The IEEE Student Branch of KPR Institute of Engineering and Technology, in collaboration with the IEEE Computer Society (KPRIET Student Branch), organized an insightful session titled “FLAME – Future Leaders in Automotive & Manufacturing Engineering (Session 3).” This event focused on exploring the importance of systems engineering in electric vehicle (EV) design and the application of design thinking in innovation. The session featured expert speakers, Mr. Pradeepkumar Keloth, Advisor at L&T Edutech, and Mr. Sayantan Mukherjee, Founder of The Innovators’ Garage, who shared their knowledge on EV design and innovation strategies. The session was held on October 25, 2024, from 2:00 PM to 4:15 PM at the LIS Lab. 
 
Speaker Profiles  
Mr. Pradeepkumar Keloth is a seasoned professional with expertise in systems engineering and electric vehicle (EV) design. With years of experience in guiding engineering initiatives, he has a strong understanding of the complexities of EV systems and has been instrumental in developing solutions for advanced automotive technology. In this session, he shared insights into a systems engineering approach to EV design, 
offering valuable knowledge for future automotive engineers. 

Mr. Sayantan Mukherjee is the founder of The Innovators’ Garage and a passionate advocate for innovation and creative problem-solving. With extensive experience in design thinking, he helps organizations foster innovation and enhance their problem solving abilities. In his talk, he emphasized the role of design thinking in driving innovation, guiding participants through its practical applications in engineering and product development. 

Event Overview 
This session covered key topics in the fields of automotive and manufacturing engineering, with a focus on systems engineering and design thinking, including: Systems Engineering Approach to EV Design: An in-depth exploration of how  systems engineering principles can be applied to the design and development of electric vehicles, emphasizing efficiency, reliability, and innovation in EV technology. 

Design Thinking and Innovation: Practical insights into the role of design thinking in fostering innovation, particularly within engineering and product development, demonstrating how creative approaches can drive meaningful progress in manufacturing and automotive fields. 
Real-World Applications and Industry Insights: Real-life examples and applications from seasoned professionals, offering participants a clearer understanding of the challenges and opportunities in automotive and manufacturing engineering. 

Participants gained valuable insights into innovative approaches in engineering, empowering them with tools and strategies for future success in automotive and manufacturing industries. 

Key Highlights of the Session 
Insightful Talks by Industry Experts:  
Engaging sessions by Mr. Pradeepkumar Keloth and Mr. Sayantan Mukherjee, who are accomplished professionals in the fields of EV systems engineering and design thinking.

Detailed Exploration of EV Design:  
A comprehensive explanation of the systems engineering approach to electric vehicle design, emphasizing efficiency and reliability. 

Practical Applications of Design Thinking:  
Insights into how design thinking can drive innovation in engineering, enhancing problem-solving skills in real-world scenarios. 

Interactive Q&A Session:  
A dedicated Q&A session where participants could address their questions and gain further clarity on industry trends and practices. 

Participant Engagement 
This two-hour session was structured to provide attendees with the opportunity to interact directly with leading experts in automotive and manufacturing engineering. Participants gained hands-on knowledge about EV design and innovative approaches in engineering, as well as practical insights on how to foster creativity and problem-solving skills in their work.