Throughout my studies I have always had a keen interest in all aspects surrounding hydrogen production, carbon capture and utilization, and renewable feedstocks. My academic focus has been on process design and dynamical modelling of traditional as well as novel technologies, with process safety as a constant priority.
Currently a graduate engineer in applied research of low carbon technology at bp.
Employment History
2024 – current
bp
Applied Science Graduate – Low Carbon and Innovation
University Education
2023
Imperial College London
MSc Advanced Chemical Engineering
2021
University of Bradford
BEng Chemical Engineering – First Class
Positions of Responsibility
2020
Faculty Representative – University of Bradford
Responsible for tasks focused on improving the student experience within the faculty of Engineering and Informatics at the University of Bradford.
2019
Student Representative – University of Bradford
Liaised with faculty and fellow students regarding feedback and problems faced within the course, especially regarding difficulties moving to an all-online curriculum during the COVID-19 pandemic.
2019-2021
Chemical Engineering Society Treasurer – University of Bradford
Helped build a dynamic community of chemical engineering students, kept track of revenue and spending, created marketing material, and helped determine the overall direction of the society.
Memberships
2021
Verein Deutscher Ingenieure (VDI)
Member
2018
Institution of Chemical Engineers (IChemE)
Member
Awards
2021
IChemE SIESO Medal
As part of a group of 5 students I was awarded the 2021 SIESO Medal for a digital project as well as a written article on the process safety aspects of the 2010 Deepwater Horizon disaster. We were awarded the medals at the 2022 HAZARDS Conference in Harrogate, Yorkshire.
Skills
🚨 Safety in the Process Industry
- Authoring of Task Risk Assessments, Operating Procedures
- HAZID, HAZOP, LOPA
- Reliability and Predictive Maintenance Calculations
- Awareness of relevant regulations such as COSHH, COMAH, Seveso Directives, IEC 61511
⚙️ Chemical Engineering
- Material & Energy Balances, Process Flow, Piping and Instrumentation
- Sizing & Mechanical Design of Common Process Equipment and Pipelines
- Design of Lab-Scale Experiments Replicating Process Conditions
- Chemical Plant Cost Estimation and Profitability Calculations
- Long-term Techno-Economic Evaluation
📈 Process Simulation and Optimization
- Steady State: MS Excel, HYSYS
- Dynamical Modelling: SIEMENS gPROMs, Modelica, MathWorks MATLAB
💾 Coding
- Matlab, Modelica, gPROMs
- Python – PCEP Certified
- JavaScript – JSE Certified
🎲 Computer Aided Design & 3D
- Microsoft Visio
- SolidWorks, Fusion360
- Autodesk Plant 3D
- Blender, 3DS Max
🔠 Graphics & Markup
- Adobe Photoshop & Illustrator
- Microsoft Word, Microsoft PowerPoint
- LaTeX, HTML/CSS, WordPress
🌍 Languages
- English – fluent
- German – fluent
- French – beginner