- Taught university-level Engineering Mechanics and Dynamics, core classical physics courses.- Known for clear, concise communication, simplifying complex theoretical models.- Received consistent positive feedback for making advanced topics accessible.- Helped students master Newtonian mechanics and rotational dynamics with practical, real-world applications.- Focused on building problem-solving skills through engaging, effective teaching.

- Pursuing a PhD at the University of Sydney with the DARE institute, focused on innovative solutions for coral bleaching.- Research integrates Bayesian Statistics and computational fluid dynamics to model seawater droplets injected into the atmosphere, aiming to increase cloud albedo and reduce solar radiation reaching the ocean.- Goal is to prevent or reverse coral bleaching, protecting marine ecosystems from the impact of climate change.- Developed a sophisticated software tool (BayeSpace) capable of inferring parameters for complex system models, with broad applications across various fields.- Committed to advancing sustainable solutions for preserving marine environments in the face of climate challenges.

- Developed a Machine Learning Evolution-based algorithm to optimize satellite antenna array configurations.- Applied ML techniques to improve the efficiency and performance of satellite communication systems.- Gained hands-on experience with cutting-edge satellite technology and optimization algorithms.- Contributed to enhancing the capabilities of satellite antenna arrays through innovative, data-driven solutions.

- Proficient in programming languages and frameworks: JavaScript, TypeScript, HTML, CSS, with experience in AWS, GCP, Angular, and React.- Worked on Agile teams, contributing to multiple projects using Scrum and Kanban methodologies.- Completed Machine Learning courses during furlough and applied this knowledge to internal projects.- Gained hands-on experience with ML algorithms and integrated predictive models to enhance project performance.- Continuous learner, consistently applying new skills to drive innovation and improve outcomes.

- Calculated delta-V and propellant budgets for FLEX using a statistical approach, developing key skills in Matlab and statistical mechanics.- Created a delta-V calculation tool for orbit acquisition, applied across various statistical scenarios.- Produced a thesis-level report, receiving high praise for clarity and depth of analysis.- Self-taught advanced orbital mechanics, demonstrating strong problem-solving and independent learning capabilities.- The approach and tools developed are under consideration for future budget calculations, reflecting the quality of the work.- Delivered a well-received presentation, effectively communicating complex concepts to a technical audience.

- Tutored A level and GCSE maths students using my advanced mathematical knowledge and communication skills- Given the responsibility to teach some A level classes after proving that I was trustworthy and capable- Devised and tested physics experiments before introducing them to the students- Managed the climbing wall and helped improve the facility by identifying weaknesses and coming up with solutions- Was entrusted in running the rock climbing club and provided instruction and coaching to the students- Organised boarding house activities for large groups of students, greatly developing my organisation and communication skills