Motivated chemical engineering student with hands-on experience in thermal management, fluid dynamics, and process simulation, all of which are directly applicable to the development of nuclear fusion technologies. I am currently pursuing a bachelor's degree in chemical engineering with plans to further my academics through a postgrad master's in Physics and Technology of Nuclear Reactors. My academic and extracurricular experiences, including competing in engineering-focused hackathons, has helped me develop the skills needed to approach complex challenges and think creatively about solutions in the fusion field.
Organized meetings, communicated university staff, helped with paperwork, ran and set-up the social accounts and the email communications.
Developed a VR game focused on raising awareness about HVAC environmental impacts. Contributed to the design and implementation of gameplay mechanics and user experience to effectively communicate key messages. The project combined technology and social impact to engage users in a meaningful way.
Thermodynamics – Understanding the principles of energy conversion, heat transfer, and energy efficiency is critical for managing the extreme conditions inside fusion reactors
Heat Transfer – Designing and optimizing cooling thermal management systems
Fluid Dynamics – Understanding fluid behavior in plasma-facing components, as well as within cooling systems
Process Design and Optimization – Ability to design chemical processes, reactors, and systems to ensure the fusion reactor operates efficiently and safely, including the extraction and management of by-products
Achieved a 1380 SAT
Awarded with the AP Scholar Award