Mechanical Design

Our team provides mechanical design services in the commercial, institutional, emergency response, health care and long-term care, industrial, and low to mid-rise residential clients. Using building information modelling (BIM) we  deliver coordinated designs by collaborating with multi-disciplinary teams during the design process. This minimizes on-site revisions that potentially represent a significant percentage of construction costs.  Finally, with mechanical systems being one of the largest energy consumers in buildings, we understand the importance that an energy efficient design has in the building’s life cycle and its impact on the environment. Our mechanical design services include HVAC systems, heating and cooling central plants,  plumbing and fire protection.

Prime Consulting

Gained through many years of experience, we have the skills set to provide Prime Consulting services to our valued clients.   The Ontario Building Code allows engineers to act as prime consultants for certain types of construction projects.   This means we are not only responsible for the design documents, we also engage the sub-consultants, apply for the building permit, prepare contract documents as a third party, certify payments, provide site reports, and on-site construction administration.  Once the project is finished, we ensure close out documents are completed by the contractor.

Reality Capture

Using the state-of-the-art technology trends and equipment we provide reality capture services, also known as high accuracy mapping, for the built environment. Through LiDAR scanning we produce a virtual representation of as-is conditions for our clients in a 3D environment allowing us to go from site to BIM and BIM to site. Our clients have used this information to help them plan for renovations and alterations to their facilities as well as producing as-built drawings as part of their construction  contract deliverables.

Building Investigations

Problem solving takes a rational approach and we have a proven method for it.    It forces us to look closely at tell-tale building mechanical system symptoms and rationalize the probable causes.   Not jumping to conclusions early on is an important step.  Looking at the symptoms with a critical eye and asking important “What, Where, When”, and even “Is Not” questions is the key to successfully solving building problems.

Decarbonization and Electrification

With Decarbonization and Electrification on the horizon we educate our clients about the importance of decarbonization and the potential benefits it offers. This includes raising awareness about the environmental impact of traditional construction practices and the long-term advantages of sustainable alternatives, such as reduced operating costs, enhanced resilience, and improved public perception. We conduct comprehensive assessments of existing buildings and infrastructure to identify opportunities for energy efficiency improvements, renewable energy integration, and carbon footprint reductions. We utilize data-driven analysis, energy modelling and simulation tools to quantify the environmental impact of different design options and construction materials. This enables clients to make informed decisions based on the potential carbon emissions, energy consumption, and lifecycle costs associated with each option.

Let us work collaboratively with you to establish clear decarbonization goals and targets tailored to specific needs and priorities. By aligning objectives and expectations from the outset, we can develop customized strategies and solutions that meet or exceed client expectations. Integrating sustainable design principles into every stage of the project lifecycle, from conceptualization and planning to construction and operation. This includes optimizing building orientation, maximizing natural daylighting, minimizing waste generation, and specifying low-carbon materials and technologies.

We are excited for the adoption of emerging technologies, such as building information modeling (BIM), advanced energy modeling, and prefabrication techniques, to optimize project outcomes and minimize environmental impact.