Prompt Library

Design Smarter and Communicate Better with AI

35 copy-paste prompts

35 practical ChatGPT prompts for design concept development, client briefs, code research, sustainability analysis, project documentation, and client presentations.

Design Concepts

5 prompts

Design Concept Generator

1/35

I am developing a design concept for [project type — residential, commercial, institutional, mixed-use]. Site: [describe location, context, constraints]. Client brief: [summarize key requirements]. Budget level: [describe]. Generate: (1) 3 distinct design concepts, each with a different philosophical approach (contextual, contrasting, hybrid), (2) for each concept: a one-paragraph narrative describing the big idea, (3) key spatial strategies and organizational principles, (4) material palette suggestions that support the concept, (5) how each concept responds to site conditions (orientation, views, access, neighbors), (6) precedent projects that embody a similar approach. Help me think beyond my first instinct.

Generates three distinct design concepts with different philosophical approaches, material palettes, and precedent references.

💡

Pro tip: The first concept you think of is usually the obvious one. Force yourself to develop at least 3 before choosing. The third option often combines the best of the first two.

Program Analysis

2/35

Analyze the space program for [project type]. Client requirements: [list spaces needed with approximate sizes if known]. Total budget: [amount]. Site constraints: [describe]. Help me: (1) create a detailed space program with recommended square footage for each space based on [building type] standards, (2) identify adjacency requirements — which spaces need to be near each other, (3) calculate gross vs net area with appropriate efficiency factors for this building type, (4) flag any conflicts between the program and budget (likely too much program for the money), (5) suggest spaces the client may have forgotten, (6) create an adjacency bubble diagram description.

Creates a detailed space program with adjacency analysis, efficiency calculations, and budget reality check.

💡

Pro tip: Clients always want more space than their budget allows. Run the numbers early and have the conversation before design begins. A right-sized program leads to a better building than a squeezed one.

Design Narrative Writer

3/35

Write a design narrative for [project]. The concept: [describe your design approach]. Key design moves: [list]. Context: [describe site and surroundings]. Client: [describe]. The narrative should: (1) open with the big idea in one compelling sentence, (2) describe how the design responds to site and context, (3) explain the spatial experience — how a person moves through the building, (4) connect material choices to the concept, (5) address sustainability approach, (6) close with how the design serves the client's mission or lifestyle. Write for a jury, client, or publication — authoritative but accessible.

Crafts a compelling design narrative that connects concept, site response, experience, materials, and client mission.

💡

Pro tip: The design narrative is not a technical description — it is a story about how the building makes people feel and why it belongs in its place. Lead with experience, not specifications.

Adaptive Reuse Feasibility

4/35

Assess the feasibility of an adaptive reuse project. Existing building: [describe — type, age, size, condition, current use]. Proposed new use: [describe]. Location: [describe zoning context]. Analyze: (1) compatibility of existing structure with new use (floor-to-floor heights, column spacing, load capacity), (2) likely code compliance challenges (accessibility, fire safety, energy code), (3) historic preservation considerations if applicable, (4) rough cost comparison: renovation vs new construction, (5) unique opportunities the existing building creates that new construction could not, (6) potential deal-breakers to investigate early.

Evaluates adaptive reuse feasibility covering structural compatibility, code challenges, and renovation vs new construction cost comparison.

💡

Pro tip: The best adaptive reuse projects celebrate what the existing building offers rather than fighting it. A warehouse with massive windows becomes incredible loft space. Work with the building, not against it.

Competition Entry Strategy

5/35

Help me develop a strategy for an architecture competition. Competition: [describe — program, site, jury composition if known, submission requirements]. My firm: [describe strengths]. Create: (1) an analysis of what the jury is likely looking for based on the brief and their backgrounds, (2) 3 strategic positions we could take (safe/mainstream, bold/provocative, innovative/hybrid), (3) a recommended approach with rationale, (4) key diagrams and visualizations that communicate our concept most effectively, (5) a narrative structure for the presentation boards, (6) a timeline working backward from submission deadline. Help me stand out without being gimmicky.

Develops a competition strategy analyzing jury expectations, positioning options, and presentation structure.

💡

Pro tip: Competition juries spend 30-60 seconds on first-pass review. Your concept must be legible from across the room in one image. Design the hero image first, then the boards around it.

Prompts get you started. Tutorials level you up.

A growing library of 300+ hands-on AI tutorials. New tutorials added every week.

Start 14-Day Free Trial

Client Communication

5 prompts

Client Brief Questionnaire

6/35

Create a comprehensive client brief questionnaire for a [project type] project. Client type: [homeowner, developer, institution, etc.]. Include questions covering: (1) functional requirements — spaces, sizes, relationships, (2) aesthetic preferences — style references, materials they love or hate, (3) lifestyle or operational needs — how they use space daily, (4) budget and timeline expectations, (5) site-specific questions — what they love and hate about the site, (6) sustainability priorities, (7) future flexibility needs. Make questions open-ended enough to reveal insights but specific enough to be actionable. Avoid jargon.

Creates a client brief questionnaire that reveals functional needs, aesthetic preferences, and lifestyle patterns without architectural jargon.

💡

Pro tip: Ask clients to show you photos of spaces they love — not just architecture, but hotels, restaurants, parks. What they respond to emotionally reveals more than any written answer.

Project Proposal for Clients

7/35

Write a project proposal for [client]. Project: [describe]. My firm: [describe experience]. Fee structure: [describe]. The proposal should: (1) demonstrate understanding of their specific project and goals (not generic firm marketing), (2) describe our approach and process in phases the client can understand, (3) explain deliverables at each phase with visual examples of what they will receive, (4) present the fee clearly with what is included and excluded, (5) provide a realistic timeline with key milestones, (6) include relevant project experience (2-3 similar projects with brief descriptions), (7) explain why our firm is the right fit for THIS project specifically.

Crafts a client-focused proposal that demonstrates understanding of their project, clear process, and relevant experience.

💡

Pro tip: Clients choose architects they trust, not necessarily the most talented. The proposal should make them feel understood and confident in your process. Lead with their project, not your portfolio.

Design Presentation Script

8/35

Write a presentation script for presenting [design phase — schematic, design development, final] to my client. Project: [describe]. Client personality: [describe — detail-oriented, big-picture, visual, analytical]. Key design decisions to present: [list]. Create: (1) an opening that reconnects them to their own goals and brief, (2) a narrative walk-through of the design (spatial experience, not technical drawings), (3) for each key decision, present the rationale connected to THEIR stated priorities, (4) anticipated questions or concerns and prepared responses, (5) clear next steps and decisions needed from them. Duration: [minutes].

Creates a client presentation script that frames every design decision as a response to the client's stated goals and priorities.

💡

Pro tip: Never present a floor plan first. Start with the experience — "imagine walking up to the front door..." — then show how the plan creates that experience. Clients buy experiences, not floor plans.

Change Order Communication

9/35

Write a change order communication for a project modification. Original scope: [describe]. Requested change: [describe]. Impact: cost [amount], timeline [duration]. Write: (1) an acknowledgment of the change request that validates their reasoning, (2) a clear explanation of what the change involves technically, (3) cost and timeline impact presented transparently with breakdown, (4) alternatives that achieve a similar result at lower cost or impact, (5) a recommendation with rationale, (6) a formal change order document for signature. Tone: professional and collaborative, not adversarial.

Creates a change order communication that validates the client's request while transparently presenting cost and timeline impact.

💡

Pro tip: Change orders that feel like surprises destroy trust. Build a change order process into your contract and discuss it at project kickoff. When changes come, the process is expected, not confrontational.

Post-Occupancy Check-In

10/35

Write a post-occupancy evaluation plan and check-in communication. Project: [describe]. Completed: [timeframe ago]. Client: [describe]. Create: (1) a 6-month post-occupancy email checking in on how the building is performing, (2) a brief survey (8-10 questions) covering comfort, functionality, things they love, things they would change, (3) a walk-through checklist if I visit in person, (4) how to handle issues that surface (warranty, design adjustments, maintenance education), (5) a request for testimonial and photography permission. Make it feel like ongoing care, not a sales follow-up.

Creates a post-occupancy evaluation plan with client survey, walk-through checklist, and relationship maintenance.

💡

Pro tip: Post-occupancy evaluations are rare in architecture, which is exactly why doing them sets you apart. Clients who feel cared for after move-in become your best referral source.

Codes & Regulations

5 prompts

Code Analysis Summary

11/35

Create a preliminary code analysis for [project type] at [location]. Building use: [describe]. Proposed size: [approximate square footage]. Stories: [number]. Construction type: [if known]. Analyze: (1) applicable building code and edition, (2) occupancy classification, (3) allowable area and height based on construction type, (4) required fire protection (sprinklers, fire-rated assemblies), (5) means of egress requirements (exits, travel distance, occupant load), (6) accessibility requirements (ADA/local), (7) energy code requirements, (8) zoning considerations (setbacks, FAR, parking, height limits). Flag items that need further investigation with a code consultant.

Creates a preliminary code analysis covering occupancy, area, egress, accessibility, and zoning for early design feasibility.

💡

Pro tip: Do the code analysis BEFORE the design, not after. Many exciting design ideas die at code review. Knowing the constraints from the start lets you design with them, not against them.

Zoning Analysis

12/35

Analyze the zoning implications for a project at [address or describe location]. Zoning district: [if known]. Proposed use: [describe]. Proposed size: [describe]. Research framework: (1) permitted uses and conditional use requirements, (2) dimensional requirements — setbacks, height, lot coverage, FAR, (3) parking requirements for the proposed use, (4) open space or landscaping requirements, (5) design review or historic district requirements if applicable, (6) potential variances or special permits needed, (7) a zoning summary diagram showing buildable envelope. Note: I will need to verify specifics with the local planning department.

Creates a zoning analysis framework covering permitted uses, dimensional requirements, parking, and potential variances needed.

💡

Pro tip: Always call the local planning department early. Zoning codes have interpretations and precedents that are not in the written code. A 15-minute conversation with a planner can save weeks of design misdirection.

Accessibility Compliance Checklist

13/35

Create an accessibility compliance checklist for [project type]. Code: [ADA, local accessibility code]. Project scope: [new construction / renovation / tenant improvement]. Key areas to check: (1) site access — parking, accessible route from parking to entrance, (2) building entrance — door widths, thresholds, hardware, (3) interior circulation — corridor widths, elevator requirements, turning radii, (4) restrooms — fixture counts, clearances, grab bars, accessories, (5) common spaces — counters, seating, signage, (6) sensory — visual alarms, assistive listening, wayfinding. For each item, provide the specific dimensional requirement and common mistakes.

Provides a detailed accessibility checklist with specific dimensional requirements and common compliance mistakes per area.

💡

Pro tip: Accessibility is not a checklist to pass — it is a design quality that makes buildings better for everyone. Universal design principles create spaces that are more comfortable for all users, not just those with disabilities.

Energy Code Compliance Path

14/35

Help me determine the energy code compliance path for [project type] in [location]. Code: [IECC year / ASHRAE 90.1 / local energy code]. Building type: [describe]. Climate zone: [if known]. Analyze: (1) prescriptive path requirements — envelope, HVAC, lighting, (2) performance path — is it advantageous for this project?, (3) key envelope requirements (insulation values, window-to-wall ratio, glazing performance), (4) mechanical system requirements, (5) lighting power density requirements, (6) renewable energy requirements if any, (7) documentation needed for code compliance. Recommend the simplest compliance path for this project.

Evaluates energy code compliance paths and recommends the simplest approach for the specific project and climate zone.

💡

Pro tip: The prescriptive path is simpler but less flexible. The performance path allows tradeoffs (more glass if you compensate elsewhere). For projects with lots of glazing, performance path usually offers more design freedom.

Permit Application Checklist

15/35

Create a building permit application checklist for [project type] in [jurisdiction]. Project scope: [new construction / addition / renovation]. Create: (1) a complete drawing set checklist — what sheets are required at what scale, (2) required calculations and documentation (structural, energy, accessibility), (3) agency reviews needed before permit (fire marshal, health department, planning, utilities), (4) application forms and fees to prepare, (5) typical review timeline and how to expedite, (6) common reasons for plan check corrections in [project type] and how to avoid them.

Creates a jurisdiction-specific permit application checklist with drawing requirements, agency reviews, and common correction prevention.

💡

Pro tip: The fastest way to get a permit is to submit a complete application the first time. Incomplete applications go to the bottom of the re-review pile. Invest the time upfront to check every requirement.

Sustainability

5 prompts

Sustainable Design Strategy

16/35

Develop a sustainable design strategy for [project type]. Location: [describe climate]. Client sustainability goals: [describe — certification, net zero, general green, budget-constrained]. Budget for sustainability: [describe]. Create: (1) passive design strategies appropriate for this climate (orientation, shading, natural ventilation, daylighting), (2) active systems recommendations (HVAC, lighting controls, renewable energy), (3) material strategies (local sourcing, recycled content, low-carbon options), (4) water conservation strategies, (5) site strategies (stormwater, heat island, habitat), (6) cost-benefit analysis — which strategies deliver the most environmental impact per dollar. Prioritize strategies that improve building performance AND reduce operating costs.

Creates a climate-specific sustainable design strategy with passive, active, material, and site strategies prioritized by cost-benefit.

💡

Pro tip: Passive design strategies (orientation, shading, insulation) are almost always the best investment because they reduce loads permanently with no maintenance. Get the envelope right before investing in expensive mechanical systems.

LEED Certification Planning

17/35

Create a LEED certification strategy for [project type]. Target level: [Certified / Silver / Gold / Platinum]. Budget for LEED: [describe]. Project basics: [describe size, location, type]. Create: (1) a credit-by-credit analysis showing likely achievable points, (2) "easy wins" — credits with low cost and high probability, (3) "stretch credits" — credits that require effort but push us to the target level, (4) credits to skip — too expensive or not applicable, (5) a documentation responsibility matrix — who tracks each credit, (6) critical path items — credits that must be decided early in design. Total point estimate vs target.

Develops a LEED certification strategy with credit-by-credit analysis, easy wins identification, and documentation planning.

💡

Pro tip: Decide on LEED credits before schematic design. Many credits (site selection, energy performance, daylighting) are locked in by early design decisions and cannot be added later without costly redesign.

Net Zero Energy Feasibility

18/35

Assess net zero energy feasibility for [project type]. Location: [describe — climate, solar access]. Building size: [square footage]. Use: [describe]. Budget: [describe]. Analyze: (1) estimated energy use intensity (EUI) for this building type and climate, (2) energy reduction strategies to minimize the load first, (3) renewable energy potential on site (solar roof area, orientation, shading), (4) can on-site renewables meet the reduced load? Show the math, (5) if not net zero on-site, what percentage can we achieve?, (6) cost premium for net zero vs code-minimum and payback period.

Evaluates net zero energy feasibility with load reduction, renewable potential, and cost-payback analysis.

💡

Pro tip: Net zero is "reduce first, then produce." A building with a high EUI needs a massive solar array. A building with aggressive efficiency needs a much smaller one. Always minimize the load before sizing the renewables.

Material Sustainability Comparison

19/35

Compare the sustainability of material options for [building element — structure, cladding, flooring, insulation, etc.]. Options: [list 3-4 material choices]. Evaluate each on: (1) embodied carbon (upfront carbon footprint), (2) operational performance (insulation value, durability, maintenance needs), (3) end-of-life (recyclable, biodegradable, landfill), (4) health (VOCs, off-gassing, occupant health impact), (5) cost, (6) availability and lead time. Create a comparison matrix and recommend the best option for a project prioritizing [what matters most to this client].

Creates a multi-criteria material sustainability comparison covering embodied carbon, performance, health, and cost.

💡

Pro tip: Embodied carbon is the next frontier of sustainable design. A concrete structure emits its carbon upfront and cannot get it back. A mass timber structure sequesters carbon. Material choices matter more than most architects realize.

Climate Resilience Assessment

20/35

Assess climate resilience for a project at [location]. Building type: [describe]. Expected lifespan: [years]. Evaluate risks from: (1) extreme heat — urban heat island, cooling demand, outdoor comfort, (2) flooding — sea level rise, stormwater, flash flooding, (3) extreme weather — wind, wildfire, severe storms, (4) drought — water supply, landscaping, fire risk. For each relevant risk: current exposure, projected exposure in 2050 and 2080, design strategies to mitigate, and cost of resilience measures vs cost of inaction. Help my client understand long-term risk.

Creates a climate resilience assessment with current and projected risk exposure, mitigation strategies, and cost-of-inaction analysis.

💡

Pro tip: Buildings designed today will operate for 50-100 years. Designing for today's climate is designing for yesterday. Use climate projections to make decisions about insulation, cooling capacity, flood elevation, and material durability.

Project Documentation

5 prompts

Specification Section Writer

21/35

Write a specification section for [building element — e.g., aluminum storefront, concrete foundation, roofing membrane, interior partitions]. Project: [describe]. Quality level: [describe]. Standard format: [CSI MasterFormat]. Include: (1) Part 1 — General: scope, related sections, references, submittals, quality assurance, (2) Part 2 — Products: acceptable manufacturers, materials, performance criteria, (3) Part 3 — Execution: installation requirements, quality control, cleaning, protection. Write in standard specification language (imperative mood, no "shall"). Flag items that need project-specific customization.

Generates a CSI-formatted specification section with general, products, and execution parts requiring project-specific customization.

💡

Pro tip: Specifications are legal documents. Every word matters. "Provide" means the contractor supplies and installs. "Furnish" means supply only. "Install" means install only. Use precise language.

Drawing Checklist by Phase

22/35

Create a drawing set checklist for [project type] at [design phase — schematic, DD, CD]. Project: [describe size and complexity]. Include: (1) a complete sheet list with sheet numbers, titles, and scales, (2) information that should be on each sheet, (3) coordination items between disciplines (structural, MEP, landscape), (4) typical details needed for this building type, (5) items commonly missed that cause RFIs during construction, (6) QA checkpoints before issuing the set. Organize by discipline: architectural, structural, mechanical, electrical, plumbing, civil, landscape.

Creates a phase-specific drawing checklist with coordination items and commonly missed details that cause construction RFIs.

💡

Pro tip: The #1 source of construction RFIs is missing information in the drawings, not wrong information. A thorough drawing checklist at each phase prevents the costly RFIs and change orders that come from gaps.

RFI Response Template

23/35

Help me respond to this RFI from the contractor: [paste or describe the RFI]. Project context: [describe]. Original design intent: [describe]. Create: (1) a clear, direct answer to the question asked, (2) reference to the specific drawing or specification that addresses this (or acknowledge the gap), (3) a sketch description or supplemental detail if needed, (4) impact assessment — does this response affect cost, schedule, or other trades?, (5) any information the contractor needs to provide back to us. Keep it concise — contractors need answers, not essays.

Creates a clear, direct RFI response with drawing references, impact assessment, and any required contractor follow-up.

💡

Pro tip: Respond to RFIs within 48 hours whenever possible. Delayed RFIs delay construction. If you need more time, acknowledge receipt and give a timeline. Silence is the most expensive response.

Construction Administration Checklist

24/35

Create a construction administration (CA) checklist for [project type]. Construction duration: [months]. Contract type: [describe]. My CA responsibilities per contract: [describe]. Create: (1) a pre-construction phase checklist (preconstruction meeting, submittal log setup, site visit schedule), (2) a recurring weekly/biweekly checklist (site visits, meeting minutes, pay app review), (3) a submittal review workflow and timeline, (4) a change order processing procedure, (5) a punch list and closeout procedure, (6) documentation I must maintain for the project file. Include templates for site visit reports and meeting minutes.

Creates a complete CA checklist from preconstruction through closeout with workflows, templates, and documentation requirements.

💡

Pro tip: Good construction administration prevents disputes. Document every site visit, every decision, and every deviation from the drawings. Your CA file is your protection if things go wrong.

Project Closeout Package

25/35

Create a project closeout documentation checklist. Project: [describe]. Contractor: [describe]. Owner: [describe]. Include: (1) final punch list process and verification, (2) required closeout documents from contractor (as-builts, warranties, O&M manuals, training records), (3) certificate of substantial completion template, (4) final certificate of payment requirements, (5) warranty documentation organization, (6) our firm's project archive — what to keep and how to organize for future reference, (7) post-occupancy evaluation schedule.

Creates a comprehensive project closeout checklist with contractor deliverables, certifications, and firm archive organization.

💡

Pro tip: Project closeout is the most neglected phase in architecture. Missing warranty documents, incomplete as-builts, and absent O&M manuals create problems for years. Close out properly even when you are tired of the project.

Frequently Asked Questions

ChatGPT can help with the thinking and communication around design — generating concepts, writing narratives, analyzing programs, and researching precedents. It cannot draw, model in 3D, or replace spatial intuition. Use it as a thinking partner for the verbal and analytical aspects of design, then translate insights into your design tools.

ChatGPT is useful for preliminary code research and understanding general requirements. However, building codes are jurisdiction-specific, frequently updated, and subject to local interpretation. Always verify AI-generated code analysis against the current adopted code and consult with your local building department. AI is a starting point for code research, not the final authority.

ChatGPT can generate specification drafts in CSI format, but specifications are legal documents that must be project-specific. Always customize generated specifications to your project, verify product availability and current standards, and have them reviewed by someone with specification writing expertise. Use AI for the first draft structure, then apply your professional judgment.

Small firms benefit most from AI in areas where they lack dedicated staff: marketing content, proposal writing, code research, specification drafting, and administrative documentation. A 3-person firm using AI effectively can produce documentation at a pace closer to a 5-person firm, allowing them to compete for larger projects.

AI will change what architects spend their time on but will not replace the profession. Design judgment, spatial creativity, client relationships, and the integration of complex requirements into built form are fundamentally human skills. AI will handle more of the research, documentation, and communication workload, freeing architects to focus on design quality and client service.

Prompts are the starting line. Tutorials are the finish.

A growing library of 300+ hands-on tutorials on ChatGPT, Claude, Midjourney, and 50+ AI tools. New tutorials added every week.

Start 14-Day Free Trial Explore AI for Design courses

14-day free trial. Cancel anytime.

Browse All Prompt Collections