July 2024 - Sept 2024
• Designed and implemented efficient error checking digital hardware for my team's automotive power chip compliant with ASIL-D safety standards using SystemVerilog and Cadence
• Designed and evaluated CRC polynomials using formal verification for hardware-specific collision resistance
• Improved system performance by transitioning from LUT-based to XOR-based designs, reducing memory usage and increasing scaliability
• Delivered technical and non-technical presentations on CRC design to internal teams and external audiences and volunteered with "Inspiring Girls" to promote electronic engineering in local schools
• Coordinated cross-department "skill sessions" with international experts and led lab activities, including wafer IV measurements
Sept 2023 - Sept 2027
• Awarded the Renesas Female Award which also helped sponsor my first year of university at Imperial College London.
• I'm currently studying Electronic and Information Engineering at Imperial College London where I'm predicted a First Class Honours
Jul 2023 - Sept 2023
• Designed and implemented a method to automate identifying attention heads involved in factual recall in autoregressive GPT-style transformers to isolate features like situational awareness and deception in AI systems
• 1 of ~100 successful applicants selected to have their research funded through the Non-Trivial Fellowship from 20,000+ applications (top ~0.005%)
Sept 2021 - Sept 2022
• Designed and developed a prototype of a rapid diagnostic mask for tuberculosis winning the Silver award in an international competition.
• Developed a 3D thermal model to simulate temperature dissipation in the lysis unit of a mask device using Python and NumPy
• Implemented iterative methods to solve the heat equation and model heat transfer, focusing on resistive heating and temperature uniformity.
• Optimized the simulation for performance and accuracy, identifying and addressing oscillation artifacts.
• Collaborated with electronics specialists to ensure realistic model parameters and accuracy, improving thermal efficiency and performance predictions for the system.
Sept 2021 - Sept 2023
• Designed and created the manufacturing plan for a portable workspace using a detailed research and design process. Modelled, built and experimented with various mechanical devices.
• Additional projects involved independently researching, building and modifying an FDM printer, repairing bicycles for personal use and sale.
Sept 2016 - Sept 2023
• GCSEs: Achieved 12 Grade 9s
• A-Levels: Maths (A*), Further Maths (A*), Physics (A*) and Chemistry (A)
• Sponsored Prizes: Dudley Gaming Design & Technology Award, Bricklayers Mathematics Award
Click on the projects to find out more!
