SOLIDWORKS Simulation (FEA):
Test a part on the computer before it is manufactured
You will learn to check in SOLIDWORKS Simulation how a part withstands loads and heat: mesh, boundary conditions, static and thermal analysis, interpreting results and topology optimization.
Who this course is for
People who can model in SOLIDWORKS
The course runs in SOLIDWORKS Simulation; knowing modeling basics helps.
Designers and engineers
You want to check whether a part withstands load and heat before building a prototype.
Mechanical engineering students
You want to see stress and deformation in the software on practical examples.
Why FEA?
Checking in SOLIDWORKS Simulation whether a part will withstand the load before building a prototype saves time and material.
Test before the prototype
You check the part on the computer instead of building it and breaking it.
Save material
Topology optimization removes unnecessary material while keeping the strength.
Backed by numbers
Stress, deformation and factor of safety — decisions rely on numbers.
What you will learn
The main topics of the lessons
Static analysis
Stress, deformation and factor of safety under load.
Thermal analysis
Heat conduction and thermal expansion.
Mesh and convergence
How mesh quality affects the accuracy of the result.
Topology optimization
Reducing material use while keeping the strength.
Course program
Course modules and their lessons
FEA fundamentals
- • Elements, nodes and the mesh
- • Material properties and boundary conditions
Static and thermal analysis
- • Static Structural Analysis
- • Thermal Analysis
Results
- • Mesh quality and convergence
- • Interpreting results and reporting
Practical projects
- • Topology optimization
- • Final project: a full analysis report
What you will gain from the course
- ✓Prove with calculations that a part will withstand the load
- ✓Set up the mesh and boundary conditions correctly and verify the result
- ✓Reduce material use with topology optimization
Why TechAxis?
In Uzbek
Lessons are taught in Uzbek; software terms are also given in English.
Hands-on lessons
In every module you apply what you have learned in a practical exercise.
Final project
At the end of the course you prepare your own project.
Plans
Choose the plan that suits you
Engineer Pro
Comprehensive analysis
- Full Thermal & Static
- Engineering portfolio for olympiads and startups
- Private discussion room
Corporate
Solutions for factories
- Direct integration with production
- Database for testing company staff at scale
Frequently asked questions
Which software is the course taught in?
SOLIDWORKS Simulation. Knowing the basics of modeling in SOLIDWORKS will help.
How deeply do I need to know physics and math?
The mechanics concepts you need (stress, deformation, material properties) are explained during the course. The software does the calculations.
Start now
Enroll in the course and learn at your own pace through hands-on projects.