• Identified and implemented improvements to systems engineering processes (in line with ISO 15288) for mechanical, fluid systems and layout design areas, with a specific focus on Reactor Island. • Developed the cross-cutting equipment qualification processes and framework. Identified and managed a large and diverse group of stakeholders across multiple directorates to deliver an efficient process. Attended the IAEA technical meeting on DEC for EQ in Vienna. • Mentored and coached systems engineers, building proficiency in requirements management and system architecting in IBM DOORS and Capella. IBM DOORS database manager. • Provided leadership and development for a graduate engineer as their line manager. Held regular 1:1s and completed performance reviews.

• Led and delivered R&D projects for clients in a broad range of industries. • Applied several modelling methods such as CFD, FEA, DEM, in tools including COMSOL Multiphysics and Ansys Fluent, to solve complex multiphysics problems. • Conducted in-depth analysis on problems including transient conjugate heat transfer, multi-phase flows, and separation processes. Documented basis of analysis, assumptions, and results in reports and presented to clients. • Developed custom engineering simulation software applications in Java for multiple clients. Rigorous testing ensured code robustness and accuracy. • Managed projects from inception to completion, exceeding client expectations through effective communication, financial management, and on-time delivery.

• Optimised the design of a novel, Ultra High Bypass Ratio turbofan engine intake through in-depth RANS CFD analysis, increasing the critical angle of attack by 25%.• Conducted computational aerodynamic assessments to quantify the performance impact of proposed engine modifications.• Served as the primary technical liaison for the Trent XWB engine project, successfully resolving critical engine installation aerodynamics challenges.• Proactively developed Python proficiency through self-directed learning, enhancing productivity through automated data processing workflows.

Gained a comprehensive understanding of the Civil Aerospace business unit through rotations across Development & Experimental Engineering, Manufacturing Engineering, and Control Systems. Key accomplishments include:• Developed robust engine control system models using MATLAB & Simulink, ensuring system compliance with stringent requirements.• Initiated and led a DMAIC project using the six sigma tool-set to improve the yield of a highly complex and regulated component.• Successfully project managed a 12-week capability acquisition project on time and within budget.• Collaborated effectively with cross-functional teams to develop a test plan for a pioneering ice-ingestion test methodology. Adopted a risk based approach to prioritise engine runs resulting in the successful outcome of the test.

• Conducted a comprehensive assessment of Rolls-Royce's meshing capabilities for CFD, awarded with the BAE Systems Prize for the most industrially-relevant final year project.• Rapidly acquired proficiency in complex 3D geometry meshing and CFD software, enhancing project efficiency.• Successfully identified and engaged key stakeholders to define critical evaluation metrics.• Performed in-depth mesh sensitivity and turbulence model studies, uncovering a critical solver bug.• Leveraged simulation data to generate actionable recommendations for the business.• Effectively communicated complex findings through written reports and presentations to a diverse audience.