IMEG provided mechanical, electrical, and technology engineering design services for the 30,305-sf new two-story culinary institute at the Technical College of the Lowcountry in Blufford, SC. The hands-on teaching institute features two teaching kitchens, a baking lab, six classrooms, two computer labs, a teaching restaurant, lecture theater, and grab-and-go cafe. An interactive museum, or FOODseum,
Project Region: South East Region
S241 Building Conversion To New Facility
IMEG provided structural, mechanical, electrical, plumbing, and technology engineering design services for the complete renovation and adaptive reuse of Building S241 to support the new My Navy Career Center. The project included site investigations, engineering studies, full design plans and specifications, construction cost estimates, and associated engineering services. The new contact center will accommodate 579
VTMAE MRO Hanger Facility Phase 2
IMEG provided structural, mechanical, electrical, plumbing, and technology engineering design, along with construction phase services, for Phase 2 of the new VT Mobile Aerospace Engineering (VTMAE) Maintenance, Repair and Overhaul (MRO) Hangar adjacent to the hangar constructed in 2018. The site has airside access off Runway 17-35 and landside access off Langley Avenue via Merlion
VTMAE MRO Hanger Facility Phase 1
IMEG provided structural, mechanical, electrical, plumbing, and technology engineering design, along with construction phase services, for Phase 1 of the new VT Mobile Aerospace Engineering (VTMAE) Maintenance, Repair and Overhaul (MRO) Hangar at the Pensacola International Airport. The new 173,500-sf hangar has two bays and can accommodate two of the largest version of the 777
Hurricane Sally Recovery Design-Build RFP Development
IMEG completed a fast-track project under a single task-order to perform storm damage assessments, determine design- build repair scopes of work, and develop repair procurement documents for 89 buildings damaged by Hurricane Sally on NAS Pensacola, including Corry Station and Saufley Field, Florida. The project, which had a seven-month schedule, involved site visits, investigations, and
Design-Build RFP for Multiple Maintenance and Repair Projects
IMEG helped to complete facility condition assessments (FCA), facilitated virtual planning charrettes, developed charrette reports, produced DD1391 documents, and developed Design-Build RFPs for four projects as part of the reconstruction of Tyndall Air Force Base after Hurricane Michael. Each standalone RFP was designed to be awarded separately, even though they were developed under a single
New 12-Story Building
IMEG is providing technology engineering design services for the new FIS headquarters, a 12-Story Class A waterfront office building located on St John’s River. The new building includes an attached eight-story parking garage, open office seating, upper level executive suites with boardroom, call center, and small and large conference and collaboration spaces throughout. Guest spaces
Historic Renovation
IMEG provided structural, mechanical, and electric engineering design services for the historic renovation of the 110,000-sf Robert E. Lee High School, built in 1928, now renamed Riverside High School. The renovation included laboratories, classrooms, offices, and the library, as well as a cafeteria addition, new commercial kitchen, and a 44,000-sf new fieldhouse. A new Building
New Burn Building and Mock Fire Station
IMEG provided structural, mechanical, electrical, and plumbing engineering design services for the 3,500-sf, two-story concrete burn building and 1,800-sf four-story training tower. The new training tower and burn building offer a safe setting for fire and emergency personnel to learn and practice high-rise firefighting and rescue operations. The burn building is used for live fire
Conversion from Dorm to Office Building
IMEG provided mechanical, electrical, plumbing, and fire protection engineering design services for the renovation and conversion of a 15,000-sf, four-story dormitory into an office building and meeting spaces for the Urban Institute, Institutional Research and Distance Education.. The existing floor-to-floor height of 8’4” posed a challenge as the new office space needed a minimum of