Western Iowa Tech Community College
Overview
The Western Iowa Tech Culinary Program was a multi-phase project designed to transform existing classroom spaces into state-of-the-art culinary instruction areas. Each phase focused on enhancing hands-on learning, efficiency, and functionality while integrating professional-grade equipment within a modern educational setting.
Phase 1 converted a tiered classroom into a fully equipped demonstration kitchen. Students remain in tiered seating while the front of the room serves as an instructor demonstration area, featuring a back wall of refrigeration, a prep sink, and cabinetry. A central island with an induction cooktop enhances interactive learning, supported by cameras integrated into the exhaust hood for optimal instructional visibility. A nearby room houses code-required warewashing equipment and dry storage, ensuring accessibility and efficiency. Moving away from a traditional institutional look, the space incorporates warm laminate-clad cabinetry while maintaining commercial durability.
Phase 2 transformed standard classrooms into specialized instructional kitchens. A large classroom was divided into two distinct areas: one with student workstations and cooklines, and another dedicated to baking and pastry instruction. The bakery-focused space is equipped with specialized equipment to support pastry arts, while the overall design integrates walk-in coolers, freezers, dry storage, and warewashing areas—strategically positioned for seamless connectivity with the Phase 1 teaching classroom.
Phase 3 introduced a model restaurant kitchen where students gain practical experience in all aspects of commercial foodservice, from food preparation and cooking to plating and service. A glass storefront separates the kitchen from a 36-seat dining room, allowing patrons to observe the action in real time, creating an engaging culinary experience.
Throughout all phases, Foodlines and Erickson Sullivan Architects served as both architects and foodservice consultants, ensuring a cohesive design that balances functionality, efficiency, and modern instructional needs.