This new 2-story 137,500sf replacement elementary school facility houses classrooms, administrative offices, multi-purpose rooms, food service areas as well as indoor and outdoor play areas. JDA provided the structural design and produced construction documents for these structures along with a central energy plant. The structural systems are steel gravity framing with load-bearing exterior insulated Concrete Form Walls. The 2nd floor is framed with ecospan composite joists/concrete and composite steel/concrete construction.
A new 2 story 102,000 sf elementary school. A master plan of the campus was created with phases toward implementation. The first phase has been completed and includes a classroom addition, media center renovation, classroom / hall renovations, and renovation of the administration area. The school will accommodate 600 students with core areas designed for 800 students to allow for future capacity.
This building houses the departments of Biology, Chemistry, Marine Biology, Health Sciences, Medical Technology, Clinical Sciences, and the Center for Environmental Diagnostics and Bioremediation. The building is comprised of forty-four (44) laboratories, walk-in refrigeration and freezer space, and multiple laboratory support spaces. Our team provided the structural expertise in designing this state-of-the-art wet laboratory sciences facility.
This is a new facility at the University of West Florida. Approximately 36,000 sf providing dedicated program spaces for the university. These include faculty, student and administration offices, study areas and classrooms. This structure is a multi-story “connector” building between buildings 74 and 76.
Rectangular (laboratory) and circular (Auditorium) four-story reinforced concrete structure with full height atrium and bridge connecting two structures. Unique project features: exposed structural steel truss wall and roof trusses at the atrium space. Restrictive vibration and user adaptability requirements led to conventional reinforced concrete flat plate, concrete shear wall and column framing on the laboratory portion. Larger auditorium space in the circular building dictated the use of cantilevered radial deep beam with fewer columns at the building core with the post tensioned flat slab framing to the outer circumferential columns.
This facility is a two story building with structural steel, masonry and concrete structural building components. The exterior of the building is typically 8” nominal load-bearing masonry walls with CMU pilasters, concrete columns and concrete tie beams. The second floor framing is composite steel/concrete construction supported by interior steel columns and exterior masonry walls. The roof is framed with structural steel trusses, beams and joists supporting metal decking.
Structural Engineer of Record. Provided structural design and produced construction documents for the Elementary School, Auditorium and covered recreation building. The structural systems are steel gravity framing with load-bearing exterior Insulated Concrete Form walls. The second floor is framed with ecospan composite joists/concrete and composite steel/concrete construction. The low slope roof is framed with structural steel beams and steel bar joists with metal deck. A 1800 sf central energy buildingwas also included in the design and construction documents.
The UWF University Park Building is a two story, multi-function building with athletics, training, weight room and locker rooms on the ground floor, and various administration offices on the 2nd floor. The structure consists of load bearing concrete masonry walls with a steel framed composite deck 2nd floor and a steel and bar joist framed roof. The building is the home of the 2019 NCAA D-II Football Championship winning West Florida Argonauts!!
The scope of the structural engineering work includes the design of all elements to safely renovate the existing building and carry the required loads to the foundation system. Structural loads as defined in the Florida Building Code include all applicable dead, live, and wind loads which will be applied to the structure. We used the appropriate factors for essential facilities to ensure building performance and safety in times of extreme structural demand such as hurricanes. This building space was renovated to relate esthetically with the neighboring campus buildings, to meet current accreditation, codes and sustainability goals. This project received LEED Gold certification from the US Green Building Council.
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