Hybrid Electronics Enclosure Design with Thermal Simulations

Hybrid Electronics Enclosure Design with Thermal Simulations
Published 11/2025
Duration: 3h 24m | .MP4 1280×720 30 fps(r) | AAC, 44100 Hz, 2ch | 2.59 GB

Enclosure Design, Development and Thermal Analysis for Efficient Hybrid (Metal + Plastic) Electronics Housings

What you’ll learn
– What is electronics enclosure
– what are the challenges and how to overcome challenges while desigining
– Sketching, Solid Modeling, Assembly & Thermal Simulations
– Documentation of your design

Requirements
– Just the basic knowledge of Sildworks

Description
Take your SolidWorks skills to the next level with a complete, hands-on project – designing ahybrid electronics enclosurethat combines3D-printed plastic componentswithaluminum heat sinksfor superior cooling and performance.

Whether you’re a student, engineer, or product designer, this course will strengthen your understanding ofSolidWorks modeling, assembly creation, and simulation techniqueswhile introducing real-world design practices used in the electronics industry.
What you’ll learn:

Complete workflow ofSolidWorks modeling and assembly design

Designinghybrid enclosuresusing aluminum and plastic materials

Creatingparametric 3D models and complex geometry

Top to down modeling and assembling techniques

Setting upthermal simulations and analyzing heat transfer
Designing and positioningfans based on simulation data
Generatingmanufacturing drawingsand preparing models forFDM 3D printing

Understanding real-worldthermal management in electronic enclosures

Why take this course:This isn’t just another SolidWorks tutorial – it’s aprofessional-level projectthat demonstrates how to design with both functionality and manufacturability in mind. You’ll gain the confidence to work on real engineering problems, build a portfolio-ready project, and learn the workflow engineers use to bring thermal-efficient enclosures to life.

Who this course is for:
– Mechanical Engineers
– Designers
More Info