Global Certificate in Aerospace Thermal Management: Efficiency Redefined

• Fundamentals of Aerospace Thermal Management: An overview of the critical concepts and principles of thermal management in the aerospace industry. This unit will cover primary keywords and lay the foundation for the rest of the course. • Heat Transfer Mechanisms: In this unit, students will learn about conduction, convection, and radiation – the three primary heat transfer mechanisms and their applications in aerospace. • Advanced Thermal Materials: An exploration of high-performance materials used in thermal management, including thermal interface materials, insulation materials, and phase change materials. • Thermal Analysis and Simulation: Students will learn how to use computational tools to analyze and simulate thermal management systems in aerospace applications. • Cooling Techniques for Aerospace: This unit will cover various cooling techniques used in aerospace, such as air cooling, liquid cooling, and heat pipes. • Thermoelectric Cooling: An in-depth look at the principles of thermoelectric cooling and its applications in aerospace. • Passive vs. Active Thermal Management: Students will learn the differences between passive and active thermal management systems and their respective advantages and disadvantages. • Testing and Validation: This unit will cover the various testing methods used to validate thermal management systems in aerospace. • Emerging Trends in Aerospace Thermal Management: A look at the latest trends and advancements in thermal management technologies, including nanotechnology and additive manufacturing.