Mehran Ahmadi, PhD, P.Eng., MBA — energy modelling expert, building sustainability consultant, and Lecturer at Simon Fraser University's School of Sustainable Energy Engineering.
A dual career spanning professional engineering consultancy and university teaching — fourteen years of industry experience alongside a decade in academia.
I am Mehran Ahmadi, PhD, P.Eng., MBA — an energy modelling and building sustainability specialist with a dual career in professional engineering and academic teaching. I am Founder and Principal Engineer of AYM Engineering Ltd. and a Lecturer at Simon Fraser University's School of Sustainable Energy Engineering since 2019.
My consulting work spans HVAC design, energy modelling, and thermal simulation for new construction and retrofit projects across British Columbia — working under VBBL, STEP Code, NECB, ASHRAE, and LEED frameworks. At SFU I teach courses including Thermodynamics and Building Systems Energy Modelling.
I have held a range of academic leadership roles at SFU's SEE School, including Acting Director, Associate Director, and Chair of the Undergraduate Curriculum Committee — alongside active collaboration with research faculty colleagues on applied engineering questions.
Teaching Thermodynamics and Building Systems Energy Modelling. Acting Director (2022–23), Associate Director (2019–22), UCC Chair.
Founder of AYM Engineering. HVAC design, energy modelling, FEA thermal bridging analysis, and building sustainability consulting since 2020.
At Norman Disney & Young — designing, modelling, and rating sustainable buildings; contributing to municipal energy codes and guidelines; developed six trade secrets for the company.
Active collaborator with research faculty colleagues at SFU — contributing to applied research in sustainable building engineering and energy systems.
Technical services at the intersection of engineering practice and building sustainability — BC-focused, code-current.
Whole-building dynamic energy simulation for new construction and retrofit projects — compliance verification and performance optimisation.
VBBL · STEP Code · NECB · ASHRAE · LEED3D finite element analysis of building assemblies — thermal bridging calculations, effective R-value determination, and condensation risk assessment.
FEA · 3D Simulation · Thermal BridgingInfrared thermal imaging to identify and document heat loss, air leakage, moisture intrusion, and insulation deficiencies — non-invasive, diagnostic.
IR Camera · Thermography · DiagnosticsEnvelope hygrothermal analysis for moisture management, vapour control, and long-term durability of wall, roof, and foundation assemblies.
Hygrothermal · Enclosure · MoistureLife Cycle Analysis (LCA) and Climate Resiliency Studies — understanding long-term environmental and performance impacts for residential and commercial projects.
LCA · Climate Resiliency · CarbonThermodynamics and Building Systems Energy Modelling — industry-informed, applied instruction for engineering students at SFU's School of Sustainable Energy Engineering.
SFU · Thermodynamics · Energy ModellingFour degrees in engineering and business — each completed with honours.
Focus on sustainability and business in Indigenous communities.
Sustainable and energy-efficient cooling systems. President's Scholarship recipient; three graduate fellowships; co-filed two provisional patents.
Energy-efficient heating systems in buildings. Ranked 3rd in the mechanical engineering department; one national patent filed.
Ranked 2nd among 600 engineering students. Capstone: low-cost 2.5 kW wind turbine for residential applications.
For consulting enquiries, academic collaborations, or speaking engagements.
Coquitlam, BC, Canada