NUCENG 140
Nuclear Science and Technology for Space
This course explores the fundamental principles of nuclear science and their specialized application in space exploration and technology. The class covers the physics of nuclear reactions, the engineering design of space-based nuclear systems, and the operational challenges unique to the space environment. Key topics include nuclear physics for space, effects of radiation on biological and engineered systems, radioisotope power systems (RTGs, ASRGs), nuclear thermal and electrical propulsion (NTP, NEP), and radiation shielding.
Topics
- Upon successful completion of this course, students will be able to: Explain the fundamental physics of nuclear reactions and their application to space science and technology. Analyze and compare the design principles, efficiencies, and mission applications of major space nuclear systems (RTGs, fission reactors for power, NTP, NEP). Assess the unique challenges of operating nuclear systems in the space environment, including thermal management, material selection, radiation damage on electronics and astronauts, and shielding. Evaluate the safety, policy, and environmental considerations associated with the use of nuclear systems in space missions. Apply core nuclear, radiation biology and thermal-fluid principles to conceptual design problems for space missions.
Official catalogue course objectives and student learning outcomes
Sources
- Course catalogue ↗2026-2027