Public profile
Research areas
Cosmochemistry, geochronology, meteorites
Earth, Environmental and Planetary Sciences
Assistant Professor, Earth, Environmental and Planetary Sciences
Average rating
3.6
10 temporary mock ratings
Difficulty
3.9
course-linked average
Courses
4
in seeded sections
Cosmochemistry, geochronology, meteorites
EEPS 481
Advanced activities adapted to the needs of the individual undergraduate student research. Repeatable for Credit.
EEPS 501
Advanced work in Earth science adapted to the needs of individual graduate students. Repeatable for Credit.
EEPS 515
Are you interested in space? Have you ever wondered how our Solar System formed? Do you want to learn about and have hands-on experience in rocks from outer space? This is the course for you. The course aims to introduce students to cosmochemistry by group discussing and reading literature on how the Solar System evolved from dust to planets, how asteroids and inner planets evolved, how to extract and use chemical information from planetary materials, how to acquire and study planetary materials, and space missions planned by worldwide space agencies. Recommended Prerequisite(s): Prior courses in petrography, inorganic chemistry or geochemistry are desirable.
EEPS 800
Thesis research. Recommended Prerequisite(s): Students must pass the preliminary exam before taking this course. Repeatable for Credit.