School kitchen design is shifting toward the look and flexibility of higher education dining, 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 trying to capture the feel of collegiate dining, while middle schools are taking on traits of older high schools, with more variety and made-to-order items. Technology, sustainability and efficiency are also shaping K-12 projects as labor and square footage remain at a premium.
Flexible serving lines
Goodrich said operators want serving lines that can change quickly. Hot and cold convertible wells and food shields that move from full-service to self-serve let staff serve an entree while students handle toppings or accompaniments. Tilting shields can support either setup and may improve speed of service. When a meal period is short-staffed, a full-service station can also be converted to self-service.
Digital menu boards add another layer of flexibility. Operators can show menu changes at each serving station, and students who understand the offerings before entering the line may move through faster. Goodrich also said schools are paying more attention to neurodivergent students and that clear labeling helps them make decisions quickly.
Multitasking equipment
With limited space and staff, multifunctional equipment is a priority. Goodrich described a push for "as much horsepower per square foot" as possible. Combi ovens have been popular in K-12 for some time, and more districts are moving toward blast chilling. He cited RATIONAL's iCombi Pro as equipment that can support a cook-chill program and called the RATIONAL iVario extremely popular; the cooking system comes in several models that can replace frying pans, deep fryers and stoves, while larger models can replace kettles and tilt skillets.
Combi ovens appeal because one unit can replace two or three pieces of equipment and can improve consistency, Goodrich said. Operators can preprogram settings for items such as chicken patties, reducing the need to monitor timers and temperatures manually. Self-cleaning is a time-saver, and the ability to add humidity or moisture can improve yields by helping prevent product from drying out.
Waste, workflow and finishes
Sustainability goals are influencing equipment and layout choices. Goodrich said districts are using fewer disposals and showing more interest in composting. He also sees more adoption of equipment that reduces packaging waste, including milk-dispensing systems. In some designs, milk is stored in the walk-in and runs to the front of the house almost like beer lines, making it easier for staff.
Kitchen layouts are also being adjusted to support two-handed work. Recirculating trough systems let staff scrape trays with both hands instead of holding a spray rinse in one hand, Goodrich said. Reducing steps and allowing two-handed tasks can be almost like doubling speed, he added.
For the student-facing side, Goodrich said there is demand for higher-end finishes and a homier feel, with less of the institutional stainless-steel look. Stone countertops and tray slides, tile fronts on serving lines and sufficient display lighting are high-impact choices.
Opening up the kitchen
Operators are more open to open-kitchen designs than in the past, according to Goodrich. Instead of separating the serving area and kitchen with a wall, some projects remove that barrier to improve the student experience and pick up square footage.
RATIONAL also said schools and districts that add iCombi units can receive a free additional year of warranty. The program, launched in August for iCombi Pro and iCombi Classic models, extends the standard two-year warranty by 12 months at no charge, according to the company.