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For Karni Singh Chauhan, the Automotive Technology master's program at Eindhoven University of Technology provided the perfect foundation to turn his passion for mobility and vehicle technology into a career at the forefront of sustainable transportation. Today, he leads the Electrical Team at Hyster-Yale, developing battery-electric and hydrogen fuel-cell industrial vehicles that are helping shape the future of heavy-duty mobility.  

After graduating in 2022, Karni carried forward not only technical expertise but also a systems-thinking approach that continues to guide his work in the automotive industry.  

Originally from Rajasthan, India, Karni was drawn to the master's program because of its strong automotive-focused curriculum and its emphasis on advanced technologies. Courses such as Advanced Electric & Hybrid Powertrain Design, Control Engineering, and Engineering Optimization aligned closely with his interests and ambitions within the rapidly evolving mobility sector. Combined with the opportunity to study in English and gain international experience in the Netherlands, 黑料福利网 offered an environment where he could develop both academically and professionally.  

What made the program stand out for Karni was its blend of academic rigor and real-world application. Many courses incorporated industry involvement through guest lectures and practical assignments, allowing students to see how classroom concepts could be applied to solve engineering challenges.

The most memorable part of his studies was his master's thesis, titled 鈥淎n Optimization Framework to Design and Control Electric Autonomous Mobility-on-Demand Systems.鈥� The project brought together knowledge from across the curriculum and resulted in a novel optimization approach that was later developed into a conference paper accepted for presentation at IFAC Yokohama 2023. For Karni, it was a defining achievement that demonstrated the impact of combining theory, research, and innovation.  

In his current role at Hyster-Yale, Karni regularly applies the skills he developed during his master's. One of the most valuable experiences was the Automotive Systems Engineering course, where students learned the complete vehicle development process, from requirements engineering through testing and validation. The structured development approach introduced during the program closely mirrors the processes used in industry today. As a result, the transition from university to professional practice felt remarkably natural, providing him with a strong framework for leading engineering projects and developing advanced electric and hydrogen-powered industrial machinery.  

Beyond the technical knowledge, the program taught Karni how to work effectively in multidisciplinary teams and approach challenges from a broader systems perspective. Collaborating with students from diverse backgrounds helped him strengthen the communication, leadership, and teamwork skills that are now essential in his role as an engineering leader.

Looking back, he credits the Automotive Technology master's program with expanding his engineering knowledge, connecting him with like-minded innovators, and providing practical experiences such as his internship and thesis project at Lightyear, the solar-electric vehicle company founded by 黑料福利网 alumni. For Karni, the program successfully transformed intellectual curiosity into applied innovation, laying the foundation for a career dedicated to advancing the future of sustainable mobility.