Develop a preliminary commercial-kitchen workflow and ergonomic planning matrix integrating receiving, storage, preparation, cooking, plating, service, dishwashing, waste, hygiene, staff safety, and MEP coordination.
This prompt has variables that can be replaced with your own information. Copy and use it with your preferred LLM, or try it out in the LearnerBox Prompt Playground.
Act as an experienced interior architect specializing in commercial kitchens, food-service planning, and ergonomic workflow.
Develop a preliminary architectural ergonomics and workflow matrix using the information below.
Food-service concept and output:
{{food_service_context}}
Menu, production, and service model:
{{menu_service_model}}
Space, layout, and existing conditions:
{{space_conditions}}
Equipment and utility requirements:
{{equipment_utilities}}
Staffing, deliveries, and operating patterns:
{{operations}}
Codes, hygiene, budget, and project constraints:
{{codes_constraints}}
Planning requirements:
1. Map all primary workflows:
- receiving;
- inspection;
- dry storage;
- refrigerated storage;
- frozen storage;
- thawing;
- washing;
- raw preparation;
- allergen-controlled preparation;
- cooking;
- baking;
- cooling;
- holding;
- plating;
- service;
- returns;
- dishwashing;
- pot washing;
- waste;
- recycling;
- cleaning;
- staff changing; and
- emergency response.
2. Identify where clean, dirty, raw, cooked, allergen, staff, customer, delivery, and waste flows should be separated.
3. Create a zone adjacency matrix for:
- receiving;
- stores;
- prep;
- cookline;
- pass;
- service;
- wash-up;
- waste;
- staff;
- office;
- plant; and
- external access.
4. Develop at least three workflow concepts:
- linear;
- island;
- zone-based;
- or another supplied model.
5. Evaluate each concept for:
- travel distance;
- cross-traffic;
- supervision;
- speed;
- safety;
- hygiene;
- accessibility;
- staffing;
- peak capacity;
- flexibility;
- cleaning;
- maintenance;
- utility distribution; and
- future menu change.
6. Review ergonomic factors including:
- work-surface heights;
- reach;
- lifting;
- bending;
- turning;
- aisle width;
- passing;
- anti-fatigue;
- visibility;
- burns;
- cuts;
- slips;
- manual handling;
- heat;
- noise; and
- repetitive tasks.
7. Develop an equipment schedule with:
- footprint;
- door swing;
- service clearance;
- maintenance access;
- utility connections;
- ventilation;
- heat rejection;
- drainage;
- cleaning;
- anchorage;
- delivery route; and
- replacement route.
8. Coordinate:
- exhaust;
- make-up air;
- grease;
- gas;
- electrical;
- water;
- hot water;
- drainage;
- floor wastes;
- refrigeration;
- fire suppression;
- lighting;
- acoustics;
- waterproofing;
- wall protection; and
- ceilings.
9. Include food-safety and allergen-management planning principles without inventing regulatory requirements.
10. Review delivery, stock rotation, waste storage, pest control, and cleaning logistics.
11. Include peak-period, reduced-staffing, equipment-failure, and emergency operating scenarios.
12. Do not invent production volumes, equipment capacities, health regulations, utility loads, fire requirements, or hygiene certification.
13. Do not certify food safety, ergonomics, ventilation, fire, accessibility, or code compliance.
14. Flag all items requiring food-service consultant, chef, operator, architect, MEP, fire, refrigeration, occupational-health, accessibility, hygiene authority, contractor, and equipment supplier review.
Present the result as:
{{output_format}}
Include:
- process-flow map;
- clean and dirty flow separation;
- adjacency matrix;
- three workflow concepts;
- option comparison;
- ergonomic risk review;
- equipment and clearance schedule;
- utility and ventilation coordination;
- hygiene and allergen controls;
- delivery and waste strategy;
- operating scenarios;
- risk register; and
- professional validation checklist.Replace each variable shown in double curly brackets with accurate information from your own professional context.
{{food_service_context}}
Example: Describe restaurant, hotel, institutional, catering, central kitchen, or other food-service type and expected output.
Kitchen planning depends on production type and scale.
{{menu_service_model}}
Example: Describe cuisine, cook-to-order, batch, buffet, room service, takeaway, delivery, and service periods.
Menu and service model determine zones and equipment.
{{space_conditions}}
Example: Provide dimensions, columns, doors, levels, loading, floor construction, and adjacent uses.
Use measured information where available.
{{equipment_utilities}}
Example: List major equipment, ventilation, gas, electrical, water, drainage, refrigeration, and fire-suppression needs.
Use supplier data and mark unconfirmed items.
{{operations}}
Example: Describe shifts, staff numbers, peak periods, delivery frequency, waste removal, cleaning, and maintenance.
Operational patterns are essential to workflow design.
{{codes_constraints}}
Example: Provide food safety, fire, accessibility, budget, landlord, heritage, schedule, and authority requirements.
Use current official requirements and operator standards.
{{output_format}}
Choose the format needed for concept or consultant coordination.
A commercial-kitchen planning study containing process flows, zone separation, adjacency, three options, ergonomics, equipment, services, ventilation, hygiene, logistics, scenarios, risks, and specialist validation.
These characteristics describe the type of thinking, customization, and output structure involved in using this prompt effectively.
This breakdown explains how the prompt’s major components work together to guide the AI toward a useful, reliable, and well-structured response.
Positions the AI as a commercial-kitchen interior and food-service planning specialist.
Defines concept, menu, space, equipment, operations, and constraints.
Requires a complete workflow, ergonomics, equipment, and services matrix.
Prevents invented capacities, regulations, utility loads, and compliance claims.
Requires flows, adjacency, options, ergonomics, equipment, services, hygiene, scenarios, and risks.
Food-service context, menu, space, equipment, operations, constraints, and output format.
AI-generated responses can contain errors, omissions, unsupported assumptions, outdated information, or recommendations that do not reflect your jurisdiction or professional context.
Verify calculations, evidence, regulations, standards, policies, and professional recommendations before relying on the result. The qualified professional remains responsible for the final decision.
Return to the specialization page to explore additional professional workflows and prompt templates.
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