What will you learn?

E-Mobility is a convenient way to decarbonize the transport sector and open the door to a cleaner, healthier, and more affordable future for everyone. However, It requires adept knowledge of battery cell technology which many EV-startup owners and engineers wish to possess. The webinar will deliver to the audience a detailed overview of the complex manufacturing concepts of battery cell technology. It will highlight the procedure of Lithium-ion cell manufacturing in a simplified manner to help the aspirant engineers, researchers, professionals, and EV-startup owners grasp the critical strategies. Attendees will be acquainted with the entire process chain, from mixing active material to formatted cells. A concise discussion of the infrastructure required to mass-produce these cells will be held. It will assist organizations dealing with solar fabrics in making sound decisions. Industrialists and engineers will gain an understanding of complex processes and be inspired to seek out simple approaches to make the process easier. The webinar will end with some practical recycling tips to implement when manufacturing cells to retain the whole process eco-friendly.
Key takeaways of the webinar:
  • Manufacturing technology and procedure of battery cells.
  • State-of-the-art anodes, cathodes, separators, and electrodes, and the associated challenges.
  • Battery safety and cost and availability of used material.
  • Future trends and challenges faced in mass production of cells.
  • The webinar will be organized on the 19th and 20th November at 1:30 to 4:30 pm IST.
  • The event will be online and held on Microsoft teams.
Register Now

Speakers of the Event

Prof. Dr.-Ing. habil Robin Vanhaelst

Prof. Robin Vanhaelst, the leader and coordinator of the master of engineering studies “Alternative Powertrains” for over a decade now, has been nominated as a professor for “Thermodynamics and Alternative Powertrains” at the Ostfalia, University of Applied Sciences in the Faculty of Vehicle Engineering since 2009. He completed his Mechanical and Electrical Engineering at the Free University of Brussels (V.U.B.) and bagged the award for the best engineering student of the academic year. He acquired a Doctoral degree in the Volkswagen research department in 2002 and has worked in various fields since then. He was a development engineer at the Audi AG development and Volkswagen AG development from 2002-2004 and 2004-2009, respectively. He became the international officer of the Faculty of Applied Sciences in 2015. With technology advancing swiftly, he believes a future with a better scope is not far. Besides the other titles, presently, he is the founding member and a board member of Centrum für Elektromobilität at the Ostfalia (CEMO).

In the webinar, Prof. Robin Vanhaelst will give valuable insights into the challenges and trends in e-mobility

Dr. Kartik Jamdar

Dr. Kartik Jamadar works as the supplier manager for Li-ion Battery cells and packs in the purchasing department at VW Germany, Wolfsburg. He pursued his B.E. in Production Engineering from Mumbai University and completed his M.Tech in Mechanical Engineering at I.I.T. with the highest grades. He further did a Ph.D. thesis in Metal Forming at I.F.U., University of Stuttgart, Germany. Dr. Jamadar worked as an application engineer with AutoForm and a process planner with Hago GmbH from 2004-2006 and 2006-2008, respectively. He also garnered teaching experience as an honorary professor in courses like Design for Manufacturing, Light-weight technologies, Basics of finite element method and Continuum Mechanics, and E-Mobility at I.I.T. Mumbai, India. He has gained specialization in Li-ion Battery Technology and Electrochemistry and Electric Motor and Light-Weight Structures.

Dr. Kartik Jamadar will simplify the complex process of Li-ion cell production and give engineers and industries a detailed view of the mass production of cells.

Contact us at events@iwovs.com to know more about the webinar!