Epsom, England, United Kingdom
My career objectives are to secure a technical mechanical engineering role where I can apply my systems-thinking approaches and design-led innovation. My experience includes performing high level data analysis on composite materials to identify performance trends and assisting in the manufacturing process and lay up for high-performance components used in Formula 1. Concurrently, my university studies have allowed me to develop a robust technical skillset, leading a group project to generate, develop, and refine concepts using CAD and FEA to optimise structural stresses. The discipline and focus required for competitive swimming have directly shaped my professionalised approaches, enabling me to deliver high quality outputs when placed under pressure. Furthermore, my roles in teaching and volunteering have sharpened my leadership and communication skills, ensuring I can collaborate effectively within a technical team. I am eager to apply this combined practical, academic, and personal skillset to develop cost-effective and innovative engineering solutions.
Mechanical Engineering BEng Student at the University of Birmingham | Aspiring Design & Analysis Engineer | Passionate about Renewable Energy and Sustainable Innovation A motivated and inquisitive Mechanical Engineering student at the University of Birmingham, developing a strong foundation in core principles including thermodynamics, fluid dynamics, solid mechanics, and materials science. I am actively seeking a industrial placement for 2025-2026 to apply my theoretical knowledge to real-world engineering challenges and contribute to innovative projects. My academic journey is focused on understanding the integral role of mechanical design and analysis in creating efficient and sustainable solutions for the future. I am particularly fascinated by the engineering challenges within the renewable energy and automotive sectors and am eager to gain hands-on experience in a dynamic, technical environment.
Passionate and methodical Swimming Instructor dedicated to fostering water safety and technical excellence in swimmers of all ages and abilities. I believe in a structured, goal-oriented approach to swimming education that empowers students by making progress clear and achievable. My expertise lies in designing systematic curricula and using objective metrics to personalise training, ensuring each swimmer optimises their potential and develops a lifelong love for the water. I proactively developed and implemented more structured lesson plans to create a clear pathway for skill acquisition. This framework provides students with a consistent, predictable learning progression, effectively breaking down complex strokes into manageable steps to reach lesson objectives efficiently. Beyond lesson delivery, I employ a data-driven approach to assess swimmer progress. By tracking key metrics such as stroke efficiency, lap times, and skill completion rates, I can move beyond subjective assessment. This allows me to create individualized improvement plans in collaboration with each swimmer, transforming generic lessons into a highly optimised performance system that delivers tangible results and boosts student confidence.
Hands-on Composites Engineer specialising in the intersection of advanced materials testing and precision manufacturing for the motorsport and automotive sectors. My time of work experience at Snapdragon was defined by transforming raw data into performance insights and translating design specs into tangible, high-quality carbon fiber components. I partook in a materials analysis project, performing mechanical and thermal testing on 10+ CFRP samples to decode key trends and validate failure models, directly informing critical design decisions. On the shop floor, I applied this knowledge, assisting in the lay-up and curing processes for high-stakes projects including the Aston Martin Vulcan and Formula 1, ensuring every component met impeccable quality standards. This unique blend of analytical and practical skills allows me to bridge the gap between R&D and production, ensuring that theoretical performance is achieved in reality.
Hands-on and detail-oriented vehicle technician with experience assisting in the diagnosis and repair of complex mechanical and electrical issues across a diverse range of vehicles. I am passionate about automotive technology and dedicated to developing my technical expertise to deliver high-quality, reliable repairs. I thrive in a collaborative team environment where I can support senior engineers and contribute to overall workshop efficiency. By actively collaborating on process improvements, I played a key role in initiatives that streamlined workshop workflow and achieved a 10% reduction in average vehicle turnaround time, enhancing customer satisfaction and shop productivity.