Firmware Developer with over 4 years of experience in embedded systems, low-level hardware programming, and medical-grade safety-critical systems. Skilled in C/C++ for RTOS environments, hardware-software integration, and safety module development for critical systems. Proven ability to deliver reliable solutions in collaborative and multidisciplinary settings, and passionate about improving medical technology through innovative design and rigorous testing.
Overview
5
5
years of professional experience
Work History
System Engineer
Atlas Power Technologies
Abbotsford
11.2022 - Current
Designed a safety-focused test system for supercapacitors utilizing Xilinx FPGA, integrating SCPI-controlled power supplies and programmable loads for accurate, real-time data acquisition and monitoring in Python
Developed firmware for Modbus protocol integration using lwIP stack, enhancing data communication reliability and efficiency in critical monitoring systems for Power Conversion Systems
Studied and selected hardware for monitoring and balancing supercapacitor cells (BMS Selection), ensuring compliance with UL1973 and UL810A standards
Conducted hardware systems review for functional safety as per industry standards, providing feedback on system improvements and compliance alignment
Engineer, RF
NETGEAR
Richmond
02.2021 - 11.2022
Collaborated with cross-functional teams to validate multi-band antennas on LTE/5G devices, utilizing automated firmware testing to ensure FCC compliance and quality standards in safety-critical applications
Conducted PCB and schematic reviews, optimizing for low-power consumption and reliability, essential for embedded systems in regulated environments
Performed Over-the-Air (OTA) testing of antenna efficiency and power management to meet performance metrics
Analyzed cellular performance with CMW500 and Keysight UXM equipment, coordinating with ODM partners for device certification and testing
Embedded Engineer (Part-Time)
SFU-Power Electronics Lab
Surrey
01.2020 - 04.2020
Developed real-time firmware on TIVA C microcontroller for a power-conversion module in a Modular Multilevel Converter, utilizing ADC and PWM modules to control voltage and ensure stability and safety
Programmed control algorithms with a focus on hardware-software integration and system reliability, achieving accurate control over critical power systems
Education
RF Engineering Certification -
UCSD Extension
05.2022
BASc - Mechatronic Systems Engineering
Simon Fraser University
10.2020
Skills
Low-level embedded C/C programming, MATLAB, and RTOS
Oscilloscope, Digital Multi-Meter, Digital Multi-Meter, Function Generator
Circuit designing, testing
Microcontrollers: TIVA C, STM32, Xilinx
Network Analyzer, Power Amplifiers
PCB Design: KiCad
Simulation Tools: Simulink, Multisim, and Proteus
LabVIEW, Python
Communication: SPI, UART, I2C, MODBUS TCP
Version Control Management: GitHub, JIRA, and Bitbucket
Projects
Embedded Hardware Lead | Capstone Project, SFU - Found Sound Music Synthesizer, Developed a standalone musical synthesizer with live performance features, designing circuits and PCBs using Ki CAD for button pads and interfacing between subsystems. Programmed multiple microcontrollers such as Teensy, At Mega, and Raspberry Pi, establishing communication between them using UART to ensure seamless device operation.
Customer Service Team Lead and Business Key User at Atlas Copco, Power TechniqueCustomer Service Team Lead and Business Key User at Atlas Copco, Power Technique
Machine Operator/Assembler (Part Time/Full Time) at Right Away Cutting and CoringMachine Operator/Assembler (Part Time/Full Time) at Right Away Cutting and Coring