Switzler Hall Renovation
The University of Missouri
The Switzler Hall Renovation project, completed in June 2011, involved gutting the interior of the 20,759 gross square foot, four-level brick building and using a unique shoring system to support the exterior walls from the inside while simultaneously reconstructing the building’s interior. The project also required replacing the existing mechanical, plumbing, electrical, and telephone systems beyond their useful life and installing new fire protection, fire alarm, and security systems to improve life safety. A new small addition on the southwest side of the building provides additional classrooms. This addition, which includes an accessible grade-level entry, an elevator, and a stair enclosure, increased the building’s total gross square footage to 28,086.
Project History
In the 2009 Campus Master Plan, Switzler Hall was at the top of the Campus Facilities list for deferred maintenance and critical repairs to educational and general space. When bond funding for critical repairs became available in June, this building, built in 1871, was selected for its first major renovation. The project team was tasked with addressing deferred maintenance, meeting new code requirements, and providing occupants with new state-of-the-art facilities in the oldest classroom building on campus. From the start, the project team knew that transforming this historic structure on the northwest corner of Francis Quadrangle into a modern-day classroom/office facility would require a major overhaul. Careful consideration would need to be taken to respect the historic character of the building.
Facility Highlights:
- Renovation of building
- Classroom addition
- Replacement of existing mechanical, plumbing, electrical and telephone systems
- Installing new fire protection, fire alarm, and security systems to improve life safety.
- New elevator
Location:
Columbia, Missouri
Project Type:
Higher Education Facility, Offices, Historic Renovation
Size:
25,233 SF
Completed:
June 2011
Construction Cost:
$6.5 million







