He is for a highly experienced Electrical Engineering Professor and Senior R&D Engineer with a Ph.D. from the University of Toronto. His career uniquely combines significant academic research with high-impact industrial development in diverse sectors including aerospace, space robotics, oil & gas, and packaging automation. A pioneering researcher, he was the first to implement the Finite Volume Method in piezoelectricity, drastically reducing simulation times. His industrial achievements are substantial, including leading the engineering conversion from diesel to electric fracking, increasing water desalination efficiency by 45%, and developing critical technology for the International Space Station. He is an expert in power electronics, electric drives, robotics, and high-voltage systems, with a proven record of publication, grant management, and leadership in complex, international projects from concept to final product.