Built hardware and software infrastructure for Systems IP group.

Project Lead of a multidisciplinary team of 75 Imperial College London students, aiming to be the first student-led team to launch a re-usable rocket to space.- Orion, most powerful rocket (2-stage) launched by UK student team (September 2023) - target apogee 25 km- X-Calibur, K-class rocket (June 2023) - target apogee 2 km- Eclipse, High Altitude Balloon (April 2023) - target apogee 30 kmWebsite - https://www.karmanspace.co.uk/

Led multidisciplinary team of 8 engineers with the aim of implementing engineering solutions in a fraction of the cost and time to that expected, inspired by JPL Team X.Built a K-Class solid motor rocket, X-Calibur, with 2km target apogee - for testing avionics and a compressed-gas actuated recovery system. Launched X-Calibur in June 2023.

Development of power management PCB for the Nebula rocket (M-class), launched with a target apogee of 5km, in July 2022.Implemented I2C protocol, cell temperature monitoring and safety feature protections against: overvoltage, short circuit, reverse polarity connections.

Worked in an agile team to implement new software features for the Versius surgical robot, develop software tests and create requirements / safety analysis documentation.- Created heads-up display (HUD) elements (Python). - Expanded system state machine, ensuring thread safety (C).- Fixed recurring Linux image build failure- Test-driven development, writing unit tests and system tests in ceedling, google test and unittest.- Created new software requirements, test… Show more Worked in an agile team to implement new software features for the Versius surgical robot, develop software tests and create requirements / safety analysis documentation.- Created heads-up display (HUD) elements (Python). - Expanded system state machine, ensuring thread safety (C).- Fixed recurring Linux image build failure- Test-driven development, writing unit tests and system tests in ceedling, google test and unittest.- Created new software requirements, test specifications and test protocols. - Medical software failure and risk mitigation analysis. Show less

Sub-team leader responsible for developing pack structure using SolidWorks.Simulated battery module temperature distribution across a 6x16 cell arrangement, using Python to numerically solve a 2D, unsteady heat diffusion equation, with explicit methods.

Taught classes of 20 high school students, in weekly sessions, to improve their communication and confidence through debating. Developed creative sessions tailored to the students’ needs, to ensure high levels of energy and engagement.Judged numerous competitions, enabling students to improve their debating through precise, constructive feedback.