I will perform professional fea simulation and engineering analysis

J
junseok_shin
J
junseok_shin
Junseok Shin

About this gig

I will perform professional FEA simulation and structural analysis for mechanical parts and engineering designs.


With a mechanical engineering background and experience in CAE, FEA, and design optimization, I can help you understand how your part behaves under load through stress, displacement, and deformation results.


This gig is suitable for:

- Mechanical parts

- Brackets and fixtures

- Product components

- Simple assemblies

- Design validation

- Structural performance checks


Deliverables may include:

- FEA result images

- Stress and displacement plots

- Brief engineering summary

- Design review or improvement suggestions

- Source files if included in the package or selected as an extra


Please contact me before ordering. I will first review your CAD file, geometry, material, loads, constraints, and analysis goal to confirm the scope.


Simulation results depend on the assumptions, input data, material properties, and boundary conditions. For complex or safety-critical projects, please discuss the details with me before placing an order.

Delivery style preference

Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.

Get to know Junseok Shin

Junseok Shin

FEA and Shape Optimization Specialist

  • FromSouth Korea
  • Member sinceSep 2025
  • Languages

    Korean, English
I am a mechanical engineering specialist focused on FEA, CAE simulation, and optimization. I have experience in finite element analysis, shape optimization, topology optimization, and Python-based CAE automation. I can help with structural analysis, stress and deformation evaluation, design improvement, simulation result interpretation, and optimization-oriented engineering workflows. I mainly work with open-source FEA tools such as CalculiX and PrePoMax, and I aim to provide practical, clear, and reliable engineering support for mechanical design and simulation projects.