101 ways to build
Building with Damon Builds: Our 6–18 Month Process, Build Types, and Why Our Experience Matters
At Damon Builds we focus on quality, transparency, and community. Whether you’re planning a new home, an addition, or a remodel, we bring disciplined processes, building-science-driven standards, and hands-on experience to deliver durable, efficient, and comfortable spaces. Below is an overview of how we work and the construction methods we commonly use, plus why our new-construction background gives you an advantage during remodels.
The typical timeline: 6–18 months (what to expect) Every project is unique, but most projects we take from initial agreement to final punch list fall into a 6–18 month window. The range depends on scale, permitting, site conditions, and material lead times. Here’s the typical flow and milestones:
Pre-construction & design (4–12 weeks)
Initial consultation, goals, and budget alignment
Site review and feasibility assessment
Schematic design and preliminary pricing
Final design, engineering, and permit-ready documents
Permitting submittal and tracking (timing varies by jurisdiction)
Procurement & scheduling (2–8 weeks, overlaps design)
Secure materials, long-lead items, and trade scheduling
Finalize contracts and construction timeline
Pre-construction meeting with homeowner and team
Site work & foundations (2–6 weeks)
Site preparation, grading, and utilities
Foundation construction
Inspections and backfill
Shell & envelope (4–12 weeks)
Framing of structure (stick built, post frame, SIPS, etc.)
Windows, doors, roofing
Air-sealing and weather-resistive barrier installation
Siding
Inspections and rough mechanical coordination
MEP rough-ins & insulation (2–6 weeks)
Mechanical, electrical, and plumbing rough installations
HVAC system selection and ducting/vent layout
Insulation and continuous air barrier work
Rough inspections
Interior finishes (6–12 weeks)
Drywall, taping, and interior priming
Trim, millwork, cabinetry, flooring and tile
Fixtures, appliances, and final mechanical hookups
Final systems commissioning & punch list (1–3 weeks)
HVAC balancing and commissioning
Final inspections and certificates of occupancy
Walkthrough, punch list, and final corrections
Turnover and homeowner orientation
Why the range? A small accessory dwelling or simple renovation can be completed near the 6-month mark; a custom home with specialty systems, remote site work, or extensive permitting can approach 12–18 months. We manage the schedule proactively and communicate changes to keep the project moving.
Common build types we use and why we choose them
Post-frame construction
What it is: A post-and-beam structural system using vertical posts embedded or anchored to foundations, supporting roof and wall loads with girts and purlins rather than full stud walls.
Best for: Garages, barns, workshops, agricultural buildings, and economical custom homes with large open spans.
Advantages: Speed of erection, cost effectiveness for large clear spans, fewer foundation demands, and design flexibility.
Considerations: Requires careful attention to insulation and air-sealing strategies for high-performance thermal envelopes; we detail junctions and continuous barriers to meet performance goals.
Structural Insulated Panels (SIPS)
What it is: Factory-made sandwich panels with rigid foam core laminated to structural sheathing (OSB or similar) used for walls, roofs, and sometimes floors.
Best for: High-performance homes, tight timelines, and projects where consistent thermal performance and reduced air leakage are priorities.
Advantages: Excellent R-value per inch, fast assembly, superior airtightness, and predictable thermal performance.
Considerations: Panels must be integrated with continuous air and vapor control strategies, and openings/penetrations must be carefully detailed. Our crews and subcontractors are experienced in SIPS installation to maintain quality and long-term performance.
Insulated Concrete Form (ICF) foundations and walls
What it is: Hollow insulating foam blocks that are stacked, reinforced with rebar, and filled with concrete to form continuous insulated concrete walls.
Best for: Durable foundations, below-grade walls, high-energy-performance homes, and projects needing robust thermal mass and sound attenuation.
Advantages: Strong, continuous insulation at the foundation level, reduced thermal bridging, excellent moisture resistance, and resiliency.
Considerations: Proper drainage, waterproofing are critical and more complex than traditional systems