CV
Third-year MEng Aerospace student at Southampton. Structures lead on a flight-tested quadcopter, flight test engineer aboard the NFLC Saab 340B, and someone who’s as happy on the lathe as in ANSYS Fluent. Looking for a 2027 placement.
2024–present
MEng Aeronautics and Astronautics with Industrial Placement Year
University of Southampton. On track for a high 2:1.
2024
The Skinners’ School, Tunbridge Wells
A-Levels: Maths A, Further Maths B, Physics A, Chemistry A
SESA2030
UAV Quadcopter, Structures Lead
Structures lead on a 625 g flight-tested quadcopter, and sole owner of its gimbal from first sketch to flying part.
FEEG1201
SAR UAV: Wing Design & Structural Analysis
Tested 11 NACA aerofoils in XFLR5, selected NACA 4312; custom Python bending and deflection script; 1:5 scale model.
2024–present
Model Rocket, Southampton University Spaceflight Society
Fibreglass body tubes on a mandrel I designed and printed. In progress.
Jun 2026
Flight Test Engineer, NFLC Saab 340B
Cranfield partnership. Dynamic modes in real flight.
Jul 2022
Work Experience, Leonardo UK, Yeovil
AW101 Merlin production: wiring looms, sustainable rotor-blade development.
Year 12
NASA Johnson Space Center
Engineering & Space Training Programme. 2nd place in two challenges.
2022–23
Airbus ZEROe Virtual Work Experience
Zero-emission concepts including the blended wing body.
Design & CAD
SolidWorks (CAD + Simulation), OpenVSP
Analysis
ANSYS Fluent (CFD), ANSYS Mechanical/Workbench and APDL (FEA), XFLR5/XFOIL
Structural analysis: bending, deflection, fatigue
Programming
Python (NumPy, SciPy, Matplotlib), Jupyter, C++/Arduino, Git/GitHub, LaTeX
Manufacturing
FDM 3D printing (PrusaSlicer, Bambu Lab), GFRP/epoxy layup, turning, milling, laser cutting, soldering
Ways of working
Multidisciplinary team leadership, technical report writing
Designing for weight, cost and manufacturability