01
Define
Translate user, functional, and manufacturing needs into clear design requirements.
Mechanical Product Design · 2026
Build.
Test.
Iterate.
Mechanical & product design engineering across electromechanical systems, reverse engineering, CAD, simulation, prototyping, DFM/DFA, and manufacturing.
SolidWorks✦Creo✦FEA✦Topology Optimization✦DFM/DFA✦FDM · SLA · SLS · DMLS✦SolidWorks✦Creo✦FEA✦Topology Optimization✦DFM/DFA✦FDM · SLA · SLS · DMLS✦
Featured engineering stories
Big images.
Real process.
The project pages use single, large, 4K-sized assets. Simulation outputs and CAD stages are shown individually instead of being compressed into white-background collages.
01 · Professional prototype
Poolular
Controller
Enclosure design, component CAD, static simulation, FDM hardware, electromechanical integration, functional test, and prototype video.
Open case study ↗02 · Scan-to-CAD + FEA
Lightweight
Bicycle Fender
3D scan, cleanup, reference geometry, boundary conditions, separate displacement/strain/stress outputs, topology study, CAD rebuild, mounting detail, and print orientation.
Open case study ↗
03 · DFAM + DFA
Modular
Phone Case
Every component is shown separately: outer shell, inner case, assembled housing, camera slider, and integrated concept.
Open case study ↗
04 · Mass customization + FEA
Prosthetic
Socket
Reverse-engineered concept, separated displacement/stress/strain outputs, topology-informed redesign, and independent additive-manufacturing orientations.
Open case study ↗
05 · Electromechanical concept
Universal
Paste Extruder
Separate front, side, top, isometric, extruder, and physical-prototype views document the system and V1→V2 feed architecture iteration.
Open case study ↗
All work
Beyond the
five.
The PDF remains available, but the website also includes the material-testing study, additional CAD/mesh studies from Drive, and supporting manufacturing work.
Engineering approach
From need
to evidence.
Translate requirements into geometry, prototypes, analysis, tests, manufacturing decisions, and iteration.
02
Design
Develop concepts, CAD, interfaces, and manufacturing-ready geometry.
03
Validate
Use simulation, prototyping, testing, and failure analysis to make decisions.
04
Iterate
Improve performance, manufacturability, reliability, cost, and serviceability.
Capabilities
Mechanical thinking.
Made tangible.
6+Years engineering experience
100+Production orders delivered
20%Material reduction through DFAM
Mechanical designElectromechanical assemblies, fixtures, mechanisms
CAD & analysisSolidWorks, Creo, AutoCAD, NX; FEA and topology studies
ManufacturingDFM/DFA, precision tooling, CNC, sheet metal, molds
PrototypingFDM, SLA, SLS, DMLS; iterative build and test
ExecutionRoot-cause analysis, supplier coordination, technical documentation
Professional experience
Engineering
in the real world.
Professional work spans regulated manufacturing engineering and hands-on electromechanical prototype development.
Manufacturing Engineering · Pharmaceutical Manufacturing
Equipment integration, troubleshooting & execution
Equipment and process engineering, technical troubleshooting, facility layouts, validation support, vendor coordination, and cross-functional engineering in a regulated manufacturing environment.
Mechanical Engineer Intern · Poolular
Prototype build, integration & iteration
Mechanical housing development, FDM prototypes, fixture-assisted assembly, mechanical/electrical integration, functional testing, and iterative design improvement.
Contact
Let's build
something useful.
Mechanical product design, prototyping, simulation, and manufacturing execution.