About this Position
We are seeking a Stress / Finite Element Analyst to take ownership of structural analysis activities on gas turbine components. The successful candidate will have strong expertise in FEA, materials behaviour, and life assessment, with experience working on rotating and structural parts in aerospace applications. This role requires collaboration with multidisciplinary teams, technical documentation, and presentation of analysis results to both internal and external stakeholders.
You will be working with one of the industry’s leading organisations on projects and deliverables closely aligned with their long-term success.
Job Responsibilities
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Lead stress analysis of assigned components, ensuring compliance with all technical, fit, form, and functional requirements.
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Perform detailed 2D and 3D FEA, including modelling of contact, friction interfaces, and elastic–plastic behaviour.
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Collaborate with global engineering and support functions (life management, heat transfer, materials, design) as needed.
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Interface with design engineering teams to ensure robust and optimised solutions.
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Support technical reviews and deliver presentations to internal and external customers (systems technical reviews, design reviews, analysis reviews).
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Produce Design Study Summaries / Design Record Books to substantiate and document engineering activity.
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Contribute to component life assessment activities (fatigue, damage tolerance, fracture mechanics).
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Provide input to aftermarket services and repairs where relevant.
Experience Required
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Degree (or equivalent) in Mechanical, Aerospace/Aeronautical, or related engineering discipline.
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Minimum of 3 years’ experience in gas turbine stress analysis.
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Strong knowledge of 2D/3D stress and structural analysis of gas turbine rotating and/or static components.
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Proficiency in finite element modelling tools, including:
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ANSYS Mechanical APDL / Workbench
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Meshing tools (e.g. Hypermesh, UG NX)
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CAD tools (e.g. UG NX)
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Understanding of advanced analysis techniques: non-linear analysis, frictional contact, elastic–plastic behaviour.
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Experience in component life analysis (fatigue, fracture mechanics, damage tolerance).
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Familiarity with aftermarket services or repair engineering (advantageous)