Building reliable firmware for high-power embedded systems.

I develop embedded firmware for induction and high-power generation products, combining low-level MCU development with hardware debugging, validation strategy, and cross-functional execution. My work focuses on turning technically demanding designs into reliable, production-ready systems.

Experience

The Vollrath Company — Power Electronics-Firmware Engineer

June 2021 – Present · Sheboygan, WI
  • Led end-to-end development of a best-in-class induction product while coordinating firmware, hardware, and test activities.
  • Developed complete firmware for SCR- and IGBT-based high-power generation products.
  • Created a differentiated pan-detection technique for single-switch induction cooktops.
  • Managed firmware execution from concept through implementation, including temperature control and user feedback integration.
  • Programmed AVR microcontrollers and TMS320-based systems using IAR and CCS.
  • Used JTAG and Atmel ICE for debugging, troubleshooting, and hardware support.
  • Created and executed firmware test plans using probes, measurement equipment, and data logging for validation.

Stonecutter Recording Studio — Audio/Electrical Engineering Intern

May 2020 – August 2020 · Chicago, IL
  • Collaborated on optimizing electrical and musical equipment placement to improve live recording sound quality.
  • Troubleshot microphones, cables, connectors, and supporting studio electrical systems.
  • Worked in a precision-focused technical environment requiring strong hands-on execution.

Selected Highlights

Induction Product Development

Led firmware execution for an induction platform and helped drive concept-to-implementation technical work across disciplines.

Pan Detection Innovation

Developed a distinctive pan-detection method for single-switch induction cooktops as part of product differentiation.

Validation Infrastructure

Built structured test plans and measurement workflows to validate firmware behavior and improve product confidence.

Embedded Toolchain Depth

Worked across AVR and TMS320 platforms with low-level debugging tools and practical firmware deployment workflows.

Technical Areas

Embedded Firmware 8-bit AVR TMS320 Power Electronics Induction Heating Resistive Heating Debugging Validation Testing System Integration Hardware Bring-Up Data Logging Cross-Functional Leadership

Education

University of Illinois at Chicago

M.S. Electrical and Computer Engineering · May 2021

Pune Institute of Computer Technology

B.E. Electronics and Telecommunication Engineering · May 2018

Community Involvement

AVRFreaks Forum · TI E2E Forums
  • Active contributor in firmware engineering communities, supporting technical discussions and peer problem-solving.
  • Earned over 250 points on both platforms through consistent participation.