Midway USA Roosevelt

Summarize the project's program, features and achievements?

Ultra-Durable Design: Built using 100% concrete tilt-up wall and brick construction, it is engineered for extreme structural longevity. Workspace & Amenities: The two -story building features abundant natural lighting, collaborative workstations, multiple spacious break rooms accommodating 100+ people, and a self-service retail market for employees.

Achievements & Operational Highlights Self-Reliant Expansion: The project was funded entirely through private resources without public subsidies, reflecting the company's commitment to self -reliance.

Award-Winning Construction: The building's structural integrity and use of durable concrete earned its construction team the Quality Concrete Award from the Concrete Council of St.Louis.

Long-Term Operational Vision: Rooted in MidwayUSA's corporate philosophy, the building was conceptualized by Founder Larry Potterfield to literally "last as long as the pyramids" to serve employees centuries into the future.

What obstacles were overcome related to the schedule, budget, program, specification, site, etc. on this project?

Brick Alignment: Achieving a continuous brick look requires all the joints and reveals to line up flawlessly once the panel is vertical. Solution: Careful detailing and jointing strategies performed by skilled craftsmen ensure the bricks naturally transition from one panel to the next.

Revising casting sequences, using specialized lifting hardware for heavy spandrels, and meticulous ground -level alignment. These strategies successfully address confined job sites, complex aesthetics, and project budgets.

Structural Steel and Foundation Costs: Traditional masonry requires load-bearing columns, perimeter steel, and piers. Solution: Tilt-up walls act as load-bearing structures, which eliminates the need for perimeter steel and reduces material costs.

Please communicate any engineering complexities or unique features of the panel design for this project?

Brick tilt-up construction requires casting concrete panels horizontally on-site, integrating thin brick facing, and lifting them into place. Key complexities include meticulous joint detailing, managing differential thermal expansion, ensuring exact brick alignment, and engineering the rigging and lifting capacity of the composite wall system.

The primary complexities involved utilizing the thin brick veneers or brick form liners during the concrete pouring phase, which requires strict moisture control, precise jointing, and careful crane lifting to avoid cracking the façade