Design Solutions NW
Residential design firm offering custom house plans, remodel plans, site design, drafting, and stock-plan modification services in the Vancouver area.
Visit WebsiteADU Blueprint Planning in Vancouver, WA
Design your ADU before you build it.
A good ADU starts with the right plan: zoning fit, site constraints, utility strategy, budget direction, and permit-ready drawings. Use this page to compare independent local design resources, prepare for your first design meeting, and understand what happens after the blueprint is complete.
Independent plan resources
Local ADU blueprint designers to compare.
These resources are positioned around drafting, home plans, architecture, or residential design documentation rather than ADU construction. Ask each provider whether they handle your exact ADU type, jurisdiction, engineering coordination, and permit-response revisions.
AR Designs, Inc.
Local drafting and design company offering site plans, as-built drawings, remodel/addition drawings, renderings, and permit-oriented plan support.
Visit WebsiteE Drafting Corp.
Camas-based drafting and home plan studio listing custom home design, remodel design, stock plans, site plans, 3D renderings, and plotting services.
Visit WebsiteDesign Northwest
Vancouver home-plan studio offering featured plans, custom home plans, remodel plans, 3D visualization, and an ADU homes plan category.
Visit WebsiteWise Owl Home Plans
Regional home plan provider offering stock plans and custom home design services, useful for homeowners who want to begin by comparing plan options.
Visit WebsiteLeo Smith Architects
Vancouver-based residential architect resource for homeowners who want licensed architectural design support before pricing or permitting an ADU project.
Visit WebsiteNote: This list is intentionally designer-focused. It excludes firms that publicly advertise themselves as ADU builders, general contractors, or design-build construction companies.
Before you hire a designer
Get the project clear before the drawings begin.
The better your starting information is, the more useful your first design meeting will be. These steps help a designer understand what can fit, what the city or county may review, and what kind of plan is worth paying for.
Confirm the jurisdiction
Identify whether the property is inside the City of Vancouver, unincorporated Clark County, or another nearby city. ADU rules, review paths, fees, and utility requirements can change by jurisdiction.
Check the parcel limits
Collect lot size, setbacks, easements, driveway access, tree constraints, septic or sewer status, stormwater needs, overhead power, and any HOA or private restrictions.
Define the ADU purpose
Decide whether the ADU is for family, rental income, aging-in-place, guests, office use, or long-term flexibility. That use should drive size, privacy, storage, parking, and finish expectations.
Set a real budget range
Designers can draw almost anything. Give them a budget target early so the plan stays close to what you can actually permit, bid, and build.
Gather site materials
Bring a property survey if you have one, photos of the site, measurements of existing structures, utility locations, inspiration images, and any prior drawings or permits.
Ask about deliverables
Clarify whether the designer provides permit-ready drawings, engineering coordination, energy code documents, site plans, revisions, and responses to plan review comments.
The design phase
What the blueprint process may look like.
Every designer works differently, but most ADU plan sets move through a similar sequence from feasibility to permit-ready documents.
Step 01
Discovery and site review
The designer reviews your goals, property information, existing conditions, zoning limits, and any survey or utility details available.
Step 02
Concept layout
You compare early floor plan ideas, entry orientation, window placement, privacy, parking, outdoor space, and how the ADU relates to the main house.
Step 03
Schematic design
The chosen concept turns into scaled plans, elevations, roof form, general exterior character, room sizes, and initial code considerations.
Step 04
Technical coordination
Structural engineering, energy code notes, utility strategy, foundation direction, stormwater items, and jurisdiction-specific details are added as needed.
Step 05
Permit-ready plan set
You receive the drawing package used for permit submittal and builder pricing. Confirm what revisions are included before you sign the design agreement.
After the blueprints
Turn the plan into a permitted build.
Finished drawings are a major milestone, but the next stage is where cost, permitting, schedule, and construction details become real.
Review the plan set
Check room sizes, window locations, finishes, site placement, utility assumptions, and any owner decisions still marked as pending.
Price with builders
Send the same drawings and scope notes to qualified builders so bids are easier to compare and allowances are clearly documented.
Submit for permits
Prepare the permit application, drawings, engineering, energy documents, site plan, fees, and any jurisdiction-specific forms.
Respond to review
Plan reviewers may request corrections. Confirm whether your designer, engineer, or builder will handle revisions and resubmittals.
Finalize selections
Lock in windows, doors, exterior materials, cabinets, fixtures, appliances, heating and cooling, and finish levels before construction begins.
Confirm utilities
Coordinate sewer, water, electrical, stormwater, meters, trenching, and any service upgrades that affect cost or schedule.
Schedule construction
After permit approval and contract alignment, the builder can sequence site prep, inspections, framing, rough-ins, finishes, and final approval.
Keep records
Save approved drawings, permits, inspection records, warranties, product specs, and final documents for future resale, rental, or refinance needs.
Already have ADU plans?
Once your drawings are ready, the next move is builder pricing, permit coordination, and a clean construction path. Keep the plan set, engineering notes, and site information together so the project can move from paper to build without avoidable delays.