Harshang Shah
Mechanical Designer @Falkbuilt Ltd
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WORK HISTORY
Mechanical Designer @Falkbuilt Ltd
Calgary, AB, CA
Collaborated with project execution and product development teams to coordinate building system layouts, bridging design intent with constructability and installation feasibility. • Supported delivery of commercial interior projects valued at $2.5M+, ensuring alignment with project specifications, company standards, and applicable local jurisdictional requirements. • Reviewed layouts, details, and building sections to ensure continuity of services and identify potential interferences between architectural components, structure, and integrated building systems. • Tracked and documented project scope, coordination challenges, and lessons learned, contributing to continuous improvement in design quality and delivery efficiency. • Provided technical input during cross-disciplinary coordination to identify risks early and reduce downstream rework during installation. • Contributed to EPD development and LEED compliance documentation as part of Falkbuilt’s sustainability initiatives.
EDUCATION
Gujarat Technological University
Bachelor's degree, Mechanical Engineering
Schulich School of Engineering, University of Calgary
Master of Engineering - MEng, Mechanical and Manufacturing Engineering
ABOUT HARSHANG SHAH
I am an Advance Mechanical Designer at Falkbuilt, a company that provides digital component construction solutions for interior spaces. I apply my mechanical and manufacturing engineering skills to design and optimize the structural performance of the products, using Autodesk Inventor and Fusion360.Previously, I worked as a Mechanical Design and Project Engineer at CleanO2 Carbon Capture Technologies, where I developed innovative and sustainable solutions for reducing greenhouse gas emissions and sequestering carbon. I created manufacturable designs and drawings for fabrication, performed simulations and analyses to optimize the thermal performance and efficiency of the system, and planned and executed R&D projects using rapid prototyping tools. I also integrated MEP designs for the installation and commissioning of the CCUS technology in commercial buildings, ensuring compliance with various standards and codes. I achieved a 75% increase in the potential to capture and reduce emissions, and a 25% reduction in development cost compared to the conventional test case.I have a Master of Engineering degree in Mechanical and Manufacturing Engineering from the Schulich School of Engineering, University of Calgary, where I conducted research on hybrid nanofluids and novel fin configurations for heat transfer enhancement. I have published two papers in reputed journals and received multiple certifications from Siemens and Coursera on various topics related to mechanical engineering, rapid prototyping, and 3D printing. I am also a LEED Green Associate and an Engineer-in-Training, with skills in piping design, VBA programming, and mechanical engineering. I am passionate about sustainability, innovation, and collaboration, and I strive to make a positive impact on the environment and society.
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