Rate My Professor Ahmed Qureshi

Qureshi's research centers on advanced design and manufacturing, additive manufacturing, robust design, and engineering design. Key projects include the design and development of robotic wire-based additive manufacturing processes, plasma transfer arc-based processes for oil sands operations, geometric deviation modeling of metal additive manufacturing, sub-voxel micro control for vat photopolymerization, ferromagnetic 3D printing processes, ferromagnetic polymer metal matrix resins, investment casting processes, and transdisciplinary engineering design processes. His scholarship, reflected in over 3,600 Google Scholar citations, features influential works such as 'Tolerancing: Managing uncertainty from conceptual design to final product' (CIRP Annals, 2018, cited 211 times) and 'Geometric tolerance and manufacturing assemblability estimation of metal additive manufacturing (AM) processes' (Materials & Design, 2020, cited 88 times). Funded by NSERC Discovery Grants and other sources, his efforts advance Industry 4.0 technologies, hybrid manufacturing, and sustainable production methods, impacting fields from energy storage to biomedical applications through lab innovations and industry partnerships.