Nuclear Fuel Cycle Systems Analysis: Technical and Policy Foundations

Understanding how nuclear energy is generated, managed, and secured requires a comprehensive view of the entire fuel lifecycle. This text-based course guides you through the complex technical, economic, and policy decisions that shape the modern nuclear industry. By reading this course, you will develop a foundational understanding of nuclear fuel systems analysis, enabling you to evaluate different fuel options, assess reactor physics, and weigh the environmental and geopolitical impacts of nuclear waste and nonproliferation. What you'll learn: - Understand the stages of the nuclear fuel cycle, from uranium extraction and enrichment to fuel fabrication. - Analyze reactor physics principles for both thermal and fast reactors, including thorium and uranium fuel management. - Evaluate the economics of fuel cycles and the key cost drivers of power generation. - Examine waste disposal methods, reprocessing technologies, and actinide transmutation. - Assess nonproliferation frameworks, weapons-grade material disposal, and modern international safeguards. - Explore modern fuel cycle innovations, including fuel considerations for Small Modular Reactors (SMRs). The course begins with foundational nuclear concepts and fuel cycle terminology, progressing systematically through enrichment, reactor core management, economics, and long-term waste and security policies. Designed for beginners, policy enthusiasts, and aspiring energy professionals, this course requires no prior background in nuclear engineering. Start reading today to build a comprehensive perspective on the future of nuclear energy systems.