Current Projects: CubeSat Control Systems and BEXUS Proposal
A showcase of my ongoing satellite control systems projects as well as my role in an internationally backed BEXUS proposal.
A showcase of my ongoing satellite control systems projects as well as my role in an internationally backed BEXUS proposal.
Developing a SIMULINK model to simulate the navigation equations of a strapped-down IMU and assess flight vehicle navigation principles.
Using ABAQUS for static analysis of the ESCARGO frame, a critical structural component in ESA’s BEXUS program.
Participating in the ESA Space Debris Training Course, focusing on sustainable disposal strategies for the Sentinel 2c satellite.
Collaborating on comprehensive textbooks aimed at advancing knowledge in dynamics for aerospace applications.
Exploring the design and simulation of an on-orbit refuelling system to extend satellite lifetimes in Low Earth Orbit (LEO).
This coursework for EMS610 focuses on designing the Comet Interceptor mission, utilising the Patched Conic Method for interplanetary orbit transfers and manoeuvres around the Sun-Earth L2 point.
A detailed study on the torsional behaviour of a multi-cell box beam structure, comparing shear flow and shear centre calculations from both hand calculations and FEM analysis using Abaqus.
Using STAR CCM+ to analyze inviscid flow over a compressor stator blade, examining the impact of mesh refinement and order on simulation accuracy.
Exploring the use of PID controllers in a water level control system through open and closed-loop experiments, conducted as part of EMS507.
A project focused on designing a noise-reducing tyre for passenger vehicles, presented to industry experts from Aston Martin F1.