Singapore, Singapore
I am a Chemical Engineering student at the National University of Singapore with a strong interest in energy systems, particularly in battery technologies and sustainable solutions. My academic journey has been complemented by hands-on research experience at the Ion Separation Membrane Research Lab (SMART Lab, SKKU), where I explored materials and processes related to lithium-ion systems. This experience strengthened my interest in electrochemical systems and deepened my understanding of how fundamental engineering principles translate into real-world energy applications. Beyond academics, I actively engage in leadership and global initiatives. As an LG Energy Solution Global Ambassador (Better Leaders 5th Generation), I collaborate with peers worldwide to explore innovations in the battery industry and contribute to shaping a more sustainable energy future. I am particularly interested in bridging the gap between chemical engineering fundamentals and emerging energy technologies. Moving forward, I aim to further develop my expertise in battery systems, sustainability, and large-scale energy solutions, while contributing to impactful projects in the global energy sector.
Selected as a Global Ambassador for LG Energy Solution’s BETTERLEADERS 5th program, focused on advancing next-generation energy solutions. Develop a deeper understanding of lithium-ion battery technologies through exploration of electrochemical mechanisms and system-level applications. Collaborate with an international cohort to exchange technical insights and examine emerging trends in sustainable energy systems.
Conducted research on ion separation membranes at SMART Lab, Sungkyunkwan University (SKKU), with a focus on lithium-ion (Li⁺) selectivity and transport behavior for battery and energy storage applications. Investigated membrane properties such as ion permeability, selectivity, and chemical stability under various conditions, with particular attention to enhancing Li⁺ selectivity over competing ions. Assisted in the fabrication and characterization of membrane materials through solution preparation, membrane casting, and electrochemical performance testing. Analyzed experimental data to evaluate ion transport mechanisms, including diffusion and migration, and their relationship with membrane structure and material properties. Developed a strong understanding of mass transfer phenomena and structure–property relationships in membrane systems. Collaborated with research team members to optimize membrane performance for next-generation lithium-ion battery and separation technologies.
Completed a 180-hour intensive training program covering battery fundamentals, electrochemistry, and manufacturing processes. Gained hands-on experience in battery production, including coin cell fabrication and process operations. Developed practical industry insight through analytical methods, performance evaluation, and a team-based project on battery applications.
Led publicity efforts for society events and initiatives, increasing student engagement and participation. Oversaw content creation and social media strategy, ensuring consistent and impactful communication. Collaborated with internal teams to align promotional campaigns with event objectives and timelines.