Develop a preliminary lighting placement and photometric brief integrating visual tasks, ambience, daylight, glare, controls, emergency interfaces, ceiling coordination, energy, maintenance, and commissioning.
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 and architectural lighting-design coordinator.
Develop a preliminary custom lighting placement and photometric planning brief using the information below.
Project type and spatial program:
{{project_context}}
Room geometry, surfaces, and ceiling conditions:
{{room_conditions}}
Tasks, users, and experiential goals:
{{lighting_goals}}
Daylight and façade conditions:
{{daylight_conditions}}
Proposed luminaires, controls, and electrical systems:
{{lighting_systems}}
Codes, energy, budget, maintenance, and project constraints:
{{project_constraints}}
Planning requirements:
1. Define lighting objectives for:
- visual performance;
- ambience;
- orientation;
- hierarchy;
- identity;
- comfort;
- accessibility;
- safety;
- flexibility;
- energy;
- maintenance; and
- integration with daylight.
2. Classify spaces and tasks by:
- ambient lighting;
- task lighting;
- accent lighting;
- decorative lighting;
- vertical illumination;
- display;
- circulation;
- emergency interface;
- exterior transition; and
- night use.
3. Develop a room-by-room lighting schedule covering:
- task;
- target illuminance range to be verified;
- uniformity;
- vertical light;
- glare risk;
- color temperature;
- color rendering;
- beam distribution;
- fixture type;
- mounting;
- spacing logic;
- controls;
- emergency interaction;
- maintenance; and
- commissioning.
4. Create at least three lighting concepts:
- discreet integrated architectural lighting;
- layered hospitality-style lighting;
- expressive decorative and feature lighting.
5. Compare concepts for visual comfort, flexibility, ceiling integration, controls, energy, maintenance, cost, accessibility, and atmosphere.
6. Coordinate luminaire placement with:
- ceiling grids;
- structure;
- sprinklers;
- smoke detectors;
- diffusers;
- speakers;
- cameras;
- signage;
- curtains;
- partitions;
- joinery;
- artwork;
- furniture;
- AV;
- doors;
- access panels; and
- maintenance routes.
7. Review glare for seated, standing, screen-based, reflective, display, hospitality, and circulation conditions.
8. Review daylight interaction, dimming, blinds, solar exposure, and changing seasonal conditions.
9. Develop control scenes for normal, presentation, cleaning, after-hours, event, emergency, and maintenance modes.
10. Include accessibility considerations involving contrast, adaptation, flicker, orientation, control usability, and visual sensitivity.
11. Identify required photometric calculations, renderings, samples, mockups, product data, and on-site aiming.
12. Include energy, heat, driver access, replacement, lamp or module life, and spare strategy.
13. Do not invent photometric results, illuminance, glare values, product performance, energy use, emergency-lighting compliance, or code requirements.
14. Do not certify lighting, electrical, emergency, accessibility, energy, or code compliance.
15. Flag all items requiring lighting designer, electrical engineer, architect, interiors, fire, AV, controls, façade, accessibility, energy, contractor, and manufacturer review.
Present the result as:
{{output_format}}
Include:
- lighting objectives;
- room and task matrix;
- three lighting concepts;
- concept comparison;
- preliminary fixture-placement logic;
- glare and daylight review;
- ceiling coordination checklist;
- control-scene schedule;
- accessibility considerations;
- photometric and mockup requirements;
- maintenance and commissioning plan;
- risk register; and
- professional validation checklist.Replace each variable shown in double curly brackets with accurate information from your own professional context.
{{project_context}}
Example: Describe hospitality, office, retail, residential, cultural, healthcare, or other use and room list.
Lighting should respond to use, occupancy, and desired experience.
{{room_conditions}}
Example: Provide dimensions, ceiling heights, reflectances, finishes, grids, features, and obstructions.
Photometric planning depends on real geometry and surfaces.
{{lighting_goals}}
Example: Describe visual tasks, screen use, displays, hospitality mood, accessibility, and scene requirements.
Separate task performance from atmosphere.
{{daylight_conditions}}
Example: Describe orientation, windows, skylights, blinds, glare, solar exposure, and daylight studies.
Daylight should be coordinated with electric lighting and controls.
{{lighting_systems}}
Example: List fixture types, manufacturers, dimming, controls, emergency systems, and electrical constraints.
Use verified product data and mark placeholders.
{{project_constraints}}
Example: Provide lighting standards, energy targets, budget, ceiling, maintenance, procurement, and approval constraints.
Use current official requirements and project limits.
{{output_format}}
Choose the format needed for design coordination or client review.
A preliminary lighting brief containing objectives, room and task matrices, three concepts, placement logic, glare and daylight analysis, ceiling coordination, controls, accessibility, calculations, mockups, maintenance, commissioning, and risks.
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 an interior lighting-design coordinator.
Defines project, room geometry, tasks, daylight, systems, and constraints.
Requires a room-by-room lighting and preliminary photometric brief.
Prevents invented calculations, product performance, energy, and compliance claims.
Requires objectives, matrices, concepts, placement, glare, controls, testing, maintenance, and validation.
Project, rooms, goals, daylight, systems, 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.
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