I am planning or revising a construction design project: [PROJECT DESCRIPTION]. The site, existing conditions, and applicable context are: [SITE AND EXISTING CONDITIONS]. The requested scope, performance needs, and user priorities are: [SCOPE AND REQUIREMENTS]. The budget, schedule, procurement approach, and constraints are: [PROJECT CONSTRAINTS]. The team and known approvals are: [PROJECT TEAM AND APPROVALS]. Act as a senior preconstruction and design-coordination adviser. Help me create an actionable design plan, but do not provide stamped engineering, code certification, life-safety sign-off, or site-specific professional advice. Identify where a licensed architect, engineer, surveyor, geotechnical professional, code official, or contractor must validate the work. Produce: 1. A concise design brief defining the project objective, inclusions, exclusions, success criteria, and unresolved decisions. 2. A phased plan from existing-conditions verification through concept, schematic design, design development, permit/construction documents, procurement, and construction administration. For each phase, state deliverables, accountable owner role, dependencies, review gate, and target timing. 3. A design coordination matrix covering architecture, structural, civil, MEP, fire protection, envelope, accessibility, site utilities, and constructability. Mark disciplines that may be out of scope rather than assuming they are unnecessary. 4. A risk and decision log addressing permitting, code, site conditions, long-lead items, budget escalation, clashes, and owner changes. 5. A short list of questions for the next owner-designer-contractor meeting. Before answering, check that no milestone precedes the information or approval it requires, and flag any scope item that lacks a responsible licensed discipline or budget allowance. Ask up to three clarifying questions only if a required input is missing.
Fill in
| Placeholder | What to enter | Example |
|---|---|---|
| [PROJECT DESCRIPTION] | Describe the project type, size, location, intended use, and current project stage. | Renovation of a 7,500-square-foot former retail suite in Raleigh into an outpatient physical therapy clinic; concept stage. |
| [SITE AND EXISTING CONDITIONS] | Provide known site, building, utility, survey, environmental, and access conditions. | Existing one-story strip-center suite with unknown above-ceiling conditions; shared parking; landlord controls roof penetrations; no recent MEP drawings. |
| [SCOPE AND REQUIREMENTS] | List spaces, systems, performance requirements, user needs, and desired finishes or outcomes. | Eight treatment rooms, open gym, accessible reception and restrooms, staff room, laundry, sound privacy, and early-morning patient access. |
| [PROJECT CONSTRAINTS] | State budget, target dates, procurement method, occupancy needs, phasing, and other limits. | Construction budget target $1.05M; clinic must open by September 1; design-bid-build; tenant cannot close its existing location until opening. |
| [PROJECT TEAM AND APPROVALS] | List the owner, designer, contractor, consultants, authorities, and approval steps known so far. | Owner representative, local architect, MEP engineer not yet selected, landlord property manager, city planning and building departments, general contractor to be bid. |
How to use
- Paste known conditions and identify what has not been surveyed, tested, or confirmed.
- Ask the model to retain uncertainty labels rather than filling gaps with typical details.
- Check the plan with your architect or engineer before using it for permit, safety, structural, or code decisions.
- Follow up with: "Convert the phase plan into a dated responsibility matrix assuming design starts on [DATE]."
Variations
Design brief
Use this at project kickoff to align owners and designers before concept work begins.
Write a construction design brief for [PROJECT]. The intended users and operating needs are [USER NEEDS]. The site facts are [SITE FACTS], the budget and completion target are [BUDGET AND DATE], and exclusions are [EXCLUSIONS]. Produce a two-page brief with project goals, program, adjacencies, performance criteria, sustainability or resilience priorities, budget assumptions, schedule, approval roles, and open questions. Separate confirmed facts from preferences. Flag design, code, engineering, or survey items that require qualified professionals to validate.
Value engineering
Use this when the estimate exceeds budget during design.
Create a value-engineering workshop plan for [PROJECT] using this current design scope and estimate: [SCOPE AND COSTS]. Program requirements that cannot be reduced are [NON-NEGOTIABLES], and schedule or procurement constraints are [CONSTRAINTS]. Propose options organized by function, capital cost, operating cost, schedule effect, maintenance, quality, and approval required. Preserve life safety, accessibility, code obligations, and intended performance. Do not recommend substitutions without identifying needed architect, engineer, owner, and contractor review.
Design coordination
Use this before a multidisciplinary design review or clash-resolution meeting.
Prepare a design coordination agenda for [PROJECT PHASE]. Current architectural, structural, civil, MEP, and contractor issues are [ISSUE LIST]. Relevant drawings or model notes are [DOCUMENT NOTES], and upcoming procurement or permit dates are [MILESTONES]. Produce a discipline-by-discipline issue register with decision owner, required input, deadline, downstream impact, and status. Prioritize clashes affecting structure, accessibility, life safety, utilities, major equipment, and long-lead items. Flag items that need licensed design review rather than presenting a resolution as final.
Tips
- Start with a measured existing-conditions survey and utility information; hidden conditions are a common cause of design revisions and change orders.
- Freeze the functional program before selecting finishes, because room counts, equipment loads, adjacencies, and circulation drive most downstream design decisions.
- Give every design decision a date and an owner; late owner choices often create more schedule loss than drawing production.
- Treat cost estimates as scope checks at each phase, with quantities and assumptions documented rather than a single unexplained total.
FAQ
Can AI produce construction drawings or permit documents?
It can help organize requirements and review questions, but construction documents and permit submissions require qualified design professionals and jurisdictional review.
When should a contractor join the design process?
Early contractor input is useful when constructability, phasing, pricing, existing conditions, or long-lead procurement could affect the design. The owner and procurement rules determine the formal role.
How detailed should the initial design brief be?
It should be detailed enough to establish users, program, budget, schedule, site facts, and decision authority. Unknowns should be explicitly logged instead of implied away.