OpenLSM Prototype Beta revision 2: Radial heat-sink design study (aluminum 6061, eddy current analysis)
Computational and Electrical Engineering student at RMIT University, specializing in electromagnetic systems, multi-physics simulation, and numerical tool development.
| Active Projects | Description |
|---|---|
| OpenLSM | A low-cost tubular linear synchronous motor for Cartesian motion systems using custom FEM and ROM tooling. |
| PicoUnits | A dimensional constraint system for engineering design synthesis in Python. |
| PyFEA | An intermediate representation system for multi-physics problems using solver adaptors. |
| Category | Technologies |
|---|---|
| Languages | Python, C, C++, MATLAB |
| Hardware & Firmware | Electromagnetic Design, STM32, Embedded Systems, Digital and Analog Circuit Design |
| CAD & Simulation | Fusion 360, Inventor, KiCad, Altium Designer, LTspice, FEMM |
| Tools & Workflow | Git, LaTeX, Linux (Arch + Debian), VS Code |
For a full list of projects, see my repositories.
University projects: rmit-wgbowley.
View my resume.