Ursus SCHORLING

As a dedicated and innovative graduate student at Tsinghua University, specializing in Power Engineering & Engineering Thermophysics, I have undertaken a transformative master's project in collaboration with Toyota that significantly contributes to the advancement of dynamic fuel cell engine technology. My master's project revolves around the development of a sophisticated simulation for a dynamic fuel cell engine designed for a fuel cell bus. This groundbreaking project aligns perfectly with my academic focus, as well as with the global trend towards sustainable energy solutions. By partnering with Toyota, a renowned leader in the automotive industry, I have had the privilege of combining academic rigor with real-world application. In this project, I have employed cutting-edge tools such as Matlab and Simulink to create a comprehensive simulation model that accurately replicates the intricate dynamics of a fuel cell engine within a bus context. This simulation enables us to assess various scenarios, fine-tune parameters, and predict the performance of the fuel cell engine under diverse operational conditions. By optimizing the simulation, I have contributed to enhancing the efficiency, reliability, and overall feasibility of fuel cell-based transportation systems. Furthermore, this project has given me the opportunity to delve into interdisciplinary collaborations and experience the intricacies of industry-academia partnerships. Collaborating closely with engineers from Toyota has provided me with valuable insights into the practical challenges and opportunities within the automotive sector. This experience has not only enriched my technical skills but has also nurtured my ability to work effectively in cross-functional teams and navigate complex engineering challenges. The dynamic fuel cell engine simulation project stands as a testament to my commitment to academic excellence and my passion for sustainable energy solutions. It underscores my proficiency in simulation modeling, thermodynamics, and innovative problem-solving. Through this endeavor, I have not only deepened my technical expertise but have also gained a profound understanding of the practical implications of my academic pursuits. As I approach the culmination of my master's journey, I am eager to apply the knowledge, skills, and insights gained from this project to contribute to the forefront of sustainable energy advancement. This project encapsulates the essence of my academic pursuits and my aspiration to be a driving force behind technological innovations that shape a cleaner, more sustainable future.