The Gas Turbine Principles course provides an introduction to the key components and processes that govern a gas turbine engine. The course is divided into three sections: Fundamental Components, Gas Turbine Engine Breakdown, and Parameters. In the first section, students will learn about the fundamental components of a gas turbine engine, including the compressor, combustor, and turbine. They will also learn about the key processes that drive these components, such as compression, combustion, and expansion. The second section of the course provides a holistic view of the gas turbine engine, breaking down each section into its core principles and exploring each component that makes up the engine. This section will help students gain a deeper understanding of the gas turbine engine and how it works. The third section of the course focuses on parameters, including the importance of temperature measurement and utilization in gas turbine engines, as well as the advantages and disadvantages of using a gas turbine engine. This section helps students consolidate their knowledge on the components and systems of a gas turbine engine, and how these parameters affect the performance and efficiency of the engine. Overall, the Fundamentals course is an essential foundation for anyone interested in learning about gas turbine engines, providing a comprehensive overview of the key components, processes, and parameters that govern these powerful machines.