phase Two includes a new weight room, locker rooms, E-Sports competition center, hospitality space, and second-level suites overlooking a new synthetic turf football field.

 

Madison, SD

Center for STEM, Power Mechanics, and Applied Technologies

Community College of Aurora

New construction of a 55,000 square foot educational facility. The building will provide students with hands-on training and education to prepare them for entry into the workforce or transfer to four-year institutions. The curriculum will offer pathways in various fields including construction, diesel power mechanics, engineering, cyber security, renewable energy, as well as other STEM pathways in math, science, and applied technology. The building will be equipped with modern technology and equipment to provide students with the necessary skills and knowledge to excel in their chosen fields.

 

Aurora, CO

Renderings provided by BVH Architecture

Chiropteran Research Facility

Colorado State University

New construction of a 14,000 square foot stand-alone bat vivarium and research facility, designed as an extension of Colorado State University’s Center for Vector-Borne Infection Diseases. The state-of-the-art facility incorporates advanced environmental and biosafety controls to support the successful breeding and rearing of bats, crucial for research and scientific advancement.

The building features structural masonry construction with comprehensive thermal and moisture protection systems, ensuring a controlled environment tailored to the unique needs of its inhabitants. The innovative design includes an open-caging concept for animal housing, promoting optimal habitat conditions and facilitating research activities. This specialized facility will serve as a key resource for advancing knowledge in vector-borne disease studies.

Fort Collins, CO