# How to Write a Site-Responsive Home Design Brief

Source: https://brictale.com/build/design/site-responsive-home-design-brief
Published: 2026-09-08
Audience: Homeowner
Published by Brictale, a consumer home-intelligence publication. https://brictale.com

## Short answer

Write the brief as a decision record, not an inspiration list. Start with household routines and a one-page site-facts register, separate observed facts from preferences, then connect each priority to room placement, orientation, daylight, glare, overheating, privacy, access or future adaptability. Record conflicts, evidence needed, the person responsible for verification, the review gate and the decision you want the architect to make next.

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# How to Write a Site-Responsive Home Design Brief

**Answer:** Write the brief as a decision record, not an inspiration list. Start with household routines and a one-page site-facts register, separate observed facts from preferences, then connect each priority to room placement, orientation, daylight, glare, overheating, privacy, access or future adaptability. Record conflicts, evidence needed, the person responsible for verification, the review gate and the decision you want the architect to make next.

**Originality brief.** Current answers, including AIA's homeowner questions and common architecture guides, help owners describe lifestyle, rooms, budget, style, photos and broad site opportunities. The missing decision is how those inputs become a traceable site response: which room receives which condition, what conflicts remain, who verifies the uncertainty and what must be approved before schematic design. This article's original contribution is the **Site-responsive household brief and verification matrix**. It can be checked by tracing every matrix row from an input to a conflict, evidence request, responsible person, review gate and next decision; the sources linked at the point of use show which parts are evidence and which parts are Brictale's planning synthesis. For a wider set of homeowner decisions, keep the brief with the project record and use the [Brictale home-planning blog](/blog) as the surrounding index.

## What a site-responsive design brief must decide before schematic design

A site-responsive design brief is ready for schematic design when it tells the architect what the household is trying to do, what the site can offer or threaten, which priorities outrank others, what is still unknown, who will verify it and what decision the design team should return with next. It is not permit-ready drawings, structural sizing, a geotechnical opinion, an energy model, a code determination or a list of attractive rooms.

The phrase “site-responsive” has two parts. “Site” means the physical and jurisdictional context: orientation, slope, access, neighboring conditions, views, noise, privacy exposures, vegetation, drainage observations, utilities, hazards and the applicable state, county and municipality. “Responsive” means the design does something traceable with those conditions: place a bedroom away from a recurring noise source, reserve a shaded outdoor threshold, turn a work area toward a protected view, or ask the designer to model afternoon solar gain before committing to large west glass.

The handoff should answer seven questions:

1. **Who lives here and what do they do?** Record waking, sleeping, working, cooking, bathing, hosting, storage, outdoor and maintenance routines.
2. **What is known about the lot?** Record the source, date, unit and confidence for every site fact.
3. **What does the household value most?** Rank must-have outcomes, flexible preferences and low-priority wants.
4. **Where do priorities collide?** Make conflicts explicit instead of hiding them in adjectives such as “bright,” “private” or “open.”
5. **What action might follow?** A preference should lead to a placement, orientation, opening, shading, circulation or performance question.
6. **Who verifies the action?** Name the homeowner, architect, surveyor, civil or geotechnical professional, energy modeler, accessibility specialist or local authority as appropriate.
7. **What is the next approval?** End each unresolved item with a review gate: confirm the site base, approve a room adjacency diagram, compare two orientations, select a privacy strategy or authorize specialist modeling.

AIA's [homeowner project questions](https://www.aia.org/resource-center/you-begin-your-project) support this starting point: they ask about lifestyle, time spent in rooms, maintenance, needed spaces, affordability, schedule, site status, design preferences and the owner's involvement. That is useful intake material, but it does not yet show how a routine changes a site response. The worksheet below adds that missing handoff layer.

### What the brief is not

Do not use the brief to declare that a lot is buildable, a foundation is adequate, a window will meet a code, a room will reach a target daylight level or an accessibility feature is legally required. Those conclusions need project-specific information and qualified review. A homeowner can record observations and decisions; the homeowner should not convert an observation into a professional finding.

Do not let a photo board substitute for evidence. “Warm,” “connected to nature,” “lots of glass” and “secluded” describe aspirations. They become actionable only when paired with a condition and a test: “the kitchen table should receive useful morning light without a direct view from the neighbor's upper windows; architect to compare east-window location, sill height, exterior screening and glare control on the concept plan.”

Do not treat a room count as a brief. Two homes with three bedrooms, two baths and an office may have opposite priorities if one household hosts weekly dinners, one works nights, one has a child using mobility equipment or one expects to age in place. The design input is the activity and its constraints, not just the label on the door.

### The minimum handoff packet

Before the first serious schematic-design meeting, assemble:

- a one-page household profile;
- a room and activity list with frequency, duration and time-of-day patterns;
- a site-facts register with source, date, unit and confidence;
- an orientation and exposure sketch that clearly says whether north is true, magnetic or assumed;
- a views, privacy, noise and arrival map;
- a must/should/could priority list;
- a conflict and decision matrix;
- a verification and responsibility register;
- a list of open questions and the next gate you want the architect to reach.

The packet can be plain text and a marked-up parcel plan. Its value comes from traceability, not graphic polish.

## Gather prerequisites and separate facts from preferences

Collect the site base and household inputs before discussing room placement; every statement should be labeled as an observed fact, a document-backed fact, a preference, a constraint, an assumption or an unanswered question. This separation keeps a compelling view or a rough compass reading from masquerading as verified design information.

### Prerequisites for a useful first draft

The first prerequisite is a decision owner. Choose the person who can consolidate household input, identify a real disagreement and return one approved answer to the architect. The [AIA homeowner project questions](https://www.aia.org/resource-center/you-begin-your-project) explicitly ask who will be the primary contact with the architect, contractor and others, noting that one point of contact can prevent confusion and mixed messages. Use that as a process prompt, not as a universal contract rule. Write the named owner, backup owner and date of the next household decision in the brief.

The second prerequisite is a candidate site. If the lot is only shortlisted, mark facts as “site A,” “site B” or “unknown,” rather than writing one blended brief. A brief for a selected parcel can include a survey, title or utility documents if available. A brief for a shortlist should preserve the questions that could disqualify a site, such as driveway feasibility, slope, flood exposure, neighboring overlook, utility route or a land-use restriction. The architect may use the shortlist to advise, but the homeowner and qualified local professionals remain responsible for confirming acquisition and regulatory questions.

The third prerequisite is a shared unit system. Use degrees from a stated north reference, feet or meters for dimensions, square feet or square meters for area, and clock times with a date or season when recording sun or noise observations. A sentence such as “the west side gets hot” is a hypothesis. “The west edge of the proposed living zone receives direct late-afternoon sun in the homeowner's July observation” is a dated observation that can be tested.

The fourth prerequisite is permission to say “unknown.” An unknown is useful when it has an owner and a gate. Write “tree canopy and winter shading unknown — architect or arborist to review after verified survey and seasonal observation” instead of filling the blank with an optimistic assumption.

### Input register: one row per fact or preference

Use these columns for the initial register:

| Field | What to record | Example entry | What it does not prove |
|---|---|---|---|
| ID | Short reference used in later decisions | SITE-04 | It is not a survey point or legal parcel identifier |
| Statement | One observable or desired condition | “We eat dinner outside four evenings per week in warm weather” | It does not select a patio location |
| Type | Fact, preference, constraint, assumption or question | Preference plus routine | It does not establish priority by itself |
| Source and date | Where the input came from and when | Owner interview, 2026-09-07 | It does not verify a technical condition |
| Units and reference | Dimension, direction, season or time basis | 18° east of assumed true south; July, 4–7 p.m. | It does not prove solar performance |
| Confidence | High, medium or low, with reason | Medium: owner observation, no survey | Confidence is not accuracy certification |
| Responsible verifier | Person or discipline that can confirm it | Architect with surveyor input | Naming a person does not mean the work is contracted |
| Review gate | When it must be resolved | Before orientation options are approved | It does not replace a permit review |

### Site facts to collect without overreaching

Start with the information a homeowner can safely observe or obtain from existing records:

- parcel boundaries and the survey status;
- approximate north direction and the source of that direction;
- access point, walking route, parking and delivery constraints;
- slope changes that are visible from safe ground-level observation;
- neighboring buildings, fences, retaining walls, tall trees and likely future obstructions;
- views worth preserving and views worth screening;
- recurring sounds, odors, headlights, glare or privacy exposure, with time and weather notes;
- existing vegetation that matters to the household or may affect shade, roots or clearing decisions;
- utility and drainage information shown in available records, clearly marked as unverified;
- outdoor places the household uses, avoids or wants to create;
- the state, county and municipality where the lot sits, with the local planning or building contact to be confirmed.

A homeowner should not climb onto a roof, enter an unstable structure, excavate, open utility covers, handle suspected contamination, approach an active electrical service, cross a steep or eroding slope, or treat a casual drainage observation as a hydrologic finding. Do not touch, open, test or infer conditions inside energized or pressurized electrical, water or gas systems, including service panels, lines, tanks, meters, valves or equipment. Do not enter pits, tanks, crawlspaces, vaults, trenches, attics, or any confined, unstable or otherwise unknown space to collect a site fact. Photograph and describe only from a safe location and use existing records where available. Stop and ask the appropriate qualified electrician, plumber, gas professional, surveyor, civil or geotechnical professional, utility, fire department or other local authority to verify the question before anyone enters, operates or tests the condition.

### Household facts are more than demographics

Record patterns rather than personal labels. Ask:

- When does each person wake, sleep, work, study and need quiet?
- Which activities happen at the same time, and which must be separated?
- Does anyone need a low-stimulation retreat, acoustic privacy, visual privacy or direct outdoor access?
- How often are meals cooked from scratch, groceries unloaded, laundry carried, guests hosted or equipment maintained?
- Which rooms should be near each other, and which should be deliberately distant?
- How does the household expect to change over 5, 10 and 20 years?
- Are there mobility, balance, reach, vision, hearing, sensory or caregiving needs that should influence the first plan?
- Which maintenance tasks are acceptable, and which materials, heights or systems should be avoided?

Treat health and accessibility information with care. Record the design consequence the household wants, such as “a bedroom and full bath on the arrival level with no stair-dependent daily routine,” rather than storing more personal medical detail than the design team needs. If a federal, state, county or municipal accessibility rule or funding program may apply, identify the actual jurisdiction and ask a qualified professional to determine scope.

## Convert household routines into site responses

Translate each important routine into a chain of activity, environmental condition, design response and verification question; this is how a brief moves from “we want a bright open home” to a useful schematic-design instruction.

### The translation chain

Use this sentence pattern:

> Because **[routine or need]** happens **[frequency, time and duration]**, the household wants **[environmental condition]** in **[activity or room]**. The initial site response is **[placement, orientation, opening, shading, circulation, enclosure or service relationship]**. **[Named person]** must verify **[evidence]** before **[review gate]**.

Example:

> Because two people work from home on video calls from 9 a.m. to 4 p.m. most weekdays, the household wants useful diffuse light and a controllable background in the office. The initial site response is a north- or east-biased work zone with adjustable glare control and a view that does not reveal the neighbor's private yard. The architect verifies two window and desk orientations against the site survey and neighboring openings before the household approves the schematic room arrangement.

This does not dictate north for every office. It makes the desired outcome and verification task visible.

### Orientation is a design input, not a slogan

Orientation affects daylight, solar gain, views, roof opportunities, outdoor comfort and the shape of arrival. It does not produce the same result in every climate or on every lot. NREL describes passive-solar design using south-facing windows, thermal mass, distribution and summer shading, and gives a heating-season aperture guideline of within 30 degrees of true south. [NREL's passive-solar overview](https://www.nrel.gov/research/re-passive-solar.html?highlight=Solar+power) also explains that passive cooling can use shading, thermal mass and natural ventilation to reduce unwanted daytime heat. Treat these as principles for a qualified design team to test, not as an instruction to rotate every American home toward south.

DOE's [passive-solar home guide](https://www.energy.gov/sites/prod/files/guide_to_passive_solar_home_design.pdf) makes the climate dependency explicit: orientation, elevation, room layout, materials and surrounding landscaping contribute together, while colder and warmer climates change the balance of window placement, solar collection and shading. The homeowner's brief should therefore record climate-sensitive goals—winter warmth, summer comfort, low glare, protected outdoor space or daylight—rather than merely saying “maximize south glass.”

Create an orientation record with these fields:

| Input | Example illustrative entry | Verification question |
|---|---|---|
| North reference | Assumed true north from parcel exhibit | Which source establishes north, and is the design using true or magnetic north? |
| Lot geometry | 110 ft frontage × 190 ft depth | Can the surveyor confirm boundaries, easements and buildable area? |
| Desired view | 180° view toward tree line from living area | Is the view durable, private and legally or physically obstructed by likely changes? |
| Solar exposure | West edge exposed from 3–7 p.m. in July observation | Does a climate-aware model or architect review confirm glare and overheating risk? |
| Shade source | Deciduous trees 40–60 ft beyond south edge, unverified | What is the seasonal canopy, ownership and removal/protection status? |
| Arrival | Driveway enters from north; daily mudroom access preferred | Do slope, drainage, utilities, emergency access and local requirements change this? |

### Daylight, glare and overheating are one conversation

Do not write “more windows” as a performance goal. Window location, size, orientation, glass properties, shading, interior finishes, room depth and occupant controls interact. DOE Building Science Education says that strategic window and skylight placement can provide natural light while enabling or preventing solar gain; it also notes that east- and west-facing windows are trickier for heat and glare control and identifies overhangs, fixed shades, louvers, screens and low-e coatings as possible control strategies. See the [DOE daylighting guidance](https://bsesc.energy.gov/energy-basics/natural-light-and-daylighting) for the bounded principle.

Turn that principle into separate questions:

- Where should direct sun be welcome, and at what time of day?
- Which occupied seats, screens, beds or work surfaces cannot tolerate direct beam sunlight?
- Which openings need an exterior control, an interior control or both?
- What view is worth protecting if the best daylight direction is not the best privacy direction?
- How will the household operate shades or ventilation, and who will maintain them?
- What should be modeled before the household accepts a large glazed wall?

The WBDG [health and well-being guidance](https://legacy.wbdg.org/do/productive/promote-health) recommends integrated design that considers daylight, outdoor views, ventilation, indoor contamination, moisture and privacy. It also recommends daylight analysis, diffuse light, glare avoidance and interior or exterior shading. Although its examples are not a residential code, the checklist is a useful screening prompt: ask the design team to discuss views and privacy together rather than drawing windows first and trying to repair the problem later.

### Arrival, access and daily movement

Map the route from public road to front door, vehicle to storage, entry to kitchen, bedroom to bathroom, laundry to drying area, and indoor living to the preferred outdoor space. Mark the route's slope, weather exposure, turning or passing needs, delivery pinch points, mud and maintenance burden as observations or questions. Avoid specifying a ramp slope, landing dimension or turning circle in the brief unless a qualified designer is applying the rule for the actual jurisdiction and use.

Future accessibility is a planning choice even when a federal accessibility rule does not apply. The U.S. Access Board explains that the ADA covers certain government, public-accommodation and commercial facilities, while private individually owned or leased single-family homes not used as public accommodations are not covered by the ADA. Read the [Access Board's ADA coverage guide](https://www.access-board.gov/ada/guides/chapter-1-using-the-ada-standards/) before using “ADA-compliant” as a label for a private home. That label can be inaccurate and can hide the household's actual goal.

Instead record the outcome: “daily living should be possible on the entry level if a household member cannot use stairs,” “a future bathroom should have a practical route for adaptation,” or “the arrival path should be usable in wet weather without relying on a narrow side gate.” Then ask the architect and, if needed, an accessibility specialist to test the plan. The Access Board's [residential-facilities webinar description](https://www.access-board.gov/webinars/2022/07/07/accessible-residential-facilities/) shows why scope must be identified: federal programs and laws differ, and state or local requirements may also apply.

### Privacy, noise and views

Record privacy in three directions: what the household sees, what neighbors see and what sound crosses the boundary. A west-facing living-room window may capture a sunset but also frame the household against the road. A quiet bedroom may need distance from a driveway, mechanical zone or outdoor gathering area. A kitchen may benefit from a view of children playing but require a direct route to a pantry and mudroom.

For each important edge, write:

1. the source of exposure;
2. the time or condition when it matters;
3. the activity that is affected;
4. the acceptable tradeoff;
5. the reversible and irreversible responses;
6. the person who verifies the response.

Possible responses include shifting a room, changing a window head or sill, adding a buffer, rotating a patio, using a covered threshold, changing a door sequence, adding acoustic separation, or preserving a view corridor while screening the lower field of view. The brief should not assume that planting, fences or glazing solve every issue. Their cost, maintenance, visibility, durability, fire exposure and local approval may need review.

## Record conflicts with a decision matrix

Record conflicts as explicit decisions with a temporary priority score, evidence request, owner and next gate; never let the architect guess which of two incompatible preferences matters more when the cost of choosing wrong is high.

### Must, should and could are not enough by themselves

The familiar must/should/could grouping is a helpful start, but it does not answer what happens when two “musts” collide. Add four fields:

- **Consequence:** How disruptive would it be if this outcome were missed after the home is built? Score 1–5 for prioritization only.
- **Frequency:** How often does the affected activity happen? Score 1–5 based on the household's stated routine, not measured performance.
- **Reversibility:** Can the decision be changed later without major demolition, loss of site opportunity or regulatory rework? Write low, medium or high.
- **Confidence:** How well is the input verified? Write low, medium or high.

For this article's worksheet, the illustrative urgency score is:

`urgency score = consequence (1–5) × frequency (1–5)`

The result ranges from 1 to 25. It is not a daylight score, energy score, accessibility score, code score or prediction of satisfaction. It simply makes a household conversation visible. A score of 20 does not mean a room is four times better than a room with a score of 5; it means the unresolved tradeoff deserves earlier attention in the design sequence.

### Decision matrix template

| ID | Household outcome | Site response to test | Conflict or risk | Evidence needed | Owner and gate |
|---|---|---|---|---|---|
| D-01 | Bright living room with protected afternoon comfort | Compare south/east daylight, west shading and room depth | View and glazing may increase glare or heat | Orientation, neighboring shade, window/shade alternatives, climate review | Architect; approve schematic orientation |
| D-02 | Quiet bedrooms | Place sleeping rooms away from driveway and outdoor gathering | Best view may face the noisiest edge | Time-stamped noise notes, site plan, bedroom adjacency options | Homeowner plus architect; approve room zoning |
| D-03 | Outdoor meals in shoulder seasons | Connect kitchen to sheltered, usable outdoor edge | Privacy, wind, sun and drainage may conflict | Safe site observations, survey and local drainage review | Architect with civil input; approve outdoor-room location |
| D-04 | Daily life remains workable if mobility changes | Keep essential functions on a practical level and route | Slope, footprint and budget may compete | Household needs, plan alternatives, qualified accessibility review if needed | Homeowner and architect; approve adaptability intent |
| D-05 | Low operating burden | Prefer simple, accessible-to-maintain controls and systems | More controls can add cost and maintenance | Maintenance routine, system options, energy model inputs | Architect and relevant engineers; approve performance brief |

Rows are prompts, not universal solutions. Replace each example with the household's actual outcome and site. If a conflict cannot be resolved at the household level, mark it “architect recommendation required,” and state the tradeoff the recommendation must explain.

### A worked illustrative conflict

Suppose a household wants a west-facing sunset view from the living room and also wants the room comfortable for a person who works at a screen from 3 p.m. to 6 p.m. The initial preference is “large west windows.” The site-responsive brief should rewrite it as:

> Preserve the sunset view from the primary sitting position, while limiting direct glare and late-afternoon overheating at the work surface. Compare a smaller or higher west opening, exterior shading, a rotated seating position, a screened porch or a different room orientation. Architect to show the view, shade operation and interior layout together before the household approves the window strategy.

An illustrative prioritization might use consequence 5 and frequency 4 for screen comfort, giving an urgency score of 20. The sunset view might use consequence 3 and frequency 3, giving 9. These numbers do not prove that screen comfort should win. They surface a conversation: if sunset dinners happen every Friday and work happens every weekday, the frequency inputs may change; if an exterior shade would be hard to operate or maintain, reversibility and maintenance may change the preferred response.

Sensitivity is the point. If screen use increases from 4 to 5 days per week, the first score changes from 20 to 25. If the household changes to a glare-tolerant monitor position and works elsewhere after 3 p.m., the consequence or frequency may fall. The correct next step is not to trust the arithmetic; it is to revise the assumptions and ask the architect for options that can be compared.

### Separate preference conflicts from feasibility conflicts

A preference conflict is “we want a private bedroom and a large street-facing window.” A feasibility conflict is “the desired room arrangement may not fit the verified buildable area or may require a slope response the current budget cannot support.” The brief should not solve either one by assertion.

For a preference conflict, ask the household to choose or define an acceptable compromise. For a feasibility conflict, ask the professional to identify the missing evidence and alternatives. Examples include:

- survey or easement information before finalizing the building envelope;
- geotechnical or civil review before choosing a foundation or major cut/fill response;
- energy or daylight modeling before treating a large glazing strategy as settled;
- local planning or building review in the actual municipality before assuming a height, setback, access or site-work outcome;
- accessibility or aging-in-place review before using a specific dimensional claim;
- electrical, mechanical or structural design before reserving space or making equipment promises.

The homeowner's brief should request the decision and the evidence, not perform the regulated or engineering work inside a paragraph.

## Assign verification owners and sequence the handoff

Assign one responsible person and one review gate to every important input, then move from household facts to site base, concept options, specialist checks and household approval before schematic design is treated as complete.

### Responsibility map

The following is a planning allocation, not a contract. A project may combine roles or add specialists; the actual agreement, state licensing requirements and local practice control.

| Question | Homeowner can prepare | Professional or authority to verify | Handoff artifact |
|---|---|---|---|
| What must the home support? | Routines, priorities, maintenance tolerance, future needs | Architect translates into program and design options | Approved household profile |
| What is on the site? | Existing records, safe observations, photos, dates | Surveyor, civil or other qualified professional as needed | Current base information and assumptions list |
| Which constraints are regulatory? | State, county and municipality names; questions | Actual local planning/building authority and the design professional | Jurisdiction register with source/date |
| Will orientation and openings support comfort? | Desired light, view, shade and control preferences | Architect and qualified energy/daylight modeler as appropriate | Option comparison with assumptions |
| Will structure, drainage or slope work? | Visible conditions and known history | Structural, geotechnical or civil professional | Site and structural questions for design |
| What access outcome is wanted? | Daily route, future needs and tolerances | Architect and accessibility specialist or legal reviewer as scope requires | Outcome statement and checked plan |
| What will be easy to maintain? | Cleaning, filter, shade and landscape tolerance | Architect and relevant trade or engineer | Maintenance assumptions and access notes |

The most important handoff is often not a drawing. It is a question that arrives early enough to change the drawing without waste.

### Sequence the work

Use this sequence for a selected or shortlisted U.S. lot:

1. **Set the jurisdiction record.** Write the state, county and municipality, parcel or lot reference, and the local contacts or official sources to verify. Do not copy a rule from another municipality.
2. **Name the decision owner.** Consolidate household input, record unresolved disagreements and schedule the approval meeting.
3. **Collect the household register.** Capture routines, time-of-day patterns, privacy needs, maintenance tolerance and future changes.
4. **Create the site-facts register.** Mark each fact as observed, documented or unknown; record units, date, source and confidence.
5. **Confirm the design base.** Give the architect available survey, site documents, photos, orientation reference and a map of views, noise, privacy, access and shade.
6. **Build two or more concept hypotheses.** Request room zoning and site responses that expose tradeoffs rather than one prematurely polished plan.
7. **Request targeted verification.** Ask the appropriate professional to review survey, slope, drainage, energy, daylight, structure, accessibility or local rules for the actual site.
8. **Compare options with the decision matrix.** Update assumptions, evidence status, reversibility, cost questions and maintenance consequences.
9. **Approve the next gate.** Approve the household priorities and concept direction, or return a specific unresolved conflict. Do not approve by silence.
10. **Carry the decision log forward.** Preserve what was rejected and why, because a later value-engineering or contractor discussion may reopen the same tradeoff.

AIA's [questions for an architect](https://www.aia.org/resource-center/you-begin-your-project) are useful at this handoff because they ask how the architect will gather needs, establish priorities, organize the process, show drawings or models, and handle scope changes. Ask for the firm's actual deliverables and decision gates; AIA's questions are not a promise that every firm uses the same phase names.

### Verification status should be visible

Use four statuses:

- **Collected:** the homeowner has provided an input or observation.
- **Documented:** a dated record or source is attached, but professional interpretation may still be needed.
- **Verified:** the responsible qualified person has confirmed the fact for the stated purpose and scope.
- **Open:** the fact, rule or tradeoff remains uncertain and has a named next action.

Do not use “verified” to mean “the homeowner looked at it twice.” Do not use “approved” to mean “the architect mentioned it.” Record the verifier, date, scope and limits. If the site changes, the status can revert to open.

### What to bring to the first design meeting

Bring a short decision packet and a longer evidence packet. The short packet should fit on a few pages and contain the household profile, the five or so highest-consequence outcomes, a marked-up orientation and access sketch, the unresolved conflicts, and the next three questions for the architect. The longer packet can contain photos, listing exhibits, survey correspondence, utility records, noise notes, shade observations and a versioned decision log. Label every attachment so a professional can tell whether it is a source document, a homeowner observation, an illustrative assumption or a requested deliverable.

Open the meeting by agreeing on the design base. Confirm the lot or shortlist, the north reference, the assumed building area, the household version, the local jurisdiction names and the decisions that are deliberately still open. If the architect sees that a requested room arrangement depends on a survey, slope review, easement, utility confirmation or local planning rule, add that dependency to the matrix instead of debating the final plan from memory.

Ask the architect to return a bounded set of outputs. For example: “Show two massing or room-zoning options; mark the preferred and rejected view edges; identify the rooms most exposed to afternoon sun and neighbor sight lines; list assumptions needing survey or specialist review; and recommend the next verification gate.” This request is more useful than asking for a polished rendering because it makes the tradeoff visible while the project is still flexible.

End by reading back decisions in three columns: approved now, revise and return, and verify before approval. Put a person and date beside every “verify” item. If a professional says an issue belongs to another discipline, record the referral and the question to be answered. A handoff is complete when the receiving person can act without reconstructing the household's priorities from scattered messages.

## Build the handoff-ready worksheet

Build the worksheet as a set of linked records—household inputs, site facts, decision rows, verification tasks and approvals—so a reader can follow one priority from lived experience to the next design action without guessing what happened in between.

### Worksheet A: household profile

Fill this out in plain language. Avoid room labels until the activity is clear.

| Prompt | Household answer | Design consequence to test |
|---|---|---|
| Who is home, and when? | Workdays, school days, guests, nights, weekends | Separation, acoustic privacy, circulation and shared-space timing |
| Which activities are daily? | Cooking, bathing, work, exercise, care, storage | Adjacencies and route length |
| Which activities are weekly or seasonal? | Hosting, outdoor meals, hobbies, equipment use | Flexible space and indoor/outdoor connection |
| What should feel easy? | Groceries to pantry, laundry to bedrooms, garden to kitchen | Arrival and service routes |
| What should feel protected? | Sleep, calls, quiet, privacy, heat-sensitive work | Orientation, enclosure, glazing and buffers |
| What maintenance is acceptable? | Shade operation, cleaning, landscape, filters | Access, controls, durability and system simplicity |
| What may change in 5–20 years? | Children, aging, work, caregiving, mobility | Adaptable rooms, level living and service capacity |
| What is non-negotiable? | One to five must outcomes | Priority and conflict review |

Add frequency and time: “daily, 7–8 a.m.” is more useful than “morning person.” Add a responsible household voice when preferences differ. A multi-person brief should not silently average away a serious disagreement.

### Worksheet B: site-facts register

| Site area | Observation or document | Date/time and units | Confidence | Who verifies | Gate |
|---|---|---|---|---|---|
| Orientation | North reference and source | Date; degrees or map basis | Low/medium/high | Architect or surveyor | Before site options |
| Access | Arrival, parking, delivery and walking route | Feet, slope observation, weather | Low until surveyed | Architect/civil/local review | Before entry layout |
| Slope | Visible grade changes and retaining conditions | Location and photo ID | Low from casual observation | Surveyor/geotechnical/civil as needed | Before massing |
| Views | Desired, neutral and unwanted outlooks | Direction, height and time | Medium | Architect | Before window strategy |
| Noise | Road, equipment, neighbor or event patterns | Date, time, weather | Medium | Architect; specialist if needed | Before bedroom zoning |
| Privacy | Sight lines from neighbors, road and outdoor spaces | Direction and level | Medium | Architect | Before openings and patios |
| Sun/shade | Direct sun, shade source and season | Date, time, exposure | Low/medium | Architect/modeler/arborist as needed | Before glazing/shade decision |
| Utilities | Records, visible connections and unknowns | Source, date and route | Low until verified | Utility/local professional | Before service planning |
| Water/drainage | Safe observations of runoff or wet areas | Weather and location | Low | Civil/geotechnical/local professional | Before site work assumptions |

The table intentionally uses low confidence for many homeowner observations. That is not a weakness; it tells the design team where not to overcommit.

### Worksheet C: one-row decision record

Copy this block once for each consequential decision:

**Decision ID:**

**Household outcome:**

**Routine and frequency:**

**Relevant site fact or unknown:**

**Initial design response:**

**Competing priority:**

**Consequence score, 1–5:**

**Frequency score, 1–5:**

**Illustrative urgency score:** consequence × frequency =

**Evidence needed:**

**Responsible verifier:**

**What the homeowner can safely observe or supply:**

**What requires qualified review:**

**Reversible or difficult-to-reverse parts:**

**Maintenance consequence:**

**Review gate:**

**Decision requested from the architect:**

**Household approval and date:**

### Worksheet D: verification packet index

For the handoff, name the file or record rather than sending a cloud folder with no index:

| Record | Minimum label | Why it matters |
|---|---|---|
| Parcel or site plan | Site name, source, date, north reference | Establishes the design base and assumptions |
| Survey status | Existing, ordered, incomplete or unknown | Prevents conceptual dimensions being mistaken for boundaries |
| Photo log | Photo ID, location, direction, date and time | Makes views, shade, noise and privacy observations traceable |
| Household profile | Version, decision owner and approval date | Prevents silent changes to priorities |
| Decision matrix | ID, status, owner and next gate | Keeps unresolved tradeoffs visible |
| Specialist questions | Discipline, question, requested output | Makes a referral specific rather than “please review” |
| Jurisdiction register | State, county, municipality, source and date | Prevents a local rule from being generalized |

Keep versions. A design brief that changes without a date can create an argument later about whether a preference was ever approved.

### Method: collect inputs, classify them, score only urgency, then assign verification

The method for this worksheet is to collect household inputs, label each statement as a fact, preference, constraint or assumption, score only the urgency of unresolved tradeoffs with an illustrative frequency-by-consequence formula, then assign evidence, owner, review gate and handoff for each decision. The sequence is deliberately modest. It does not calculate building performance. It helps a homeowner prepare a better question and a cleaner decision record.

The method has five checks:

1. **Traceability:** Can the row point to a household routine or site observation?
2. **Specificity:** Does the row name a room, activity, edge, time, condition or outcome?
3. **Conflict visibility:** Does it name what competes with the preferred outcome?
4. **Verification:** Does it identify what evidence is needed and who can produce it?
5. **Handoff:** Does it state what the architect should show or ask the household to approve next?

If a row fails any check, it is not ready for schematic-design approval. Revise the wording or mark it open.

## Work a modeled example and test sensitivity

Use illustrative numbers only to test the worksheet's logic: show the inputs, units, formula and sensitivity, but never present the result as measured site performance, code compliance or a prediction of comfort.

### Illustrative household and site

Assume a hypothetical single-family lot in the United States. This is a modeled example, not a real site visit or collected dataset.

- The lot is described as 110 feet wide by 190 feet deep in an unverified listing exhibit.
- The household works from home two days per week and uses a shared dining table for 90 minutes most evenings.
- Outdoor meals occur four evenings per week from May through September.
- The most valued view is toward a tree line 180 degrees from the assumed north reference; ownership and future obstruction are unknown.
- The west edge is reported by the homeowner to receive late-afternoon sun from roughly 3 p.m. to 7 p.m. in July; no instrumented measurement has been taken.
- One adult wants a main-level bedroom and full bath so essential daily life is less dependent on stairs if mobility changes.
- The household wants a low-maintenance exterior and does not want daily manual operation of multiple shades.

The input units are feet, degrees, hours, evenings per week, months and years. The design team would still need an accurate survey, a climate and site review, a jurisdiction check and any necessary specialist analysis.

### Translate three priorities

**Priority A: outdoor meals.** The routine is four evenings per week for five months. The initial response is a kitchen-to-outdoor route with a comfortable transition zone. The conflicts are privacy, late sun, wind, drainage, mosquito exposure, maintenance and the cost of a covered or screened area. The next handoff is two site options with the route, shade, view and service path shown together.

**Priority B: west view.** The desired outcome is a view from the primary sitting position, not a promise of a particular window size. The initial response is to test a west opening, a rotated room, a higher sill, an exterior shade or a screened outdoor layer. The conflict is direct late-afternoon sun at the shared table. The next handoff is a plan and section showing the view, shade operation and table position.

**Priority C: main-level adaptability.** The desired outcome is daily living that can continue on one level if a household member cannot use stairs. The initial response is a room and service relationship that places sleeping, bathing, food preparation and entry within a practical route. The conflict is footprint, budget, site slope and the household's other space requests. The next handoff is an adjacency diagram and two plan options; the brief does not declare a legal accessibility requirement.

### Apply the illustrative formula

Use the formula `urgency score = consequence × frequency`, with each input from 1 to 5. These are discussion inputs, not measurements.

| Decision | Consequence | Frequency | Illustrative score | Sensitivity question |
|---|---:|---:|---:|---|
| Protect work and dining from late glare | 5 | 4 | 20 | If late work moves elsewhere, does frequency fall to 2 and the score to 10? |
| Preserve tree-line view | 3 | 3 | 9 | If the view is used every evening, does frequency rise to 5 and score to 15? |
| Outdoor meal connection | 4 | 4 | 16 | If outdoor meals fall to one evening per week, does the score fall to 4? |
| Main-level adaptability outcome | 5 | 2 | 10 | If the household expects a near-term caregiving need, does frequency or consequence change? |

The table does not tell the architect to sacrifice the view. It tells the household which questions deserve early option testing. If the view is a central emotional outcome, the consequence score may be higher. If the design can control glare without losing the view, the conflict may be cheaper to solve than the first sketch implies. If exterior shades require daily operation the household will not perform, the solution has failed the maintenance test even if the drawing looks elegant.

### Show the performance boundary

The example contains no measured illuminance, indoor temperature, solar heat gain, annual energy use, acoustic level, slope percentage, drainage flow or accessibility dimension. Therefore it cannot conclude that the home will be bright, cool, quiet, efficient, dry or accessible. It can only identify which analysis or professional review should happen.

DOE's [building energy modeling guidance](https://www.energy.gov/cmei/buildings/articles/building-energy-modeling-101-architectural-design-use-case) explains that modeling can quantify tradeoffs and that high-level features such as orientation, floor plans and major facade elements are often settled early. The article also notes that lots, neighboring buildings, local regulations and client requirements can constrain opportunities. That is exactly why the brief should deliver constraints early, before a concept hardens.

For a project pursuing DOE's Efficient New Homes program, do not borrow the program's numbers as general law. The [DOE program transcript](https://www.energy.gov/cmei/buildings/doe-efficient-new-homes-single-family-version-2-rev-3-web-transcript) says that its target varies with the home's specifications, location and orientation, and that a rater checks the as-built home against the design and model. That is a program-specific example of why the brief should record the intended performance pathway and verification role, not promise a score.

### Sensitivity questions for every big preference

Ask these before making a site response “non-negotiable”:

- If the site is 10 degrees more east or west than assumed, does the preference still work?
- If a neighboring tree is removed or grows taller, what changes?
- If the household stops operating a shade, can the room still be used comfortably?
- If the desired view is blocked in five years, what is the backup quality of the room?
- If the most exposed window is reduced, can another room or clerestory provide the desired daylight?
- If a slope response costs more than the initial allowance, which outcome stays and which changes?
- If future mobility needs become immediate rather than hypothetical, which routes must already work?
- If the municipality requires a different access or site arrangement, which design choices remain flexible?

Sensitivity makes the brief resilient. It prevents a single unverified assumption from becoming the hidden foundation of the project.

### Limitations: this is not a performance model or code guide

The limitations of this worksheet are explicit: the scores are not measured performance or code compliance; the examples are illustrative; the site facts need a survey or other appropriate professional record; orientation and shading need project-specific review; and accessibility, structural, drainage, energy and jurisdictional conclusions belong to qualified professionals and the actual state, county and municipality. The worksheet may expose a question, but it cannot answer that question by itself. The worksheet is an editorial planning aid, not a measured energy model, survey, geotechnical report, accessibility determination, permit set, structural design or code-compliance review; all site facts and jurisdiction-specific rules require local and professional verification.

## Review failure cases and approve the next decision

Review the brief by looking for predictable failure modes, then approve one bounded next decision; a brief is complete for the next phase when its remaining uncertainty is named and routed, not when every future design choice has been settled.

### Failure case: the room list becomes the whole brief

**Symptom:** “Three bedrooms, two baths, open kitchen, office, mudroom, patio.”

**Why it fails:** It does not say who uses each space, when, with whom, under what light, privacy or maintenance condition, or how the lot changes the arrangement.

**Repair:** Add activity, frequency, time, adjacency, environmental condition and the evidence or person needed to test it. A room should enter the matrix because of an outcome, not because a catalog showed it.

### Failure case: “south-facing” becomes a universal prescription

**Symptom:** Every room is pushed south or the brief promises passive-solar performance before the climate, shading, window area, thermal mass and controls are reviewed.

**Why it fails:** Passive-solar principles are climate- and site-sensitive, and east/west exposure may create a glare or overheating problem. [NREL's passive-solar overview](https://www.nrel.gov/research/re-passive-solar.html?highlight=Solar+power) and DOE's [passive-solar home design guide](https://www.energy.gov/sites/prod/files/guide_to_passive_solar_home_design.pdf) describe interacting elements rather than a one-line guarantee.

**Repair:** Record the desired solar outcome, the assumed direction and the specific model or architect review needed. Ask for a comparison of orientations and shading responses.

### Failure case: the view is treated as private and permanent

**Symptom:** “Put the living room toward the view” without recording who owns the view corridor, what neighbors can see, or how the room works if the view changes.

**Why it fails:** Views have a direction, height, season, distance and future condition. They can compete with privacy, solar control, road noise and maintenance.

**Repair:** Make a view map with desired, neutral and unwanted outlooks. Ask for a view from the sitting and standing eye levels, an evening privacy check and a backup room-quality strategy.

### Failure case: the window strategy is only aesthetic

**Symptom:** Large glass is specified from an image, with no shade operation, glare position, furniture layout or cleaning plan.

**Why it fails:** Daylight and views can improve a room, while direct sun, reflection, heat and difficult controls can undermine it. DOE and WBDG both frame daylight as a controlled design problem.

**Repair:** Show openings with furniture, shade position, room depth, view and maintenance access. Ask whether a control is exterior or interior, manual or automated, and what happens when it is not operated.

### Failure case: accessibility language is borrowed without scope

**Symptom:** The brief says “ADA-compliant house” without identifying the housing type, program or actual jurisdiction.

**Why it fails:** The [Access Board's ADA coverage guide](https://www.access-board.gov/ada/guides/chapter-1-using-the-ada-standards/) explains that ADA coverage is not universal for private residential housing, while its [accessible residential facilities guidance](https://www.access-board.gov/webinars/2022/07/07/accessible-residential-facilities/) shows that other federal programs, state codes and local requirements may matter.

**Repair:** State the household outcome and route it to the architect or accessibility specialist. If a rule may apply, name the actual federal program, state, county or municipality and obtain a scoped determination.

### Failure case: observations are promoted to facts

**Symptom:** A listing exhibit becomes the site plan, a phone compass becomes the survey, or one rainy visit becomes a drainage conclusion.

**Why it fails:** Design decisions can become irreversible before the uncertainty is discovered.

**Repair:** Keep the source, date, unit, confidence and verifier visible. Ask what can be designed flexibly until the fact is confirmed.

### Failure case: the brief has no owner or approval gate

**Symptom:** The architect receives six household documents, each with different priorities, and no one knows which version is current.

**Why it fails:** The project pays for interpretation and may resolve a conflict by accident.

**Repair:** Name the decision owner, version the brief, record household approval and give the architect a short list of decisions to return with. AIA's guidance specifically prompts homeowners to discuss contact roles, process, priorities, deliverables and scope changes.

### Failure case: the “verified” label means “someone looked at it”

**Symptom:** The brief marks slope, utilities, local rules or energy performance as verified because the homeowner or a generalist glanced at them.

**Why it fails:** Verification is purpose-specific. A record may be adequate for a concept conversation but inadequate for a permit, contract, foundation or equipment decision.

**Repair:** Define the intended use, responsible discipline, source, date and limit of the verification. Use “documented” or “open” when professional scope is still pending.

### The final pre-schematic approval

Before approving the next design phase, read the brief aloud and ask:

- Can every must-have outcome be tied to a routine or reason?
- Can every important site claim be traced to a source, date, unit and confidence level?
- Are orientation, views, noise, privacy, slope, access, daylight, glare, overheating and maintenance addressed where they matter?
- Does every conflict name the acceptable tradeoff or the professional question still open?
- Does every verification item have an owner and a review gate?
- Are the state, county and municipality identified for any local rule or approval question?
- Are federal accessibility statements scoped to the actual housing type and program rather than borrowed as a slogan?
- Does the architect know what to return: a diagram, two options, an analysis, a specialist referral, a budget question or a decision recommendation?
- Does the household know what it must approve next and what remains outside the brief?

The next decision should be short enough to approve: “Compare two site orientations and two window/shade strategies against our five must-have outcomes, using the verified survey base and clearly labeling assumptions.” That is a productive schematic-design handoff. “Design our dream home” is not.

### Final handoff checklist

- [ ] The household decision owner and backup are named.
- [ ] The brief version, date and approval status are visible.
- [ ] Routines include frequency, time of day and the people affected.
- [ ] Must, should and could priorities are separated.
- [ ] Site facts identify source, date, units, confidence and verifier.
- [ ] North reference is stated and not silently assumed.
- [ ] Views, privacy, noise, arrival, slope, shade, daylight, glare and overheating exposures are recorded where relevant.
- [ ] Future adaptability is expressed as a desired outcome, not an unsupported code claim.
- [ ] At least one decision row records a genuine conflict and an acceptable tradeoff.
- [ ] The illustrative score is labeled as prioritization only, never as performance.
- [ ] Survey, civil, geotechnical, energy, accessibility, structural or local-rule questions are routed to the appropriate professional.
- [ ] State, county and municipality are named for every local-rule question.
- [ ] The next architect handoff is one bounded request with a clear review gate.
- [ ] Rejected options and reasons are retained for later cost or construction discussions.

That record is the brief. Its purpose is not to predict the final house. Its purpose is to make the next decision understandable, verifiable and owned by the right person before the project spends effort on drawings that cannot answer the real question.

## Evidence

- AIA's homeowner pre-project questions ask owners to describe their current home, lifestyle, time spent in rooms, maintenance willingness, needed spaces, budget, schedule, site status, design preferences and construction involvement. [Before you begin your project](https://www.aia.org/resource-center/you-begin-your-project). Scope: American Institute of Architects homeowner guidance for preparing to discuss a new project; it is an intake prompt, not a code or performance requirement.. Accessed: 2026-09-07.
- AIA's questions for an architect include how the architect will gather needs, establish priorities, organize the design process, define deliverables and handle scope changes. [Before you begin your project](https://www.aia.org/resource-center/you-begin-your-project). Scope: American Institute of Architects questions for a homeowner's architect conversation; it does not define the services or contract of a particular firm.. Accessed: 2026-09-07.
- DOE Building Science Education explains that window and skylight placement can provide natural light while influencing solar gain, and that overhangs, shades, louvers, screens and low-e coatings can help control glare and unwanted heat. [Natural Light and Daylighting](https://bsesc.energy.gov/energy-basics/natural-light-and-daylighting). Scope: U.S. Department of Energy Building Science Education overview of daylighting strategies; it is not a project-specific daylight or energy calculation.. Accessed: 2026-09-07.
- NREL describes passive-solar design as using south-facing windows, thermal mass, heat distribution and summer shading, with an aperture generally within 30 degrees of true south for the stated heating-season guidance. [Passive Solar Technology Basics](https://www.nrel.gov/research/re-passive-solar.html?highlight=Solar+power). Scope: National Renewable Energy Laboratory educational overview of passive-solar principles; the orientation guidance is not a universal target for every site, climate or house.. Accessed: 2026-09-07.
- DOE's passive-solar guide says orientation, elevation, room layout, materials and surrounding landscaping contribute to passive-solar design, and that climate changes the balance between solar collection, shading and window placement. [Guide to Passive Solar Home Design](https://www.energy.gov/sites/prod/files/guide_to_passive_solar_home_design.pdf). Scope: U.S. Department of Energy educational guide published in 2010; use as a design principle source, not as a current local code or project-specific model.. Accessed: 2026-09-07.
- WBDG recommends an integrated design process that considers daylight and outdoor views, ventilation, indoor contamination, moisture and privacy, and recommends analysis and shading strategies to control glare. [Promote Health and Well-Being](https://legacy.wbdg.org/do/productive/promote-health). Scope: Whole Building Design Guide design guidance, including recommendations framed around healthy work environments; it supplies screening prompts rather than residential code requirements.. Accessed: 2026-09-07.
- The U.S. Access Board states that the ADA applies to covered state and local government facilities and private places of public accommodation or commercial facilities, while individually owned or leased private single-family homes not used as public accommodations are not covered by the ADA. [Chapter 1: Using the ADA Standards](https://www.access-board.gov/ada/guides/chapter-1-using-the-ada-standards/). Scope: U.S. Access Board explanation of federal ADA coverage; it is not a determination of whether a particular property, program or state/local rule applies.. Accessed: 2026-09-07.
- The U.S. Access Board explains that residential accessibility requirements can involve the Architectural Barriers Act, ADA, Fair Housing Act and Section 504, with scope depending on the residential facility and governing program. [Accessible Residential Facilities](https://www.access-board.gov/webinars/2022/07/07/accessible-residential-facilities/). Scope: U.S. Access Board and HUD webinar description addressing federal accessibility laws and residential facilities; it does not replace legal or local design review.. Accessed: 2026-09-07.
- DOE's building-energy-modeling guidance says orientation, height, floor plans and major facade elements are often settled early, and modeling can quantify tradeoffs among systems, energy performance, construction cost and operating cost while accounting for lot and adjacent-building constraints. [Building Energy Modeling 101: Architectural Design Use Case](https://www.energy.gov/cmei/buildings/articles/building-energy-modeling-101-architectural-design-use-case). Scope: U.S. Department of Energy explanation of building energy modeling, with examples and discussion that include commercial buildings; apply the workflow principle to a residential project only through the project's qualified design team.. Accessed: 2026-09-07.
- DOE's Efficient New Homes transcript says the program's energy target varies with each home's specifications, location and orientation, and that a rater works with the builder and performs site testing and inspections to check the as-built home against the design and model. [DOE Efficient New Homes Single Family Version 2 (Rev. 3) Web Transcript](https://www.energy.gov/cmei/buildings/doe-efficient-new-homes-single-family-version-2-rev-3-web-transcript). Scope: DOE program-specific transcript for Efficient New Homes Single Family Version 2 Rev. 3; it is not a universal requirement for every U.S. home or jurisdiction.. Accessed: 2026-09-07.