Classroom Teaching
- ASTR 070: Science from Space: This first-year seminar explores the wide range of unique science enabled by space-based platforms. Topics include space-based astrophysics, satellite-based imaging of Earth, and future technologies that space may enable. Readings will be a mix of in-depth popular articles, technical reports and online videos on specific topics.
- ASTR 160: Frontiers and Controversies in Astrophysics: This course is intended for non-science majors who have a reasonable comfort with high-school science and mathematics. We focus on two topics in astrophysics that are current subjects of research and debate: (1) Rocket Science: What does it take to launch a rocket into Earth orbit or beyond? and (2) Black Holes: What are black holes and how do we know they exist?
- ASTR 330: Scientific Computing in Astrophysics: The course focuses on high level Python computing in the context of astrophysics research. The course goal is to provide students with the fundamentals of building astronomical pipelines and the general use of cutting edge tools and techniques currently used in the astronomical community.
- ASTR 518: Galactic Dynamics: What happens when you have a large number of particles (stars) orbiting under the influence of their mutual gravity? This graduate-level course covers the dynamics of objects ranging from binary stars to globular clusters to galaxies. Particular emphasis will be placed on direct applications to observational data.
Teaching Beyond the Classroom
- Rocket Science for Everyone: This free online class is an intuitive introduction to rocket science in our everyday lives. Click here for a sample video from the class.
- Warrior Scholar Project (WSP): Each summer, I host the STEM Warrior Scholar Project on campus. I also serve on the WSP Board.
- REVU Program: The Research Experience for Veteran Undergraduates (REVU) is an intense, 9-week summer program where enlisted U.S. veteran undergraduate students perform research in a STEM field of their interest.