Nuclear Power Plant Engineering: Siting, Waste, and Environmental Control

Designing and operating a nuclear power plant requires a deep understanding of environmental safety, regulatory compliance, and waste engineering. This text-based course guides you through the critical mechanical and environmental engineering decisions that shape modern nuclear facilities. You will transition from understanding basic nuclear concepts to analyzing the complex systems used to control pollution, manage radioactive waste, and select viable plant sites under contemporary safety frameworks. What you'll learn: - Understand the fundamental criteria, geological factors, and environmental impacts governing nuclear power plant site selection. - Analyze pollution control technologies, filtration systems, and thermal discharge mitigation strategies. - Explore radioactive waste classification, processing, and long-term storage solutions, including deep geological repositories. - Examine containment structures, radiation shielding principles, and safety system design. - Evaluate modern safety standards and the unique siting and environmental considerations for small modular reactors. The course begins with foundational terminology and environmental regulations before progressing to practical engineering solutions for waste management and site evaluation. You will learn through clear, text-based explanations and structured engineering scenarios designed to build your technical intuition. This course is designed for aspiring mechanical, civil, and environmental engineers, as well as students looking to specialize in power generation. No prior nuclear engineering experience is required to begin. Start building your foundational knowledge of nuclear utility engineering today.