• Led the team in promoting the annual technical symposium through collaborations with external colleges.• Executed outreach strategies and social media management to enhance visibility and engagement for the event.

• Collaborated on a research project focused on developing small marine data buoys with integrated wave energy generators.• Conducted a state-of-the-art review of existing technologies in this field during the initial project phase to understand areas for improvement.• The goal is to provide comprehensive real-time data for improved marine monitoring and enhance strategic planning for renewable energy.

• Designed a gate driver board for SiC MOSFETs with Altium software, prioritizing precise control of switching transients in power electronic circuits.• Rectified performance analysis of the PCB, identified limitations, and proposed modifications, leading to a 30% increase in operational efficiency.• Explored potential applications in power electronic systems, showcasing the adaptability of the optimized gate driver board and suitability for various advancements.

• Managed the team, coordinating publicity for the Entrepreneurship Summit 2022• Initiated entrepreneur collaborations, organizing podcasts to promote the club's outreach.

• Reviewed and evaluated resumes to identify qualified candidates based on the job requirements, skills, and experience.• Engaged in interviews with potential candidates to assess their suitability for the position.• Offered constructive feedback to candidates after interviews, helping them understand areas of strength and areas for improvement.

• Surveyed the analysis and optimization of a gate driver circuit for IGBT switches, achieving precise control signals through modifications.• Utilized KiCad software to fabricate a system architecture by integrating signal conditioning and protection mechanisms, subsequently implementing the designed system in hardware.• Leveraged circuitries such as level shifters and overvoltage protection to enhance reliability and functionality, leading to a 25% reduction in power dissipation and improved system performance.