Chemical Engineering Track of Molecular Engineering
University of Chicago | Class of 2027 | GPA: 3.87/4.00
Engineering solutions at the intersection of molecular systems, computational methods, and real-world applications. Specializing in interdisciplinary approaches that solve problems in chemical engineering with the engineering designs process, computational methods, and process optimization.
I am a junior at the University of Chicago pursuing a Bachelor of Science in Molecular Engineering on the Chemical Engineering Track, with a minor in Computational Molecular Engineering. My academic focus centers on applying computational tools and engineering principles to solve complex problems in the chemical systems and systems optimization.
My research and coursework emphasize interdisciplinary collaboration, combining traditional chemical engineering fundamentals with modern computational methods including Python and R-based data analysis. I am particularly interested in projects that bridge engineering principles with chemical systems and the energy industry to demonstrate practical applications in long-term energy solutions.
General Chemistry I, II, and III (with lab), Organic Chemistry I and II (with lab), Cellular and Molecular Biology, Principles of Engineering Analysis I and II, Mathematical Methods for the Physical Sciences I, II, and III, Statistical Models and Methods, Transport Phenomena, Transport Phenomena II: Fluid Flow and Convective Transport Processes, Thermodynamics, Thermodynamics of Phase Equilibria, Classical Molecular and Materials Modeling
Engineering case studies demonstrating computational methods, interdisciplinary approaches, and real-world applications
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Open to research opportunities, internships, and collaborations in chemical engineering, computational methods, and interdisciplinary projects.