معرفی
Jeff Marx is a Professor in the Department of Physics at McDaniel College. He teaches a wide range of courses from introductory science and astronomy to advanced topics like Quantum Mechanics and Thermodynamics. He is also known for teaching unique extracurricular courses such as backpacking and juggling.
His educational background includes a Ph.D. in Physics (1998) and a B.S. in Physics (1992), both from Rensselaer Polytechnic Institute.
Dr. Marx's research focuses on two primary areas: physics pedagogy and theoretical modeling. His work in pedagogy aims to improve student learning through innovative curricula, assessment tools, and understanding of conceptual misconceptions. In theoretical and experimental modeling, he explores diverse systems including astrophysical phenomena, sports physics, fluid dynamics, and wireless power transmission. His research often involves close collaboration with undergraduate students.
The recent publications reflect a strong emphasis on physics education research, particularly in optics, problem-solving assessment, and conceptual understanding. The work spans both curriculum development and evaluation of teaching methodologies.
Scientific Awards and Recognitions:
- Ira G. Zepp Distinguished Teaching Award (highest faculty honor at McDaniel College)
- NSF-TUES grant for science literacy improvement
- Mellon Research and Creativity Grant (awarded twice)
- NSF-CCLI grant for hands-on optics education
- Walter Eppenstein Teaching Award
Advising and Grants: Dr. Marx has secured multiple competitive grants from the National Science Foundation and the Mellon Foundation to support curriculum innovation and undergraduate research. He serves as Faculty Advisor to the Outing Club and mentors students in research projects across theoretical and experimental physics. He is also a peer reviewer for major physics education journals.
Labs and Teams: He leads a research group involving undergraduate students in developing theoretical models and complementary experiments. His team has worked on projects ranging from orbital dynamics of Saturn's moons to capillary fluid wakes and sports biomechanics.
