The focus of my GCSP journey is Sustainability.
To address the many climate-change-related issues facing our world today, a purely technological understanding of solution development is not enough. The typical structure of undergraduate engineering programs emphasizes technological knowledge over all other disciplines. While a thorough understanding of engineering concepts is beneficial, developing and implementing sustainable solutions also requires understanding how different cultures interpret or respond to new technologies, effective communication, and an entrepreneurial spirit. Through the Grand Challenges Scholars Program (GCSP), I have begun to develop this broader way of thinking, preparing me for a high-impact future in academia and research.
I am incredibly thankful for my experiences while fulfilling the pillars of GCSP. I explored cultures in countries I had never visited, pursued artistic endeavors I never imagined belonging in an engineering school, organized a protest I never thought I had the power to lead, tutored students in subjects I never imagined being strong in, and conducted research on sustainable projects using techniques I had never encountered before. I have found that sustainability can be pursued by fostering others’ learning at the individual level, organizing groups of advocates or researchers at the community level, and developing solutions through cross-cultural collaboration at the global level.
Click on the various tabs below to explore how I've developed the skills to become a global problem-solver.
Emma Khorunzhy is graduating from the Colorado School of Mines with a B.S. in Chemical Engineering and three minors in Biology, Teaching, and the McBride Honors Program in Public Affairs. She shares equal passions for environmental research and tutoring undergraduates and high school students. Emma aspires to one day run her own lab as a principal investigator and teach chemical engineering at the collegiate level. She will begin her PhD in Chemical Engineering at Caltech in the Fall of 2025. Inspired by the exceptional faculty at Mines, she seeks to master chemical engineering concepts to contribute to climate-change-related research and become a dedicated and thoughtful mentor to undergraduates.