Advanced Certificate in Thermoelectrics and 3D Printing
-- ViewingNowThe Advanced Certificate in Thermoelectrics and 3D Printing is a comprehensive course designed to provide learners with critical skills in two emerging technologies. This certificate program covers the fundamental principles, applications, and the latest developments in thermoelectrics and 3D printing.
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⢠Advanced Thermoelectric Materials: This unit will cover the latest advancements in thermoelectric materials, including bulk materials, nanostructured materials, and thin films. It will also discuss the factors affecting the efficiency of thermoelectric materials, such as the figure of merit (ZT).
⢠Thermoelectric Device Design: This unit will focus on the design of thermoelectric devices, including power generation modules, cooling systems, and waste heat recovery systems. It will cover the principles of device design, including the optimization of thermal and electrical contacts, heat exchangers, and thermoelectric legs.
⢠Thermoelectric Fabrication Techniques: This unit will discuss various fabrication techniques for thermoelectric devices, including traditional methods such as zone melting and hot pressing, as well as newer methods such as 3D printing and micro-/nanofabrication techniques.
⢠3D Printing for Thermoelectric Applications: This unit will cover the use of 3D printing in thermoelectric applications, including the fabrication of complex geometries, customized devices, and integrated systems. It will also discuss the challenges and opportunities associated with 3D printing for thermoelectric devices.
⢠Thermoelectric Characterization Techniques: This unit will cover various characterization techniques for thermoelectric materials and devices, including electrical conductivity, Seebeck coefficient, thermal conductivity, and power factor measurements. It will also discuss the use of thermal imaging, scanning probe microscopy, and other advanced techniques for characterizing thermoelectric materials and devices.
⢠Thermoelectric System Integration: This unit will focus on the integration of thermoelectric devices into larger systems, including power generation systems, cooling systems, and waste heat recovery systems. It will cover the principles of system design, including thermal management, electrical interfaces, and control systems.
⢠Thermoelectric Applications and Case Studies: This unit will provide real-world examples of thermoelectric applications, including power generation, cooling, and waste heat recovery systems. It will also discuss the challenges and opportunities associated with these applications, as
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