School kitchen design for K-12 districts is moving toward the look and feel of college dining, with more variety and made-to-order food, according to Eric Goodrich, a principal partner at Minneapolis-based foodservice design and consulting firm Rippe Associates. He said high school principals and administrators are seeking that atmosphere, while middle schools are taking on traits associated with yesterday's high schools. Technology, sustainability and efficiency are also shaping plans as labor and square footage remain at a premium.
Flexibility is central to serving-line design, Goodrich said. Operators want hot and cold convertible wells and food shields that can switch between full-service and self-serve, allowing staff to serve an entree while students add toppings themselves. Tilting shields can support either position and help speed service. The same stations can also be converted quickly when a district is short staffed for a meal period.
Digital menu boards give operators another form of flexibility, letting them show menu changes at each serving station. Goodrich said students who understand the choices before entering the line tend to move through faster. He also pointed to greater awareness of what neurodivergent students need, with clear labeling helping them make decisions quickly.
Tight space and limited labor are driving demand for multifunctional equipment that delivers more capacity per square foot, Goodrich said. Combi ovens have been popular in K-12 for some time, and more districts are moving toward blast chilling. RATIONAL's iCombi Pro, for example, supports a cook-chill program, according to the company. Its iVario cooking system is available in several models that can replace frying pans, deep fryers and stoves; larger models can also replace kettles and tilt skillets.
Operators value combi ovens because one unit can replace two or three pieces of equipment and because preprogrammed settings support consistency, Goodrich said. A staff member can select a preset for an item such as a chicken patty rather than adjusting a timer or checking temperature manually. Self-cleaning also saves time, and the ability to add humidity can improve yields by helping prevent food from drying out.
Sustainability goals are influencing equipment and layout choices. Goodrich said he is seeing fewer disposals and more interest in composting programs, along with equipment that reduces packaging waste. Milk-dispensing systems are one example. In some designs, milk is stored in a walk-in cooler and moves through lines from the back of the house to the front, similar to beer lines, making refilling easier for staff.
Designing for two-handed work is another efficiency practice. Recirculating trough systems let staff scrape trays with both hands instead of holding a spray rinse in one hand while cleaning each tray, Goodrich said. Reducing steps and freeing both hands can nearly double speed, he added.
Student experience is also shaping finishes and layouts. Goodrich said there is demand for higher-end finishes and a more home-like feel, with less of the institutional look of stainless steel throughout. Stone countertops and tray slides, tile-front serving lines and sufficient display lighting are high-impact choices. Operators are also more open to open kitchen designs that remove a wall between the kitchen and serving area, potentially gaining square footage while giving students a better view of food preparation.
RATIONAL is promoting its iCombi line with a warranty program for schools and districts. Launched in August, the program covers iCombi Pro and iCombi Classic models and extends the standard two-year warranty by 12 months at no charge to the school or district, according to the company.