Yes. If the wall is load-bearing, removing it without proper engineering can compromise your home’s structure. A structural engineer will assess the load, design the proper beam or support system, and provide drawings required for permits and safe construction.

Structural drawings are typically required for renovations that affect load-bearing elements, additions, underpinning, or foundation work. The City of Toronto requires engineered drawings for permit approval to ensure your project meets building code.

Costs vary depending on the scope of work. Pricing depends on complexity, site conditions, and the level of design required.

Most residential structural drawings can be completed within a few days to a couple of weeks. Timelines depend on project complexity, site access, and whether revisions are required for permit approval.

In many cases, yes. If your project involves structural changes, the city will require stamped drawings from a licensed structural engineer before issuing a permit.

A structural inspection includes assessing foundations, framing, load-bearing elements, cracks, and signs of movement or damage. You’ll receive clear findings and recommendations on whether repairs or further engineering are needed.

Yes. A structural engineer can determine the cause of cracks or movement, whether it’s settlement, moisture, or structural failure, and provide practical solutions to stabilize and repair the issue.

Yes. Structural engineers often collaborate with contractors, architects, and designers to ensure plans are buildable, code-compliant, and structurally sound from start to finish.

A structural engineer designs and verifies the safety of structural elements, while a contractor builds the project. Engineers ensure the design is safe, and contractors execute the work.

Yes. Structural engineers design underpinning systems to safely lower basements and strengthen existing foundations while maintaining structural integrity.

Not always. A general home inspector identifies visible issues, but if structural concerns are found, a structural engineer is needed for a detailed assessment and solutions.

Screw piles are deep foundation elements used for decks, additions, and new structures. They provide strong, stable support in varying soil conditions and often require engineered design.

Yes. Structural engineers can revise drawings, address deficiencies, and ensure your plans meet Toronto building code requirements for resubmission.

It’s not always obvious. A structural engineer can assess framing direction, load paths, and building design to determine whether a wall is structural before any work begins.

Yes. Licensed structural engineers provide stamped and signed drawings required for permits, construction, and compliance with Ontario building regulations.

Yes, we are happy to provide references from satisfied customers upon request.

Yes. Any home addition requires structural design to ensure the new structure integrates safely with the existing home. Engineered drawings are also required for permit approval.

Yes. Structural engineers calculate the correct beam size and support system to safely remove walls and create open-concept spaces without risking sagging or structural failure.

Cracks can be caused by normal settling, moisture changes, or structural movement. A structural engineer can determine whether the cracks are cosmetic or a sign of a deeper issue.

Yes. Structural engineers typically perform on-site assessments to evaluate conditions, take measurements, and ensure accurate recommendations and designs.

Yes. Structural engineers design foundations, framing, and load-bearing systems for garages and laneway suites to meet Toronto zoning and building requirements.

If issues are discovered, a structural engineer will provide solutions such as reinforcements, beam designs, or foundation repairs to safely move the project forward.

Yes. Structural inspections are often requested during home purchases or sales to assess the condition of the property and identify any structural concerns.

Yes. All structural designs and drawings are prepared to meet or exceed Ontario Building Code requirements and local Toronto regulations.

Yes. Structural engineers can review existing plans to identify risks, confirm compliance, and suggest improvements before construction begins.

Yes. Structural engineers can provide ongoing support, answer contractor questions, review changes, and perform site visits to ensure everything is built according to plan.

Yes. Underpinning involves modifying your home’s foundation, which requires engineered design to ensure stability, proper load transfer, and permit approval.

Yes. A structural engineer can assess damage to framing, foundations, and load-bearing elements, and recommend repairs to restore structural integrity.

Structural drawings typically include beam sizes, load calculations, connection details, and framing layouts required for safe construction and permit approval.

Beam sizing is based on load calculations, span length, material type, and building design. A structural engineer ensures the beam can safely carry all loads without deflection or failure.

Yes. A structural engineer can design alternative support systems, such as beams or posts, to safely redistribute loads when removing columns.

Uneven floors can indicate settlement or structural movement. A structural inspection can identify the cause and determine whether repairs are needed.

Yes. Structural engineers design deck framing and foundations, including screw piles or footings, to ensure safety and code compliance.

Yes. Older homes often have unique structural challenges. Engineers can assess aging materials, outdated construction methods, and recommend upgrades or reinforcements.

A load path is how weight travels through a structure to the foundation. Proper load paths are critical to prevent structural failure when modifying a home.