EQ Building Performance Inc
Syed Ali Nasir Zaidi is a skilled engineering professional with a strong background in energy systems and electrical engineering. Currently serving as a Commissioning Project Coordinator at EQ Building Performance Inc since October 2022, Zaidi is responsible for reviewing mechanical system designs and preparing contract documents for various construction projects. Previous experience includes working as an Electrical Engineer at AMCORP Engineering and Construction (Pvt) Ltd., where Zaidi managed procurement for significant projects, and as a Trainee Engineer at A&A Associates, focusing on the installation and commissioning of electrical systems. Zaidi also contributed to research at DHA Suffa University, developing MATLAB models for energy consumption analysis, and completed co-op placements at Schneider Electric and Lucky Cement Limited, enhancing productivity and maintaining power plant instruments. Educational qualifications include a Master’s degree in Energy Systems Engineering from Memorial University and a Bachelor of Engineering in Electrical Engineering from DHA Suffa University.
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EQ Building Performance Inc
EQ Building Performance is a collaborative Toronto-based consulting firm. We bring together architects, developers, and building owners to create high performance buildings and communities. We believe that measurement informs design. Our professionals apply integrated design and computer simulation to influence projects, and use post-occupancy metering and performance data to test and validate our design tools. Our core services include energy modeling, sustainability consulting, advanced energy system feasibility studies, building labelling, commissioning, and resource metering/verification services. Current high performance building standards are future minimum building code requirements. Buildings will soon be mandated to consume net zero resources by design, and owners will be required to measure, analyse and report their energy and water consumption. These challenges create an opportunity for the design and construction community to engage in the creation of more efficient, comfortable, and resilient buildings, resulting in cost effective operations and maintenance.