CV

You can download my CV here: 📑 Single Column CV or 📑 Double Column CV.

Education

DPhil (PhD), Wind & Marine Energy Systems & Structures University of Oxford, UK (2023–Present)
- Research on floating wind turbine wake dynamics using the Actuator Line Method (ALM)
- Development of OpenFOAM-based ALM code
- Large Eddy Simulations on ARCHER2 and ARC HPC systems
- Model validation against experimental datasets
- Data analysis using Python and ParaView
EPSRC Centre for Doctoral Training University of Strathclyde, UK (2023–2024)
- Intensive training in offshore renewable energy systems
MMathPhys, Mathematics & Physics (First Class Honours, 82%) University of Manchester, UK (2019–2023)
- Focus on continuum mechanics, numerical methods, and scientific computing
- MMath Project: Finite element solver for Helmholtz equation (C++)
- MPhys Project: Machine learning analysis of rectal contouring and toxicity (resulted in publication)

Experience

Conference Organiser (2026–Present) Wind & Marine Systems & Structures CDT, Oxford
- Organising the Future Wind & Marine Conference (2027)
- Responsible for fundraising and event logistics
Lab Demonstrator (2025–Present) University of Oxford
- Supported student labs in materials testing and computational modelling
- Assisted with experimental design and debugging
- Conducted interview-based assessments
Research Intern (2022) University of Manchester
- Investigated nonlinear dynamics in retinal injection systems
- Designed experiments and analysed viscous fingering instabilities
Work Experience – National Grid (2019) Low Frequency Demand Disconnection Team
- Modelled system response to generation failure
- Contributed to optimisation of disconnection procedures

Skills

Programming: Python, C++, C, MATLAB, Linux
HPC & Parallel Computing: CUDA, HIP, MPI, OpenMP
Build & Automation: Bash, SLURM, Make, CMake
Data Analysis & Visualisation: NumPy, ParaView, VTK
CFD & Numerical Methods: OpenFOAM, Finite Element Analysis
Typesetting: LaTeX, Beamer, Word
Version Control: Git, GitHub

Awards & Certificates

NVIDIA — Fundamentals of Accelerated Computing with CUDA C++
Zero Institute — Climate Tech Hackathon (1st Place)
University of Oxford — CUDA Programming on NVIDIA GPUs

Publications (Full List)

New rectum dose surface mapping methodology to identify rectal subregions associated with toxicities following prostate cancer radiotherapy

Bouzaki. A et al. (2024). "New rectum dose surface mapping methodology to identify rectal subregions associated with toxicities following prostate cancer radiotherapy." Physics and Imaging in Radiation Oncology. 1(3).