Skilled electrical engineer with background in designing, developing, and testing electrical equipment. Experience includes working on complex projects involving power systems and electronic devices, ensuring safety and efficiency. Strengths include analytical problem-solving, team collaboration, and adaptability to new technologies. Contributed to improving system performance and reducing operational costs through innovative engineering solutions.
Capstone Project: State of Health and State of Charge Measurement System January 2024 August 2024 - Developed a mathematical model to calculate battery internal resistance for accurate State of Charge (SoC) and State of Health (SoH) estimations., Designed and fabricated a printed circuit board (PCB) to measure voltage and current under varying pulse conditions., Utilized measurements within the model to determine internal resistance, referencing a lookup table with pretested values for SoC and SoH., Scaled the model to a 52-cell battery pack, achieving measurement accuracy within 5% of the industry- standard Arbin Battery Cycler., Produced fast and reliable SoC and SoH readings, enhancing battery management system accuracy.