Explore the science, technology, and societal implications of nuclear energy in this comprehensive 6-week course.
Explore the science, technology, and societal implications of nuclear energy in this comprehensive 6-week course.
Dive into the world of nuclear energy with this in-depth course that addresses key questions about its role in our energy future. Over six weeks, you'll explore the physics behind nuclear science, learn how energy is harnessed from nuclear fission, and understand the intricacies of nuclear reactor operation and safety. Delve into the nuclear fuel cycle from mining to disposal, and examine the economic and social impacts of nuclear energy. This course combines theoretical knowledge with practical insights, featuring short videos on both theory and real-world applications. You'll engage in stimulating discussions about nuclear energy's pros and cons, and formulate your own informed opinion on its role in society. Ideal for those with a background in university-level mathematics and physics, this course provides a balanced view of nuclear energy's potential as a substitute for fossil fuels and its challenges in safety and waste management.
4.2
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What you'll learn
Understand the fundamental principles of nuclear science and energy
Explain the operating principles of nuclear reactors and their safety features
Analyze the various stages of the nuclear fuel cycle from mining to waste disposal
Compare current nuclear reactor designs with future generation reactors
Evaluate the economic aspects of nuclear energy production
Assess the environmental impact and sustainability of nuclear power
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, exams
Access on Mobile, Tablet, Desktop
Limited Access access
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Module Description
This course provides a comprehensive introduction to nuclear energy, covering the science, technology, and societal implications. Students will learn about nuclear physics, reactor operation principles, and the nuclear fuel cycle. The curriculum addresses key questions about nuclear energy's role in reducing CO2 emissions, reactor safety, nuclear waste management, and the economics of nuclear power. The course also explores future reactor designs and the sustainability of nuclear energy. Throughout the program, students are encouraged to critically analyze the pros and cons of nuclear energy and formulate their own opinions on its role in society. The course is designed to equip students with a well-rounded understanding of nuclear energy, preparing them for informed participation in public debates on energy policy.
Fee Structure
Instructors

1 Course
Leading Authority in Nuclear Materials Science and Fuel Cycle Chemistry
Rudy Konings serves as Head of the Materials Research Unit at the Institute for Transuranium Elements in Karlsruhe and holds a part-time professorship at TU Delft's Department of Radiation Science & Technology. After earning his MSc in Earth Sciences from Utrecht University in 1985 and PhD in Chemistry from the University of Amsterdam in 1990, he built an impressive career in nuclear materials research. His expertise spans nuclear reactor fuel behavior, chemistry of fission products, nuclear waste management, and chemical thermodynamics of actinide and lanthanide elements. He has contributed significantly to the field through his work at the Netherlands Energy Research Foundation ECN and Nuclear Research and Consultancy Group (NRG) before joining the European Commission's Joint Research Centre in 1999. His academic impact is evidenced by more than 250 peer-reviewed publications, 13 book chapters, and his role as editor-in-chief of "Comprehensive Nuclear Materials." His research focuses particularly on high-temperature chemistry and thermodynamics of nuclear fuels and actinide materials, contributing to both fundamental understanding and practical applications in nuclear energy technology

1 Course
Leading Expert in Nuclear Reactor Physics and Advanced Reactor Design
Jan-Leen Kloosterman serves as a Professor of Nuclear Reactor Physics at TU Delft's Department of Radiation Science & Technology, where he leads the research group on nuclear energy and radiation applications. After earning his MSc in Applied Physics and PhD in Nuclear Reactor Physics from TU Delft, he worked at the Netherlands Energy Research Foundation as a project leader and senior researcher in nuclear waste transmutation from 1992 to 1998. His research focuses on developing nuclear reactors and fuel cycles that excel in safety and sustainability, with particular emphasis on the Thorium Molten Salt Reactor (Th-MSR). His expertise spans Generation-IV nuclear reactors, reactor dynamics, nuclear reactor physics, and the thorium fuel cycle. As an advocate for nuclear energy's role in achieving net-zero goals, he contributes significantly to discussions about nuclear power development in the Netherlands. His work includes applications of nuclear fission reactors for medical purposes, such as tumor irradiation with neutrons and isotope production. He has supervised numerous PhD students and authored multiple key publications in nuclear science and engineering.
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4.2 course rating
9 ratings
Frequently asked questions
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