Greg and Dee Olsen’s timber home in New York moved from finished plans to breaking ground with unusual smoothness, and Greg credits the general contractor they chose for the project. The contractor and his wife guided the family through the entire building permit process, a task Greg describes as overwhelming and time-consuming. Permits in hand, the next jobs were prepping the property and breaking ground, and each step set up the one after it. The pre-construction phase rarely gets the attention that framing and finishing do, but it is where laying a foundation and everything around it gets decided.
The groundwork phase covers permits, siting, site access, excavation, and the foundation pour itself. Every decision in this phase is cheap to change on paper and expensive to change after concrete is in the ground. The Olsens’ experience, guided by a local contractor and the design team at New Energy Works Timberframers, is a working example of how the sequence should go.
Permits, Paperwork, and the Team You Need
The building permit is the gate that everything else passes through, and the process varies by jurisdiction. The Olsens’ project is typical in that the general contractor carried most of the load. A good rule for any custom build: make sure someone on the team has local permit experience, because the differences between towns matter more than the differences between states.
What a Building Permit Actually Covers
- Zoning compliance: setbacks, lot coverage, height limits
- Structural review: foundations, framing, snow and wind loads
- Life safety: egress windows, smoke alarms, stair geometry
- Energy code: insulation levels, window performance, air sealing
- Utility connections: water, sewer, power, and the pipe laying and underground utility installation that feeds them
The permit workflow follows a predictable path: application, plan review, corrections, issuance, then a series of inspections at set milestones. Budget four to twelve weeks for review on a custom home, longer if the jurisdiction is busy or the design is unusual. The Olsens used the waiting time to finalize siting, which turned out to be time well spent.
- Submit the application with a site plan, floor plans, and structural drawings
- Respond to plan review comments and resubmit
- Pay the permit fee and schedule the first inspection
- Post the permit at the site and schedule inspections at each milestone
Siting the House and the Final Stake-Out
Before the permits went to work, Greg and the design team had to make a few tweaks to the home’s positioning, a common practice at this stage of a custom project. “To make sure the siting of a home is perfect, the final stake-out has to occur,” says Ty Allen, who heads the East Coast design team at New Energy Works. When the Olsens staked out the house with their contractor, there was back-and-forth about the exact footprint. “Once we got out there, we realized the siting needed a bit of finessing. Siting is one of those things that you need to nail and get just right,” Allen explains. The final position catches the view and works with the grades, and moving the footprint a bit is simply part of the process. Laying the groundwork for success in a log or timber build depends on getting this step right before any equipment arrives.
How a Stake-Out Works
- A surveyor locates the property corners and marks the setbacks
- The builder sets stakes at the house corners from the approved plans
- String lines connect the stakes so the footprint is visible on the ground
- The owner and builder walk the footprint and adjust for views, grades, and access
- The final stake positions are recorded for the excavation crew
Reading the Grade Before You Dig
The stake-out is also the moment to study drainage. Water moves downhill, so the house should sit above the approach, with swales or grading directing runoff away from the foundation. The Olsens’ lot, positioned on top of a mountain, was “literally solid as a rock,” which made the foundation question a matter of rock removal rather than soil stabilization. Rocky and sloping sites reward a walk-through at this stage, because moving the footprint ten feet can save thousands in excavation.
Site Access: Roads, Driveways, and Utility Trenches
Before the excavator dug the foundation hole, the road up to the Olsens’ lot had to be prepped to accommodate the trucks and equipment that needed to reach the site. Access is a silent phase: no one photographs the driveway, but a construction site starves without it. Loaded concrete trucks, lumber deliveries, and utility equipment all travel the same route, and the surface has to survive loaded traffic, not just a sedan.
Choosing an Access Surface
| Surface | Upfront cost | Construction traffic | Dust | Maintenance |
|---|---|---|---|---|
| Gravel | Low | Good with depth | High | Re-topping every few years |
| Crushed stone | Low | Good, locks together | Medium | Occasional grading |
| Millings | Low | Good | Low | Compacts well |
| Asphalt | Medium | Excellent | Low | Crack sealing |
| Concrete | High | Excellent | None | Joint repair |
For long rural driveways, the practical choice is gravel or millings for the construction phase, upgraded to a hard surface after the build. Laying bituminous concrete pavement delivers a dust-free surface that stands up to heavy trucks, and it can be placed once the grading work is done. Utility trenches run in the same window: water, sewer, and power lines are installed before the foundation so the house connects on day one.
Excavation and the Foundation Pour
With the road in and utilities routed, the excavator opened the hole for the foundation. On the Olsens’ site, the stone was put in and the foundation was poured and formed. Greg describes the pour as the first real exciting event, because the footprint of the house finally became visible. “We were able to stand on the foundation and see where the children’s bedrooms would be and look at the view from there,” he says.
Foundations translate the architect’s lines into a level, load-bearing base, and the details in this phase determine whether the frame goes up square. Anchor bolts, rebar placement, and form alignment all get checked before the pour. Traditional masonry techniques such as formwork-free domes share the same principle as foundation work: the geometry has to be right before the material sets, because there is no adjustment afterward.
Foundation Types for Sloping and Rocky Sites
- Slab-on-grade: fastest and cheapest, suits level ground, no crawl space
- Crawl space: raises the floor for utilities, moderate cost
- Full basement: adds finished space, expensive in rock
- Pier and grade beam: suits steep slopes with minimal disturbance
Curing and Inspection Before Backfill
Concrete gains strength over weeks, not hours. The forms stay in place for several days, the slab cures with moisture control, and the foundation is inspected before backfill buries the evidence. Skipping the inspection turns a fixable problem into a permanent one, because a misplaced anchor bolt is a two-minute repair before the pour and a structural headache after.
Sequencing the Work After the Pour
Once the foundation cures and passes inspection, the site work hands off to the framing crew, but a few interior decisions belong to this window. Floor finishes that sit directly on the slab, from tile to laying a brick floor, need the slab clean, level, and dry, so the preparation happens before the walls go up. The sequence below is what a smooth project looks like in practice.
Who Owns Each Phase
| Phase | Typical duration | Key tasks | Lead |
|---|---|---|---|
| Permits and plan review | 4 to 12 weeks | Applications, corrections, approvals | Owner and contractor |
| Siting and stake-out | 1 to 2 days | Survey, footprint adjustments | Surveyor and contractor |
| Site access and utilities | 1 to 3 weeks | Road prep, trenches, connections | Excavator, utility crews |
| Excavation and foundation | 2 to 6 weeks | Dig, forms, rebar, pour, cure, inspect | Excavator, concrete crew |
| Framing layout | 1 to 2 days | Anchor bolts, chalk lines, layout | Framing crew |
From Groundwork to Framing
What the Layout Crew Needs
The handoff from site work to structure is laying out for framing: transferring the foundation to the floor system with chalk lines, story poles, and measurements that the carpenters follow wall by wall. The layout step is the direct descendant of the stake-out that happened months earlier, and it only goes smoothly if the foundation came out square and level.
The Olsens’ project kept moving because each phase finished on time and the team communicated through the transitions. The pattern is repeatable on any build: treat permits as the schedule driver, walk the stake-out in person, build the access route before you need it, and inspect the foundation before you cover it. Groundwork is not glamorous, but it is the phase that makes everything else look easy.