Quantico P-677 Academic Instruction Facility – TECOM Schools
The P-677 Academic Instruction Facility at Marine Corps Base Quantico is a new design-build, three-story steel and masonry frame building, supporting the Training and Education Command (TECOM). The 67,696 sf facility includes interior space for classrooms, administrative offices, lounge spaces, locker rooms, and storage areas. A 326-space surface parking lot accommodates employees, students, and visitors. Additionally, there are three bio-retention areas, on-site sidewalks, a service/EMS access drive in the rear of the building, and a small, enclosed service/trash area.
The exterior is brick, highlighted with precast, FRP columns, and panels to comply with the Georgian style exterior architecture that is on the base. Much of the interior flooring is on raised access flooring to accommodate computer wiring, and mechanical and electrical systems. This project was designed to comply with the Anti-Terrorism Force-Protection regulations in accordance with Department of Defense minimum standards.
Training with Purpose
- Location
- Quantico, VA
- Sector
- Higher Education, Institutional, Military/Defense, Mission Critical/Advanced Technology
- Client
- Department of the Navy
- Architect
- Stantec
- Scope
- 67,696 gsf
- Structure
- Structural Steel
Slope-Driven Efficiency
During design, the team reconfigured the building’s front entrance to simplify grading and eliminate unnecessary earthwork. By re-siting the structure along the natural slope, we reduced excavation requirements and significantly lowered project costs. This approach allowed the second floor to be at grade on the north side, while retaining walls manage below-grade conditions on the first floor. Thoughtful site adaptation streamlined construction and maximized efficiency.
Collaborative 3D Coordination
From the start, the team leveraged REVIT and AutoCAD Civil 3D for integrated design of the facility and site. Regular clash detection ensured coordination across disciplines throughout design development. Upon site mobilization, the team used Revizto to combine 3D models with 2D drawings for tracking deficiencies, managing punchlists, and streamlining construction activities.
Unified Through Design
Designed to consolidate four distinct branches into a single training facility, the building maintains separation of operations through dedicated wings and floors while unifying shared functions within a central circulation core. The prominent entry element serves as a landmark feature, symbolizing the integration of TECOM’s branches and welcoming students, faculty, and visitors.