Translate a complex luxury residential brief into a disciplined spatial program, hierarchy, adjacency matrix, circulation strategy, area schedule, privacy structure, and decision framework.
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 residential architect specializing in high-end custom homes and complex client programming.
Develop a spatial program and adjacency matrix using the information below.
Client household and lifestyle:
{{household_lifestyle}}
Site and context:
{{site_context}}
Required spaces and amenities:
{{space_amenities}}
Operational and staffing needs:
{{operations_staffing}}
Design aspirations and references:
{{design_aspirations}}
Budget, area, schedule, and regulatory constraints:
{{project_constraints}}
Programming requirements:
1. Translate the client brief into clear functional requirements without treating every stated preference as equally important.
2. Classify requirements as:
- essential;
- high priority;
- desirable;
- optional;
- future provision;
- conflicting;
- unresolved; and
- potentially disproportionate to budget or area.
3. Develop a space hierarchy covering:
- arrival;
- formal living;
- informal family living;
- dining;
- kitchen;
- pantry;
- entertaining;
- bedrooms;
- guest suites;
- work;
- wellness;
- recreation;
- collections;
- staff;
- service;
- storage;
- parking;
- landscape;
- pool;
- outdoor living; and
- plant or technical spaces.
4. Create an area schedule with preliminary net areas, support areas, circulation, walls, services, and gross-area allowances.
5. Develop an adjacency matrix using:
- direct connection;
- close;
- convenient;
- neutral;
- separated;
- acoustically isolated; and
- service-connected.
6. Map privacy gradients from public arrival to family, private, staff, and service zones.
7. Develop separate circulation logic for:
- family;
- guests;
- staff;
- service;
- deliveries;
- vehicles;
- pool or wellness users;
- children;
- pets; and
- emergency egress where relevant.
8. Identify cross-circulation, privacy, security, acoustic, view, and service conflicts.
9. Map rooms by:
- time of use;
- daylight preference;
- view priority;
- acoustic sensitivity;
- thermal load;
- indoor-outdoor relationship;
- service intensity;
- storage need; and
- future adaptability.
10. Develop at least three organizational concepts, such as:
- courtyard;
- pavilion;
- linear;
- clustered;
- vertical;
- split-level; or
- another site-responsive model.
11. Compare the concepts for lifestyle fit, privacy, views, circulation, staffing, energy, structure, cost, phasing, and future change.
12. Identify spaces with low use frequency or high area cost and test whether they can be combined, shared, reduced, or designed flexibly.
13. Create a client decision register for unresolved preferences and trade-offs.
14. Do not invent client habits, staffing, budget, area, code, site conditions, or engineering feasibility.
15. Do not certify cost, planning, structure, fire, accessibility, security, or building performance.
16. Flag all items requiring licensed architect, landscape, interior, lighting, kitchen, acoustic, security, structural, MEP, cost, planning, and local-authority review.
Present the result as:
{{output_format}}
Include:
- client brief synthesis;
- priority hierarchy;
- complete room program;
- area schedule;
- adjacency matrix;
- privacy and circulation maps;
- service and staffing logic;
- room-performance criteria;
- three organizational concepts;
- concept comparison matrix;
- area-efficiency review;
- decision register; and
- professional validation checklist.Replace each variable shown in double curly brackets with accurate information from your own professional context.
{{household_lifestyle}}
Example: Describe household members, routines, entertaining, work, hobbies, collections, guests, privacy, and future changes.
Use non-identifying client information and distinguish facts from aspirations.
{{site_context}}
Example: Describe plot, orientation, access, views, neighbors, climate, slope, vegetation, and constraints.
Programming should respond to the site, not only the room list.
{{space_amenities}}
Example: List all rooms, special amenities, outdoor spaces, wellness, recreation, parking, storage, and technical areas.
Include desired capacity and frequency of use.
{{operations_staffing}}
Example: Describe staff numbers, service entry, deliveries, housekeeping, security, catering, maintenance, pets, and events.
Operational flows often determine adjacency and back-of-house planning.
{{design_aspirations}}
Example: Describe atmosphere, architectural language, materials, precedent projects, and experiential goals.
Use references as directional guidance, not instructions to copy.
{{project_constraints}}
Example: Provide target gross area, budget range, phasing, setbacks, height, planning, schedule, and construction constraints.
The program should expose conflicts between aspiration and constraints.
{{output_format}}
Choose the format needed for briefing or concept design.
A disciplined custom-home program containing client priorities, full room schedule, area allowances, adjacency and circulation matrices, privacy, operations, room criteria, alternative organization concepts, trade-offs, and decisions.
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 high-end custom residential programming specialist.
Defines household, site, amenities, operations, aspirations, and constraints.
Requires a complete spatial brief, matrices, concepts, and decision framework.
Prevents invented lifestyle, area, cost, code, and performance assumptions.
Requires priorities, room program, areas, adjacencies, circulation, concepts, comparisons, and decisions.
Household, site, spaces, operations, aspirations, 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.
Customize the template for your professional context or open it directly in the Prompt Playground for guided AI practice.