Hassan of SPLT Automotive

The webinar will explore recent Trends and Challenges in Transportation electrification and automotive industry and explore how industries are leveraging technologies and research in various capacities toward decarbonizing the transportation sector. The speaker will highlight the roles and expectation from tier-1 and 2s companies in the automotive industry, and the reflection of those expectations and roles on the approaches and decision on the traction systems and power electronics controls concepts and challenges for automotive suppliers in the electric transportation domain. The sequence of discussion shall include significant topics such as traction inverters, electric oil pumps, control, and diagnosis of electric motor drive systems. The speaker shall also address questionnaires and engage in healthy discussions with the potential audience regarding the transportation electrification in the automotive industry.

Biography:

Dr. Eldeeb is an industrial technical expert in the model-based controls development of e-Machines and power electronics for Tier-1 and Tier-2 automotive suppliers in North America and Europe. He has over 12 years of industrial and academic experience in model-based controls and fault diagnosis of high-voltage high-power traction inverters and low-voltage electric oil pumps applications for automotive industrial applications.

He is currently a Senior Motor Controls Engineer with SLPT Automotive, Warren, MI, USA, where he is leading the development of the model-based controls platform for the BLDC e-Machines and low voltage power electronics of the next generational automotive electric pumps for re-deployable solutions while achieving ASPICE goals. Prior to joining SLPT, he was a Senior Engineer II, Motor Controls Innovations with BorgWarner Inc., IN, USA. In his role he was responsible for designing, implementing, testing, and validating model-based controls functions for high-voltage traction inverters and IPM and IM motors.

As an automotive industrial expert, he is responsible to design, test and validate motor controls, power electronics and drive systems to match and exceed the customer expectations and satisfy the industry standards (ISO 26262, AUTOSAR, ASPICE, etc.) before the mass production phase.

He is the author/ co-author of over 60 peer-reviewed IEEE-published journal articles and conference papers, most of them are in IEEE IAS journals/conferences, and he holds 1 patent issued by the US patents office, with 3 other pending patents. His research work was cited over 560 times.

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