Mechanical Engineering Student · Product Design · Hardware Development
Building a practical bridge between CAD, engineering analysis, physical products, and intelligent tools.
Email · GitHub · LinkedIn · Portfolio
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Physical-world reasoning over product teardowns: understanding why products are built the way they are, how they fail, and how to design them better. Product reasoning · CAD · Engineering analysis · Knowledge graphs |
Research into geometric data, B-rep representations, parametric CAD, and human design workflows. FreeCAD · OpenSCAD · CAD research · Deep learning |
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Exploring intelligent interfaces for FreeCAD and more accessible parametric design workflows. Python · FreeCAD · Tool integration · Automation |
An engineering-career intelligence pipeline for tracking mechanical-engineering openings and recurring skill signals. Python · Data pipelines · Career research · Automation |
| Track | Evidence I am developing |
|---|---|
| Product and hardware | Teardowns, requirements, design trade-offs, mechanisms, and physical-product reasoning |
| CAD and computational design | Parametric modeling, FreeCAD/OpenSCAD workflows, geometric representations, and automation |
| Engineering workflows | Research pipelines, structured documentation, validation, and tools that make technical work easier to repeat |
FreeCAD · OpenSCAD · Python · TypeScript · CAD research · Product teardown · Parametric design · Technical documentation
The portfolio is being extended toward mechanical product design, DFM/DFA, GD&T, FEA, prototyping, and manufacturing validation. New claims will be added only when they are backed by a published project or test result.
How I approach a hardware problem
problem → requirements → concepts → CAD → analysis → prototype → test → iteration
I am building each new project around visible assumptions, revision history, measurable tests, and a clear explanation of what changed after validation.
- Developing a three-project mechanical hardware portfolio: enclosure/DFM, FEA validation, and NPI/process control.
- Turning engineering learning into public evidence through drawings, calculations, test data, and design reviews.
- Preparing for product-design, mechanical-engineering, manufacturing-development, and hardware internships.
View the rest of my repositories
For mechanical product design, CAD, hardware research, or engineering collaboration:
Email: jagathsrujan22@gmail.com
GitHub: @jagathsrujan
LinkedIn: linkedin.com/in/jagath-srujan-057156359
Portfolio: jagathsrujan.github.io/jagath-srujan
Designed around evidence, iteration, and useful things that can survive contact with the real world.
