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

*The HomeAdvisor rating for Structural Engineering companies in Saint Croix Falls, WI is a rating based on verified reviews from our community of homeowners who have used these pros to meet their Structural Engineering needs.

Last update on August 14, 2024

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Criterium-Twin Cities Engineers
4.8(
50
)

Serving Saint Croix Falls, WI and surrounding areas

In business since 2002

Credit card accepted

"We very much appreciated the services of Criterium-Schimnowski Engineers. Their engineer was knowledgeable, listened to our concerns and put us at ease. We had noticed an uneven floor in a basement bedroom and a small crack in the exterior cinderblock as well as some deterioration in cinderblocks at soil level at the rear of our house. We had 4 foundation repair companies give us free estimates: American Waterworks, Innovative Basement Authority, SafeBasements of Minnesota, Inc and DBS Residential Solutions, Inc. All recommended push pier installation but different numbers ranging from 4 to 10 piers with a lift procedure. This is not an inexpensive procedure. All said they had engineers at their companies who would review the plan and be sure it was appropriate but we felt there was a conflict of interest in favor of the company's assessment. We had our home insurance field adjuster come out and he felt that there were no serious problems that would require piers. We decided to hire an independent structural engineer to give us an unbiased opinion. We chose Criterium-Schimnowski based on online reviews; looked on the Better Business Bureau but found none. Additionally, the fact that this firm has several engineers on staff gave us more confidence than companies with just a single engineer because there is more wisdom with many heads than one. The engineer determined that our foundation was structurally sound and no piers were needed. He recommended the deteriorating masonry be repaired, foundation landscape grading be done and that masonry gaps consistent with settling be sealed and closed. With his assessment, we have peace of mind and will save considerable money, not needing pier installation, and will use those savings instead to have the masonry and landscape grading done. Thank you, Criterium-Schimnowki, for helping us sort through the free foundation repair company estimates to learn what repairs were truly needed."
Front entry
Adjacent to wetlands
Failed structure
Side of driveway
Tiered walls

+10

Recommended by100%of homeowners
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Structural Engineering questions, answered by experts

No, a structural engineer is not the same as a builder. A structural engineer is an expert in all things related to the structural integrity of a building. The structural engineer is responsible for calculating the correct materials in terms of load-bearing capacity and overall structural safety. Structural engineers do not perform the actual building of the house or other structures. Rather, the builder executes the plans and designs specified by the structural engineer.

The depth of any foundation style depends on your climate and how deep the frost line is, as building code requires that the footers of a foundation—which are built into a monolithic slab—sit at least a foot below the frost line. At the southern tip of Florida, for example, a monolithic slab foundation would only need to sit 12 inches under the soil at the widest parts. On some parts of the Canadian border, the frost line is 100 inches, which would mean a minimum of 112 inches, which is prohibitively deep for a monolithic slab.

Yes, ceiling joists are typically load-bearing. However, their primary function is to support the weight of the ceiling and loads applied to it, like lighting fixtures and ceiling fans. They can also help support the roof, especially if they’re part of truss systems. Remember, the load-bearing capacity of ceiling joists depends on the material, size, and space between them. 

The standard thickness for an LVL beam is between 1.75 inches and 7 inches. However, you can order LVL beams in non-standard sizes as well. When you work with a contractor, they can source beams that are the appropriate size for your project for you after assessing your blueprints.

You should avoid drilling or cutting into load-bearing beams because removing material will weaken it and increase the risk of structural damage or even collapse. If you do need to drill into a load-bearing beam, speak with a structural engineer first to discuss where it’s safest to drill and the width and depth of the bit that’s safe to use.

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