Mechanical Engineering
Bachelor's degree at UNIFEG (2022–2026), in its final stage, focused on CAE pre-processing and finite element meshing.
Mechanical Engineering.CAE Pre-processing.FEA Meshing.
I prepare finite element models and meshes for durability analyses in the automotive industry, from clean geometry in HyperMesh to a simulation-ready model.
- Altair HyperMesh
- HyperWorks
- Autodesk Inventor
- 2D/3D Meshing
- Geometry Clean-up
- Mesh Quality
- Finite Elements
- Next.js
- React
- TypeScript
- Supabase
- Tailwind CSS
- Docker
- Node.js
- Godot
- GDScript
- After Effects
- Premiere
- Game Design
01 · About me
I'm in the final stage of a Mechanical Engineering degree at UNIFEG and, since May 2025, I've been working with CAE at TC Projetos, preparing finite element models for major automotive brands. My focus is pre-processing: cleaning up geometry, building 2D/3D meshes in Altair HyperMesh and making sure every element meets quality standards. On weekends, engineering gives way to the keyboard: web development, digital products and personal projects, with the same rigor I learned to demand from a mesh.
- projects in the portfolio
- 3
- automotive brands served
- 3
- everyday tools
- 19
- graduation year
- 2026
Mechanical Engineering: Bachelor's degree at UNIFEG (2022–2026), in its final stage, focused on CAE pre-processing and finite element meshing.
02 · Process
The same path applies to a mechanical part and to software. Drag the control (or the crystal itself) and follow each stage.
01 · Idea
It all starts with a sketch
A real problem, a notebook and lots of questions. The points are still loose: time to understand what needs to exist.
- Sketching
- Requirements
- Research
03 · Mesh Quality
In pre-processing, every element goes through quality checks before reaching the simulation. One of the nodes is misplaced: drag the inner nodes (or use the arrow keys) and watch the criteria react.
click an element to inspect it
6/9 passed
1 failed element: this model can't go to simulation.
Element E3 · QUAD4
failed| Criterion | Value | Limit |
|---|---|---|
| Aspect ratio | 1.35 | < 5 |
| Skew | 20.8° | < 60° |
| Jacobian | 0.59 | > 0.6 |
| Min angle | 65.4° | > 45° |
| Max angle | 138.4° | < 135° |
idealcould be betterwarningfailedWarpage does not apply here: the patch is flat (2D). Typical pre-processing limits; each project defines its own.
04 · Portfolio
CAE pre-processing and finite element meshing, from my thesis to the automotive industry.
05 · Contact
Guaxupé, MG · open to opportunities in CAE and development