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Academics

�鶹��ýӳ��’s approach to academics is research-driven, high-tech and hands-on, allowing our students to both gain knowledge and get real experience applying it. Here, you don’t just learn—you do.
Research

It is through research that faculty members advance their fields, students enhance their learning, and the university creates change for the benefit of our planet and all of its inhabitants.
Admission & Aid

Ready for the future? Whether you hope to join the �鶹��ýӳ�� family as a freshman, transfer student or graduate student, your journey to Panther-hood starts here.
Life at �鶹��ýӳ��

What's it like to live and learn at �鶹��ýӳ��? The answer differs for every student, but you can count on one thing: The people here are friendly, open-minded and passionate about their work.

Modeling Advanced Energetic Materials Laboratory

at the �鶹��ýӳ�� is dedicated to modeling advanced Energetic Materials (EMs) for propellants and explosives to predict mechanical-thermochemical material behavior of EMs. The objective of our lab is to provide a flexible modeling framework as a strong fundamental tool for developing advanced propellants and explosives systems. This flexible modeling framework can be applied to condensed- and gas-phase combustion systems including propulsion and explosions.

Faculty: Kibaek Lee