Roles, Importance, and Benefits of Structural Engineers in Construction and Renovation

Having a structural engineer involved in the repair process for your project can be beneficial for many reasons. Your home foundation is something that is susceptible to a variety of factors that can easily have an affect on its structural integrity. Most homes were designed and built to fit under a generalized set of rules. An engineer brings a specific set of skills to every project so that we can evaluate where those rules fell short. Abarent is equipped with an APEGA Permit to Practice and an in house Engineer who they can work with to come up with a customized solution for the underlying cause of the fracturing or settlement that is occurring.

Unfortunately in this industry we all too often find ourselves at a project where one of our competitors has tried to repair a foundation using poorly and/or under designed solutions. It is important to use a qualified professional with the necessary credentials and experience in order to ensure every project is being completed properly and your investment is not being compromised.

Basement Before Repairs

Basement After Repairs

Qualifications of a Structural Engineer

An engineer is a person that is trained and skilled in the design, planning, and construction of an existing or new structure (residential and commercial). To become an engineer in Canada, they must possess and adhere to the following qualifications:

• Bachelor’s degree in Civil Engineering at an accredited post secondary institution (4 – 5 years).
• Work as an Engineer In Training (EIT) for a minimum of 2 years under someone with a Professional Engineer (P. Eng) designation.
• Successfully complete a professional practice exam in their respective province.

Once an engineer meets these qualifications they may then receive their P. Eng designation and are then bound by their provincial code of ethics.

Some things to look for when trying to determine whether an engineer meets these qualifications are:

The APEGA Permit To Practice

“Any company that engages in the practice of engineering or geoscience in Alberta as part of its business must have a Permit to Practice with APEGA.” Company Permit To Practice. (n.d.). Retrieved February 24, 2017

Stamp

The stamp is issued to a professional engineer by the association (APEGA for example) and comes bearing the engineering associations seal.

An engineer will use their stamp when when they are authenticating documents. The stamp will be accompanied by the engineer’s signature and the date the document was authenticated.

Engineering Reports

Once an engineer has had the opportunity to do a thorough inspection of the foundation they can then identify any underlying causes of structural issues that the foundation may have. They may provide a description of a recommended course of action to repair the damages and prevent any further issues if deemed necessary. This report can serve as a plan for contractors to follow during the repair process or it may be required prior to the sale of a home.

In some cases a contractor may offer to do an inspection report, but they maybe more inclined to suggest repairs that help their bottom line. Having a licensed engineer complete the report ensures that the recommended remediation plan isn’t being padded with unnecessary items that aren’t required to fix the problem.

Engineers Stand Behind Their Word

When an engineer receives their designation they are bound by the governing body for their respective provinces. They are legally liable to prevent against harm or loss to another person as a result of their work. Having an engineer diagnose a problem or create a repair / design plan can enable you to move forward without needing to get another opinion from an unqualified contractor.

Learn more about the engineering services we offer and let us know how we can assist you.

The Role of Structural Engineers in Foundation Assessment

Structural engineers play a crucial role in foundation assessment. These professionals use specialized tools like crack gauges and laser levels. Structural engineers can detect subtle signs of foundation movement. They analyze soil composition and its impact on foundations. Understanding the early signs of foundation problems is crucial for timely intervention and cost-effective repairs.

Structural Engineers and Building Code Compliance

Structural engineers ensure buildings meet local building codes. They stay updated on changing regulations and safety standards. These professionals can interpret complex code requirements for homeowners. Structural engineers provide documentation for permit applications. Consulting a structural engineer before starting foundation work can prevent costly code violations and ensure project approval.

The Impact of Structural Engineers on Insurance Claims

Structural engineers provide expert testimony for insurance claims. Their reports carry weight with insurance adjusters. These professionals can accurately assess damage extent and repair costs. Structural engineers help homeowners navigate complex claim processes. Having a structural engineer’s assessment can significantly impact your home’s resale value and insurance coverage.

Structural Engineers in Renovation and Remodeling Projects

Structural engineers are vital for safe home renovations. They assess load-bearing walls before removal. These professionals design support systems for open floor plans. Structural engineers ensure additions don’t compromise existing structures. Consulting a structural engineer for basement floor lowering projects can prevent potential structural issues and ensure safety.

The Role of Structural Engineers in Disaster Preparedness

Structural engineers assess buildings for natural disaster resilience. They recommend retrofitting measures for older structures. These professionals design earthquake and hurricane-resistant buildings. Structural engineers create evacuation plans based on building analysis. Proper foundation repair guided by structural engineers can significantly improve a building’s ability to withstand natural disasters.

Structural Engineers and Sustainable Building Practices

Structural engineers incorporate eco-friendly materials in designs. They optimize building orientation for energy efficiency. These professionals calculate carbon footprints of different structural solutions. Structural engineers balance sustainability with structural integrity. Understanding different foundation repair methods can help homeowners choose environmentally friendly options without compromising stability.

The Importance of Structural Engineers in Historic Preservation

Structural engineers assess the integrity of historic buildings. They develop preservation plans that maintain architectural authenticity. These professionals use non-invasive testing methods on delicate structures. Structural engineers balance modern safety standards with historical significance. Underpinning techniques recommended by structural engineers can preserve historic buildings while ensuring their long-term stability.

Structural Engineers and Building Information Modeling (BIM)

Structural engineers use BIM for accurate 3D structural modeling. They collaborate with architects and contractors through BIM platforms. These professionals detect design conflicts before construction begins. Structural engineers use BIM for lifecycle management of buildings. Advanced foundation drafting services utilizing BIM can provide more accurate and efficient structural solutions for complex projects.