• Provide project support within Distribution System Planning & Engineering team • Conduct Area Planning Studies • Assist in Electric Utility Asset Management • Perform Analytical Studies for Distribution System • Engage in System Modeling for Stability Studies and Power Flow Analysis • Conduct Thermal Capability Analysis • Carry out Distributed Generation Interconnection Studies • Complete System Impact Studies • Perform Arc Flash Analysis • Conduct Protection and Coordination Review, Analysis, and Settings

• Build scalable algorithms: Contribute to forecasting, pricing, and optimisation solutions that perform across large and complex data sets. • Contribute to technical direction: Take part in design discussions for high-volume data processing. • Collaborate and grow: Work closely with Product, Data, and Delivery teams. • Improve and evolve systems: Help improve the robustness, performance, and scalability of models, workflows, and distributed systems.

• Design and deliver scalable algorithms: Develop forecasting, pricing, and optimisation solutions that perform across large and complex data sets. • Lead technical direction: Guide architectural and design decisions for high-volume data processing, ensuring accuracy, explainability, and reliability in production. • Collaborate and mentor: Work closely with Product, Data, and Delivery teams to translate business and market requirements into performant solutions, while mentoring peers through code reviews and knowledge sharing. • Optimise and evolve systems: Improve robustness, performance, and scalability of models, workflows, and distributed systems; contribute reusable components that raise the standard for algorithmic excellence.

• Develop, set-up, and execute CFD simulations using commercial or open-source solvers for high-speed aerospace system problems, including external and internal flows. • Create aerodynamic databases for vehicle trajectory simulations and performance models. • Perform analysis of internal flows of airbreathing propulsion flowpaths. • Develop and recommend design solutions to optimize aerodynamic performance and operability for high-speed systems. • Apply advanced data science techniques with machine learning to build surrogate models of CFD simulation results. • Support multidisciplinary design optimization (MDO) efforts. • Interpret and validate CFD simulation results against experimental data.