Energy Management Controls & Strategy Engineer

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, and vehicle dynamics modelling with MATLAB/Simulink.

• 📚   Completing an MSc in Advanced Motorsport Mechatronics at Cranfield University (09/2023 - 09/2024).
• 🛠   I mainly work with Model-Based Engineering tools, such as Capella and Simulink, in addition to high-level programming languages such as MATLAB and Python, specifically utilising Python modules like pandas, numpy, matplotlib, dash and plotly for data processing and visualisation.
• 🌱   I’m learning new techniques in race strategy analysis and optimisation, completing my MSc thesis with a focus on the application Monte-Carlo techniques to this area
• 👨🏻‍💻   My personal projects are available on GitHub.
• 📫   Reach out on LinkedIn!

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

• Simulink
• MoTeC
• AVL Boost
• Capella (Model-Based Systems Engineering Tool)
• Python4Capella
• Git / GitHub / GitLab
• Docker
• Linux
• VSCode
• Jupyter Notebook

• Model-Based Systems Engineering
• Lean Systems Engineering
• Object-Oriented Programming
• Test-Driven Development

• F1 Strategy Analysis - Available here.
• F1 Strategy Optimisation - Available here.
• Motorsport Engineering Study Notes - Available here.

• MSc Advanced Motorsport Mechatronics Modules:
  • Motorsport Powertrains (73%)
  • Motorsport Electronics and Data Acquisition (83%)
  • The Business of Motorsport (66%)
  • Motorsport Vehicle Dynamics (70%)
  • Mechatronics Modelling for Vehicle Systems (83%)
  • Advanced Control and Optimisation (88%)
  • Embedded Vehicle Control Systems (91%)
  • Vehicle Control Applications (86%)
  • Group Design Project
  • Individual Research Thesis/Project
• Motorsport Engineer Network Courses:
  • Vehicle dynamics modelling and simulation (Completed: 09/23) - Notes and assignments available here and certification here.
  • Lap-time simulation with ChassisSim (Completed: TBD) - Notes and assignments avaialable here.
• MathWorks MATLAB & Simulink Courses:
  • MATLAB Onramp (Completed: 05/23) - View Certification
  • Simulink Onramp (Completed: 05/23) - View Certification
  • Control Design with Simulink Onramp (Completed: 05/23) - View Certification
  • Stateflow Onramp (Completed: 05/23) - View Certification
  • Optimisation Onramp (Completed: 05/23) - View Certification
  • Simscape Onramp (Completed: 06/23) - View Certification
  • MATLAB Fundamentals (Completed: 07/23) - View Certification
  • Introduction to Symbolic Math with MATLAB (Completed: 07/23) - View Certification
  • Simulink Fundamentals (Completed: 08/23) - View Certification
  • Signal Processing Onramp (Completed: 09/23) - View Certification
  • Image Processing Onramp (Completed: 02/24) = View Certification
  • Computer Vision Onramp (Completed: 03/24)

• Mission Motorsport: Track day marshalling and set up as required.