Rob Prucka the Professor of Motorsports Engineering within the Department of Automotive Engineering at the Clemson University and director of the Deep Orange program. He joins to discuss the importance of real-world experience in engineering education, the role of systems engineering and problem-solving skills, and how understanding customer needs is crucial in vehicle design. Rob shares insights on unique selling propositions in vehicle development, the balance between innovation and practicality, and the significance of mentorship and learning from failure.
Listen here:
Apple Podcasts: link
Spotify: link
Links:
- Edison Manufacturing Exchange: https://brandonbartneck.substack.com/publish/home\
- About (cuicardeeporange.com)
- Deep Orange 15 (cuicardeeporange.com)
Takeaways
- Real-world experience is crucial for engineering students.
- Systems engineering is essential for understanding complex problems.
- Identifying customer needs is a key part of vehicle design.
- Unique selling propositions help guide product development.
- Technology integration is vital for modern vehicle design.
- Balancing innovation with practical constraints is challenging.
- Mentorship plays a significant role in student development.
- Learning from failure is an important part of the process.
- Communication skills are critical in engineering teams.
- Continuous learning is necessary to stay relevant in the industry.
Dr. Robert Prucka
Dr. Prucka is the Professor of Motorsports Engineering within the Department of Automotive Engineering at the Clemson University. His research and teaching interests include the design, control, calibration, performance and emissions of advanced powertrain systems. He is currently researching the use of artificial intelligence and/or optimal control strategies for the design and operation of electrified powertrains used in autonomous off-road vehicles.
Clemson University Automotive
Clemson is at the forefront of shaping the future of mobility. From electric vehicles, to self-driving cars, to off-road vehicles that can withstand the most treacherous terrains, Clemson is driving innovative transportation solutions for a changing world.
Deep Orange is a vehicle prototype program at the Clemson University International Center for Automotive Research for the pioneering education, research and industry collaboration within the graduate degree programs in automotive engineering.
Our Deep Orange program gives graduate students the extraordinary opportunity to create a protype vehicle in two years—this marks the only student program of its kind that begins with an idea and culminates with the fabrication of a fully-functional vehicle concept. From a high-speed driverless racecar to an off[1]road autonomous vehicle designed to deliver disaster-relief supplies, students create their own full[1]scale vehicle from scratch and pitch their prototypes to industry partners. Skills and experience gained during this two-year journey make our graduates highly desirable hiring targets for major original equipment manufacturers (OEMs), tier 1 suppliers, and innovative startups.
Keywords
Deep Orange, Rob Prucka, automotive engineering, systems engineering, problem solving, education, vehicle design, real-world experience, unique selling propositions, mentorship
Building Better
Building Better with Brandon Bartneck is focused on the people, products, and companies that are creating a better tomorrow, often in the transportation and manufacturing sectors. This show was previously called the Future of Mobility podcast.
I aim to have real, human conversations to explore what these leaders and innovators are doing, why and how they’re doing it, and what we can learn from their experiences. If you care about making an impact then this show might be for you.
Topics include manufacturing, production, assembly, autonomous driving, electric vehicles, hydrogen and fuel cells, impact, leadership, and more.
Edison Manufacturing and Engineering:
Edison is your low volume contract manufacturing partner, focused on assembly of complex mobility and energy products that don’t neatly fit within traditional high-volume production methods.
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