Power
Battery systems, high-current safety, power electronics, packaging, and datacenter-relevant infrastructure.
Third-year electrical engineering student building across batteries, controls, firmware, automation and silicon.
Battery systems, high-current safety, power electronics, packaging, and datacenter-relevant infrastructure.
PLC logic, HMI workflows, safety interlocks, feedback systems, and operator-facing automation.
Embedded C/C++, Python tooling, data acquisition, sensing, and hardware-aware control logic.
SPICE, Sky130, Magic VLSI, SRAM layout, transistor-level design, and TinyTapeout readiness.
Working around industrial electrical systems with strong relevance to power infrastructure, reliability, and datacenter-scale engineering.
Supporting research, testing, clinical workflow preparation, and commercialization of non-invasive glucose monitoring technology.
Developed and reviewed PLC logic, HMI screens, schematics, and safety-minded control behavior for hoist systems.
Prepared AutoCAD drawing packages for EV charging, traffic signalization, hydro, and street lighting infrastructure.
Built temperature-sensing and firmware-oriented work for linear induction motor systems using thermistors, PCB design, and C.

Custom e-bike work across battery construction, controller engineering, high-current safety, and thermal awareness.

Industrial control systems involving PLC logic, HMI workflows, schematics, interlocks, and reliable operator behavior.

Sensing and firmware work spanning Waterloop propulsion, instrumentation, embedded logic, and data acquisition.
Circuit and layout project using SPICE, Sky130, Magic VLSI, transistor sizing, and TinyTapeout-oriented constraints.
I am looking for teams working on vehicles, batteries, power electronics, automation, silicon, or the infrastructure behind intelligent systems.