
As a second-year aerospace engineering student, I am hoping to secure a one year industrial placement/ internship, applying my skills and broadening my understanding of aerodynamics, software and mechanical projects. Throughout the past year, I have efficiently balanced my degree alongside involvement in societies and a part-time job, highlighting my discipline and time management skills. I have a keen interest in hands-on engineering and practical design, with experience using Siemens NX to create detailed 3D models, including the design and development of a gearbox for a small-scale wind turbine project. Through my academic and professional experience, I have developed strong analytical and numerical skills, enabling me to interpret complex data and support administrative and project-based tasks effectively. My strong passion for sports cars, in particular the advantageous role of aerodynamics in the automotive industry, fuels my interest to study and develop my knowledge in the engineering field further.
Gateway To Aviation - Work Experience With London Gatwick (virtual) (certificate achieved) (Completion date - March 2025)
Siemens Engineering Work Experience (virtual) (certificate achieved) (Completion date - February 2026)
As part of a group design project, we developed an accessibility-focused navigation solution to improve wayfinding for individuals with mobility or visual impairments within the university. Our team proposed and designed a system of clearly labelled and colour-coded floor markers that extended from building entrances directly to key classrooms and facilities. I contributed to the concept development, layout planning, and presentation of the solution, ensuring practicality, visibility, and ease of implementation. The project strengthened my teamwork, user-focused design thinking, and problem-solving skills.
In a separate group programming coursework project, we analysed engineering problems related to offshore wind turbines. Using Python, NumPy, and Matplotlib, we wrote code to process turbine power data, perform numerical analysis, and implement interpolation methods to estimate lift coefficients at specific attack angles. I contributed to developing the data analysis functions, implementing finite difference schemes, and ensuring the results were clearly visualised through plots. This project enhanced my programming ability, numerical methods understanding, and application of computational tools to real engineering systems.
Electronics I
Programming
Mechanics of Materials and Manufacturing
Engineering Design I
Thermodynamics and Fluid Mechanics
Mathematics I
The Engineer in Society - Social Responsibility
Engineering Science
Thermodynamics
Engineering Design II
Mechatronics and Systems
Data Analysis for Engineers
Structures and Materials
Fluid Mechanics
Mathematics II
The Engineer in Society - Sustainability and Circular Economy