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*The Angi rating for Structural Engineering companies in Port Sanilac, MI is a rating based on verified reviews from our community of homeowners who have used these pros to meet their Structural Engineering needs.

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Last update on October 23, 2025

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Avatar for SJW Engineering LLC
SJW Engineering LLC
4.7(
71
)

Serving Port Sanilac, MI and surrounding areas

Approved

In business since 2010

Emergency services offered

Small jobs welcome

"Excellent service and knowledge of my structural engineering request. Just what I was looking for.!"
Response time2 days
13 neighbors recently requested a quote
Recommended by92%of homeowners
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Structural Engineering questions, answered by experts

A structural engineer evaluates any structural components, like floors, foundations, walls, and roofs, to ensure they can support the structure. They also consider the soil quality in your area, potentially extreme weather conditions, and proximity to bodies of water and groundwater to ensure your building can withstand any stresses placed on it by the surrounding environment. Structural engineers work on both new and existing buildings.

Yes, an LVL beam is more affordable than the cost of a steel I-beam, totaling between $50 and $200 per linear foot as opposed to the $100 to $400 per linear foot you’d pay for a steel I-beam. Not only is the wood material more affordable than steel, but it’s also more similar to traditional wooden beams and doesn’t require as much retrofitting to connect joists.

Costs depend on desk size, labor, included features like drawers or motorized height adjustments, and required wall anchoring.

A freestanding brick wall that's only one brick thick can usually stand six to eight feet high. If you need a higher wall, it should be at least two bricks thick for adequate stability, and it might require a footing to support the added weight. Additionally, some areas have regulations and codes dictating how high a brick wall can be, so check with local code enforcers to ensure your proposed wall complies with any regulations.

In framing, studs are placed at 16-inch intervals to coincide with the typical spacing of wall materials such as drywall or plywood. This spacing is called "on-center" and is necessary for maintaining structural stability and efficient use of materials. The 16-inch spacing also helps to distribute the weight evenly across the building's structure. For those looking to cut material costs and improve energy efficiency, 24-inch stud spacing can be employed through a method called "advanced framing". This requires careful planning and adherence to local building codes to ensure structural integrity.

The Port Sanilac, MI homeowners’ guide to structural engineering services

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