Thermal Management in Electronics and Machinery
( 25 Modules )

Module #1
Introduction to Thermal Management
Overview of thermal management, importance, and applications in electronics and machinery

Module #2
Thermal Fundamentals
Basic principles of heat transfer, temperature measurement, and thermal properties of materials

Module #3
Heat Transfer Mechanisms
Conduction, convection, radiation, and phase change heat transfer mechanisms

Module #4
Thermal Analysis and Modeling
Introduction to thermal analysis, modeling, and simulation using numerical methods

Module #5
Electronics Thermal Management
Thermal management in electronic devices, components, and systems

Module #6
Heat Sinks and Thermal Interfaces
Design and selection of heat sinks, thermal interfaces, and thermal greases

Module #7
Cooling Technologies
Air cooling, liquid cooling, and hybrid cooling technologies for electronics

Module #8
Thermal Management in Electronic Packaging
Thermal design and management in IC packages, PCBs, and modules

Module #9
Machinery Thermal Management
Thermal management in machinery, including motors, generators, and gearboxes

Module #10
Heat Generation in Machinery
Sources of heat generation in machinery, including friction, windage, and electrical losses

Module #11
Cooling Systems for Machinery
Air cooling, liquid cooling, and hybrid cooling systems for machinery

Module #12
Thermal Protection and Monitoring
Thermal protection devices, thermal sensors, and monitoring systems for electronics and machinery

Module #13
Thermal Reliability and Failure Analysis
Thermal reliability, failure modes, and analysis techniques for electronics and machinery

Module #14
Thermal Management in Automotive Systems
Thermal management in electric vehicles, hybrid vehicles, and automotive electronics

Module #15
Thermal Management in Aerospace and Defense
Thermal management in aerospace, defense, and high-reliability electronics

Module #16
Computational Fluid Dynamics (CFD) for Thermal Analysis
Introduction to CFD and its application in thermal analysis and simulation

Module #17
Experimental Thermal Analysis
Experimental techniques for thermal analysis, including temperature measurement and data acquisition

Module #18
Thermal Management Material Selection
Selection and application of thermal management materials, including thermoelectric materials

Module #19
Thermal Management Design Considerations
Design considerations for thermal management, including thermal budgeting and thermal optimization

Module #20
Thermal Management Standards and Regulations
Industry standards and regulations for thermal management, including safety and reliability standards

Module #21
Thermal Management in Emerging Technologies
Thermal management challenges and opportunities in emerging technologies, including 5G, IoT, and AI

Module #22
Case Studies in Thermal Management
Real-world case studies and examples of thermal management in electronics and machinery

Module #23
Thermal Management in Sustainable Energy Systems
Thermal management in sustainable energy systems, including solar, wind, and fuel cells

Module #24
Thermal Management in Industrial Automation
Thermal management in industrial automation, including robotics, motion control, and process control

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Thermal Management in Electronics and Machinery career

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Thermal Management in Electronics and Machinery ( 25 Modules )

Thermal Management in Electronics and Machinery
( 25 Modules )