Greater Oxford Area
I work as a Laboratory Analyst within fusion research, focusing on radioanalytical techniques for both tritium and gamma emitting radionuclides in materials. My work involves routine and experimental analysis of fusion relevant materials, including the use of liquid scintillation counting (LSC), gamma spectroscopy, and pyrolysis systems, as well as supporting laboratory experiments and ongoing research This role has provided exposure to the tritium fuel cycle particularly in relation to material behaviour, retention, analysis and quantification of tritium in materials. Day to day work includes supporting researchers, conducting routine pyrolysis work, and applying radioanalytical methods to generate reliable data for characterisation and tritium quantification. Prior to this, I worked in data focused roles involving data pipelines, algorithms, databases, and data visualisation, alongside experience with machine learning (including TensorFlow) and cloud-based systems. I also worked as a development engineer on Linux based bespoke systems, contributing to tools designed to support AI model training, particularly for complex and edge case datasets for the big five tech companies. I have additional experience in people management and conflict resolution from roles within public services, which has strengthened my approach to teamwork, communication, and working effectively in high pressure environments. My academic background in physics and mathematics, including study towards a degree in Physics with Astrophysics, has provided a strong foundation for understanding the complex systems involved when dealing with tritium fuel cycle research initiatives
Tritium Analysis & Laboratory Operations: Conduct tritium analysis using pyrolysis and Liquid Scintillation Counting (LSC) to support waste characterisation, material analysis, and fusion-related research activities. Gamma Spectroscopy & Radiological Characterisation: Perform gamma spectroscopy on waste items and drums for radionuclide identification and activity assessment. Research, Validation & Continuous Improvement: Support laboratory research, validation, and process improvement activities, including development of analytical methods and optimisation of existing systems. Data Analysis & Reporting: Analyse and report experimental data, produce technical documentation, and support data-driven decision making within the laboratory. Health, Safety & Compliance: Work in accordance with strict radiological, laboratory, and health & safety procedures for the handling and management of radioactive materials.
Team Leadership and Management: Lead and manage a team of data specialists, coaching, and mentorship to team members to foster their professional growth and development. Project Planning and Execution: Collaborate with stakeholders to define project objectives, scope, and deliverables. Develop project plans, timelines, and resource allocations to ensure successful project execution. Data Analysis and Insights Generation: Oversee the execution of data analysis projects, including data exploration, modeling, and visualization. Review and validate analytical findings and insights generated by the team to ensure accuracy and relevance. Stakeholder Engagement and Communication: Serve as the primary point of contact for stakeholders, providing regular updates on project progress, insights, and recommendations. Collaborate with cross-functional teams to translate business requirements into data solutions and actionable insights. Quality Assurance and Best Practices: Establish and enforce data quality standards, best practices, and processes to ensure consistency and reliability in data analysis. Conduct quality assurance reviews and audits to identify areas for improvement and optimization.
Transition period for career which included part time work and studying full time