Chip & Component: Electronics Cooling All Levels Training Package
Price: $199
The Chip & Component: Electronics Cooling All Levels Training Package is a focused 7-project path for cooling electronic components, from basic heat sinks and IGBT power modules to microchannel and immersion cooling. It delivers hands-on ANSYS Fluent training for students, engineers, and researchers, covering heat sink cooling, IGBT power modules, microchannel heat sinks with conjugate heat transfer, pin and plate heat sink comparison, and PCB and heat sink immersion cooling. Includes nearly 2 hours of step-by-step video lessons with English audio, and 15 years of MR CFD expertise. For heat sink design in greater depth, with porous media, nanofluids, and optimization, see the Heat Sink: Electronics Cooling All Levels Training Package.
Chip & Component: Electronics Cooling All Levels Training Package
Price: $199
The Chip & Component: Electronics Cooling All Levels Training Package is a focused 7-project path for cooling electronic components, from basic heat sinks and IGBT power modules to microchannel and immersion cooling. It delivers hands-on ANSYS Fluent training for students, engineers, and researchers, covering heat sink cooling, IGBT power modules, microchannel heat sinks with conjugate heat transfer, pin and plate heat sink comparison, and PCB and heat sink immersion cooling. Includes nearly 2 hours of step-by-step video lessons with English audio, and 15 years of MR CFD expertise. For heat sink design in greater depth, with porous media, nanofluids, and optimization, see the Heat Sink: Electronics Cooling All Levels Training Package.
The Chip & Component: Electronics Cooling All Levels Training Package is a focused 7-project path for cooling electronic components in ANSYS Fluent, from basic heat sinks and IGBT power modules to microchannel and immersion cooling. It is built for students, engineers, and researchers who want to model how chips, power modules, and circuit boards shed heat, starting with your first heat sink and ending with advanced immersion cooling.
Heat sink fundamentals and power electronics: Start with heat sink cooling and the energy equation. Then apply the same principles to an IGBT heat sink, a real power-electronics component.
Microchannel heat sinks: Analyze heat transfer enhancement in a microchannel heat sink with water flow, and conjugate heat transfer between the solid and the fluid in a microchannel heat sink.
Heat sink design comparison: Compare pin and plate heat sink performance.
Immersion cooling: Model two-phase cooling of a submerged PCB, then study the effect of immersion cooling on a heat sink’s performance.
What’s included:
7 step-by-step ANSYS Fluent projects, from basic heat sink cooling to immersion cooling
Nearly 2 hours of video lessons with English audio
Projects across beginner, intermediate, and advanced levels
Backed by 15 years of MR CFD simulation expertise
Looking for heat sink design in greater depth? The Heat Sink: Electronics Cooling All Levels Training Package adds porous media, aluminum foam, nanofluids, and DOE optimization.
Whether you’re preparing a thesis, designing a cooling solution for electronics, or building in-house CFD skills, this package gives you a structured path from your first heat sink simulation to advanced component cooling.
Congratulations
Congratulations! Your purchase was successful.
You can now start learning the course by clicking the button "Start Learning".