🎓 Chapter 1: Systems Approach and Innovative Teaching of TCNPPs with Thermoptim

Reinventing the Teaching of Nuclear Thermodynamic Cycles

An integrated methodological and pedagogical framework for analyzing and teaching nuclear power plant cycles:

• Dual Approach:
  • Systemic: Functional and exergy structures.
  • Analytical: Graphical modeling and interactive simulation.
• Innovative Pedagogy:
  • Less math, more understanding: Focus on qualitative comprehension.
  • Inductive learning: Start with real cases, generalize concepts.
• Thermoptim at the Core:
  • Build, visualize, and analyze realistic cycle models.
  • Autonomy and motivation: Suitable for beginners and experts alike.

Why It’s Groundbreaking: → Direct link between education and industrial practice, addressing modern energy challenges.

Abstract

This chapter presents an integrated methodological and pedagogical framework for analyzing and teaching the thermodynamic cycles of nuclear power plants (TCNPPs). It introduces a dual systemic and analytical approach combining functional and exergy structures to describe, analyze, and optimize energy systems. The innovative teaching paradigm proposed reduces mathematical formalism while maintaining scientific rigor, emphasizing qualitative understanding, inductive learning, and the use of simulation tools. Thermoptim software serves as the cornerstone of this approach, enabling learners to construct, visualize, and analyze realistic cycle models through graphical and analytical representations. Adapted to different levels of expertise, from beginners to advanced learners, this method fosters motivation and autonomy while linking theoretical knowledge to industrial practice. The combination of systems thinking, digital modeling, and pedagogical innovation forms an effective triptych for mastering the design and optimization of nuclear reactor secondary cycles, aligning education with the technical and societal challenges of sustainable energy.