Energy Management Controls & Strategy Engineer

Energy Management Controls Engineer for Mahindra Racing Formula E Team, MSc Advanced Motorsport Mechatronics student at Cranfield University, and first-class MPhys Physics with Astrophysics graduate from the University of Sussex. Experienced in control systems and software engineering, model-based system architecture, material mechanics testing and experimental design; in addition to STEM outreach and communications. Currently working towards a chartership in engineering (CEng) with the IET.

Passionate about Motorsport race strategy, vehicle dynamics and controls. Current projects focus on F1 race strategy data analysis, race strategy optimisation, Formula E Monte Carlo race strategy simulation development (MSc Thesis).

• 📚   Completing an MSc in Advanced Motorsport Mechatronics at Cranfield University (09/2023 - 09/2024).
• 🛠   I mainly work with MATLAB, Simulink, and Python, specifically for data processing, visualisation, and analysis, or control system design.
• 🌱   I’m learning new techniques in race strategy analysis and optimisation, completing my MSc Thesis with a focus on Monte Carlo simulation development for Gen3 Formula E.
• 👨🏻‍💻   My personal projects are available on GitHub.
• 📫   Reach out on LinkedIn!

• MATLAB/Simulink
• Python
• C++
• XML

• Simulink
• McLaren Applied: ATLAS 9/10 for Race Data Analysis
• McLaren Applied: System Monitor for ECU (TAG320 and VCU500) Software Integration and Testing
• AVL Boost
• Capella (Model-Based Systems Engineering Tool)
• Python4Capella
• Git / GitHub / GitLab
• Linux
• VSCode

• Model-Based Systems Engineering
• Test-Driven Development
• Hardware-in-the-Loop Testing
• Driver-in-the-Loop Testing
• Object-Oriented Programming
• Monte Carlo Simulation

• Race Strategy Simulation and Optimisation in Third Generation Formula E - MSc Thesis, Cranfield University
• F1 Strategy Analysis - Available here.
• F1 Strategy Optimisation - Available here.
• Motorsport Engineering Study Notes - Available here.