
Eunja Kim
Assistant ProfessorPhysics
Office Room: 121B
Phone: (915) 747-8095
Email: ekim4@utep.edu
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Eunja Kim has expertise in computational materials research, mainly focused on materials for energy and device applications. She has extensive experience in carrying out atomistic modeling and simulations to investigate the structure-property relationship of critical materials including semiconductors, super hard materials, energetic materials, molten salts, fuel/waste forms, and cladding materials. She has authored or co-authored over 120 publications in high-impact journals.
Term | Course | Section | Syllabus |
---|---|---|---|
Fall 2022 | PHYS 5396 - Graduate Research in Physics | 12166 | |
Fall 2022 | PHYS 5396 - Graduate Research in Physics | 19926 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19658 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19663 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19820 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19821 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19822 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19824 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19827 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19828 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19831 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19834 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19794 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19795 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19797 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19798 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19799 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19803 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19804 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19805 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19806 |
Term | Course | Section | Syllabus |
---|---|---|---|
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19658 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19663 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19820 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19821 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19824 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19827 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19828 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19831 | |
Fall 2022 | PHYS 2320 - Introductory Mechanics | 19834 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19794 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19795 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19797 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19798 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19799 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19803 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19804 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19805 | |
Fall 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 19806 | |
Spring 2022 | PHYS 2320 - Introductory Mechanics | 29188 | |
Spring 2022 | PHYS 2320 - Introductory Mechanics | 29209 | |
Spring 2022 | PHYS 2320 - Introductory Mechanics | 29211 | |
Spring 2022 | PHYS 2320 - Introductory Mechanics | 29213 | |
Spring 2022 | PHYS 2320 - Introductory Mechanics | 29214 | |
Spring 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 29194 | |
Spring 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 29195 | |
Spring 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 29198 | |
Spring 2022 | PHYS 2120 - Laboratory for PHYS 2320 | 29199 | |
Fall 2021 | PHYS 5396 - Graduate Research in Physics | 16033 |
No info available.
Eunja Kim has expertise in computational materials research, mainly focused on materials for energy and device applications. She has extensive experience in carrying out atomistic modeling and simulations to investigate the structure-property relationship of critical materials including semiconductors, super hard materials, energetic materials, molten salts, fuel/waste forms, and cladding materials. She has authored or co-authored over 120 publications in high-impact journals.
No info available.