Performance Systems Engineer  Full Time NEW

Job Summary

In this role you will be responsible of leading and supporting the modelling, simulation, and integration of advance aero propulsion systems.  This role involves development of system-level and high-fidelity models to ensure seamless integration of the engine systems into the air platform. You will work closely with multidisciplinary departments to support engine systems design, development and testing.  As we continue to expand our air power design and manufacture capabilities, we are seeking for an experienced propulsion systems engineer.

Key Responsibilities

• Support in the development of gas turbine engine systems design primarily for fuel supply, lubrication, pressurization, sealing, starting and gearing and driven accessories at system level.
• Conduct high-fidelity simulations for fuel supply and lubrication systems to evaluate their behaviour at key operating regime and mission profiles.
• Understand airframer customer and internal requirements and translate it into the engine systems design choices.
• Integrate the various system-level models into the main engine steady-state and transient performance cycle architectures.
• Perform system-level steady and transient simulation to assess the dynamic performance, expected response and stability of the whole-engine cycle.

• Collaborate with the platform systems and control engineering teams to support the integration of the powerplant with the aircraft systems to ensure engine operability and stability across the entire flight envelope.

• Conduct trade-off studies to assess the impact of engine system design updates, control strategies, and new technologies on engine performance.
• Provide support on any engine system required during whole-engine or component testing campaigns and assist with system data collection to validate the numerical system-level models.

• Develop and implement automation tools for simulation workflows and data analysis.

• Prepare and present technical reports, engine system decks, and design\best practices.

Mandatory qualifications

• BEng/BSc & MSC in mechanical, aerospace, electrical engineering, or a similar discipline.
• 7+ years experience or PhD + 4 years minimum experience in the field of engine systems modelling and simulation.
• Strong experience with at scripted languages such as MATLAB/Simulink or Python.
• Familiarity with at least one engine performance modelling tools (Gasturb, NPSS, TTECTrA).
• Familiarity with CFD tools (ANSYS Fluent, CFX, Numeca).
• Excellent analytical, forward-thinking, problem-solving, and communication skills.

Key skills

• Knowledge on aero engine performance systems design, modelling, and integration.
• Experience in development of low/high fidelity numerical models for fluid-based (hydraulic and pneumatic) and electrical systems and sub-systems.
• Ability to support engine auxiliary systems during engine or component testing.
• Ability to work and navigate effectively in a cross-functional team environment.
• Flexibility to adapt to updates on project requirements and priorities.
• Ability to manage self-projects, including planning, execution, and delivery.