Singapore, Singapore
My curiosity in physics and engineering has motivated me to pursue a degree in this field, with the aim of making valuable contributions to society's technological progress.
Optimized solar panel efficiency with MS Excel, Python and PVsyst, including parameter prediction with Python-based models. Additionally, contributed to electric vehicle telematics, focusing on tracking battery state-of-charge and real-time vehicle location.
During my internship with a project manager, I oversee the full project lifecycle, encompassing requirements gathering, design, development, and delivery. I effectively communicate project plans that outline defined roles and deadlines, while actively tracking budgets and costs to enhance profitability. My focus on proactive risk management allows me to maintain transparent communication with stakeholders. I also support compliance with asset maintenance standards and identify potential project opportunities, addressing technical queries and proposing effective solutions as needed. Additionally, I leverage AutoCAD to assist in building layout design, contributing to the overall success of the projects
Proficiently utilized SolidWorks for precision component design, harnessing Finite Element Analysis (FEA) to ensure optimal performance and reliability.
With excellent communication and problem-solving skills, I strive to ensure seamless operations and enhance the overall success of the Student Wing.
Worked together with other program executives to make sure that Engineering Science events ran smoothly and effectively.
As a marketing executive, I work collaboratively with my team to develop effective promotional materials for our Freshman orientation program events, with the goal of engaging and informing new students. Additionally, I also reach out to different companies looking for sponsors to support our Freshman orientation program.
My research program focuses on the fascinating phenomenon of Separation of Charge at Interfaces, which occurs at the boundaries between different phases such as solids, liquids, and air. This natural process has significant implications for a wide range of applications, including energy production and chemical reactions, which directly impact our daily lives. My team and I worked on separating charges from rainwater to generate electricity, contributing to a more sustainable environment.