Undergraduate research was conducted at Forschungszentrum Jülich to study fuel cell-based auxiliary power units, which reform diesel and kerosene into a hydrogen-rich syngas to be used in fuel cells. This project aimed to optimize system operation and shutdown procedures to overcome catalyst deactivation in the water-gas shift reactor, the component of the system that reduces carbon monoxide levels to prevent poisoning of the fuel cell. In addition to helping guide the overall improvement of the fuel cell system, thereby moving this research closer towards bringing society a cleaner, more efficient source of energy, working at a national laboratory in Germany proved to be an extremely meaningful experience. By working with scientists from all over the world, I realized that my future as a chemical engineer isn't limited to the traditional career paths so familiar to us in the United States; rather, it helped me uncover the full scope of possibilities for graduate school and careers that are available all over the world. Moreover, the many unfamiliar experiences of this trip--from navigating the puzzles of public transportation schedules in German to simply living in a flat alone and having to cook for myself--enabled me to expand my comfort zone and prepared me for the many adventures in my life to come.

Undergraduate research in Jülich, Germany: Fuel cell systems studies as a catalyst for personal growth and cultural exploration

249th National Meeting (2015)

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