London Area, United Kingdom
As an Electrical Engineer within BP’s Advanced Electrification Testing (AET) team, I support the development and testing of cutting-edge technologies in electric vehicles and data centers. My work focuses on the safe and efficient operation of high-voltage AC/DC systems, test instrumentation, and control systems across multiple R&D facilities. I collaborate with cross-functional teams to design, install, and commission new test setups, develop measurement techniques, and ensure compliance with rigorous safety and engineering standards. I also contribute to digital innovation through data analysis and observability tools to enhance system reliability and performance. Previously, as an Automotive Project Engineer, I led the design, development, and implementation of innovative automotive solutions. My role involved coordinating cross-functional teams, managing project timelines, and ensuring compliance with industry standards. I focused on optimizing performance, enhancing safety, and integrating cutting-edge technologies to deliver exceptional vehicles. My engineering expertise and problem-solving skills drove project success, ensuring that each project met both technical specifications and customer expectations. Earlier in my career, I worked as a Commissioning Engineer at Tritium, where I collaborated with a team of experts to test and integrate electric vehicle solutions for various clients and partners. I hold a Certified Automotive Engineer (CAE) credential from The Institute of the Motor Industry (IMI) and have over six years of experience in the EV industry.
As an Engineering Technician within Castrol's Advanced Electrification Testing (AET) team, I support the development and testing of next-generation EV and data centre technologies, with an increasing focus on high-performance computing and immersion cooling systems. Key responsibilities and contributions: Operate, maintain, and upgrade high-voltage AC/DC systems, instrumentation, and control systems across R&D test facilities Design, install, and commission advanced test setups for EV charging, battery systems, and data centre infrastructure Develop and execute test scripts and automated data acquisition workflows for performance validation and analysis Lead setup and integration of data centre equipment including high-performance servers, network infrastructure, and power distribution systems Support immersion cooling experiments, including test planning, instrumentation, fluid performance evaluation, and thermal analysis Act as a key IT/data systems resource within the team, supporting connectivity, monitoring, and system integration challenges Implement digital monitoring solutions using tools such as Python and Grafana for real-time data visibility and diagnostics Produce and review risk assessments and SOPs to ensure safe operation of high-power and thermal test environments Troubleshoot complex electrical, thermal, and system-level issues across multidisciplinary test platforms Conduct preventive maintenance and facility inspections to ensure reliability and compliance
As an Electrical Engineer in BP’s Advanced Electrification Testing (AET) team, I play a key role in supporting the development and testing of next-generation electric vehicle and data centre technologies. My responsibilities include: Operating, maintaining, and upgrading high-voltage AC/DC systems, test instrumentation, and control systems across multiple R&D facilities. Collaborating with multidisciplinary teams to design, install, and commission new test equipment and measurement setups for battery, EV charging, and data centre projects. Drafting and reviewing risk assessments, Standard Operating Procedures (SOPs) documentation to uphold the highest standards of safety and compliance. Developing and implementing new test methods, data acquisition strategies, and troubleshooting complex technical issues. Conducting routine facility inspections, preventive maintenance, and repairs to ensure reliable and safe operations. Supporting the adoption of digital tools (e.g., Grafana, Python scripting) for data analysis, remote monitoring, and process improvement. Actively contributing to a collaborative, safety-first culture and continuous improvement initiatives within the AET department.
Working at Tritium, one of the world's leading fast charging manufacturers, was an incredible journey. As a Commissioning Engineer, I was responsible for commissioning and auditing sites to ensure that all processes are followed correctly and efficiently. My role required meticulous attention to detail and a strong adherence to protocols to maintain Tritium's high standards. I leveraged my problem-solving skills daily to address and resolve any issues that arise, ensuring seamless operations and customer satisfaction. By identifying potential problems and implementing effective solutions, I contributed to the reliability and excellence that our clients expected from Tritium.
Taking part in full integration of all electrical content of REE’s platforms and vehicles . Prototype build and production line and fleet first line support.