Physics with Theoretical Physics · University of Bath
I turn complex systems into clear, testable tools, combining mathematical modelling, computation and disciplined investigation.
01 / Selected work
Projects that turn uncertainty into insight, and insight into working systems.
A local Python and LLM-assisted workflow for finding, structuring and reviewing research impact evidence during an internship with the University of Bath.
Turned more than 50 fragmented research outputs into a structured, reviewable evidence workflow.
A tested Python engine for European option pricing and risk analysis, with analytical benchmarks, uncertainty estimates, Monte Carlo Greeks and reproducible convergence studies.
Nearly halved call-price variance at the same simulation budget while making pricing and risk uncertainty explicit.
Collaborative software and technical documentation supporting an interdisciplinary team developing intelligent assistive prosthetic technology.
Supports continuity across an interdisciplinary team by turning technical decisions into maintainable software and documentation.
02 / About
I'm studying BSc Physics with Theoretical Physics with Professional Placement at the University of Bath, where mathematical theory meets scientific computing, modelling and experimental work.
Across quantitative modelling, research impact analysis and interdisciplinary engineering, I focus on the same outcome: a clearer decision, backed by a system that can be tested and trusted.
I bring careful measurement, applied statistics and technical communication to problems in finance, technology and research. My placement goal is to contribute where rigorous analysis can create practical momentum.
Research spotlight / 2026
University of BathResearch & Impact Intern · Bath Insights
Built a focused evidence workflow for the University's research-impact work across policy, health and environmental domains, making scattered signals easier to find, structure and review.
03 / Experience
Technical work becomes valuable when teams can understand it, use it and move forward with it.
University of Bath
Building collaborative software, web infrastructure and technical documentation for an interdisciplinary assistive-technology team.
Team Bath Racing Electric
Contributed to control and motion-planning work in a multidisciplinary Formula Student engineering environment.
University of Bath
Representing the university and making complex choices clearer for prospective students and families.
EDT & GE Vernova
Led a year-long engineering design project from evaluation to a formal presentation for industry stakeholders.
04 / Recognition
Gold Award · top approximately 5% nationally
Gold Award · engineering project with GE Vernova
90% · Electrical Properties of a Tungsten Filament Lamp
1st place · team leadership and resource allocation
05 / Contact