Mohammad Fakoor
Adjunct Professor @New York Institute Of Technology - Vancouver
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WORK HISTORY
Adjunct Professor @New York Institute Of Technology - Vancouver
Vancouver, BC, CA
Teaching ENGY 718- High Performance Building EnvelopeThis graduate-level course provides an in-depth exploration of energy performance analysis methods for buildings, emphasizing practical application to complex real-world projects. Topics include- Development and interpretation of energy models for new and existing buildings- Detailed analysis of thermal loads and energy consumption drivers- Integration of enclosure performance, HVAC systems, and occupant behavior- Whole-building airtightness testing principles, instrumentation, and standards (ASTM E779, ASTM E3158)- Critical evaluation of model assumptions vs. measured performance- Diagnostic analysis of stack effect, wind influences, and mechanical systems on pressure and airflow- Use of energy modeling and post-occupancy data to support design decisions and performance verification- Communication of technical findings to multiple stakeholdersThe course bridges theory and practice by combining analytical frameworks with case studies, design considerations, and real-world challenges typical of advanced energy consulting.
EDUCATION
Amirkabir University of Technology - Tehran Polytechnic
Bachelor's degree, Mechanical Engineering
University of Tehran
Master's degree, Mechanical Engineering
Simon Fraser University
Doctor of Philosophy (PhD), Applied Science
ABOUT MOHAMMAD FAKOOR
I lead building performance at the intersection of energy modelling, airtightness, and whole-life carbon—helping teams and clients make technically sound, cost-effective, and future-ready decisions.I am an Associate and Building Performance Group Leader at RJC Engineers, where I work across new construction and deep retrofits on complex projects ranging from affordable housing to large institutional and mixed-use developments. My work spans energy modelling, whole-building airtightness testing, embodied carbon and LCA, climate risk, and low-carbon design optimization.I specialize in translating technical analysis into clear, actionable decisions—bridging the gap between design intent, code compliance, constructability, and cost. Whether it’s optimizing a project to meet the Energy Step Code, Zero Carbon targets, or reducing capital costs through early-stage scenario testing, my focus is always on practical results with measurable impact.Beyond project delivery, I lead and mentor multidisciplinary teams, develop internal processes and SOPs, and actively contribute to industry education through teaching, conference presentations, and published research. I’m particularly passionate about demystifying common misconceptions in energy modelling and airtightness testing, and raising the overall technical rigor of our industry.Climate change mitigation is not an abstract problem for me—it’s personal. That perspective drives my commitment to resilient, low-carbon buildings that perform as intended, today and decades into the future.Focus areas: Energy modelling & performance optimization Large-building airtightness testing Embodied carbon & life-cycle assessment (LCA) Net-zero & low-carbon strategies Team leadership & technical mentorshipAlways open to thoughtful conversations, collaboration, and ideas that move our industry forward.
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