Job Description

• Support design activities by performing structural FEM analysis of power turbine structures, to achieve performance and structural requirements, manufacturability, and business expectation – cost targets and delivery on time
  • FEM modeling (assumptions & layout, global/sub-modeling strategy, meshing, BC’s and loads application, model validation & tuning) of power turbine structures with use of Ansys, Hyper Mesh
  • thermomechanical FEM analysis & design optimization aimed to meet design requirements with use of Ansys, familiarity with scripting and user-defined functions,
  • post processing (including lifing, crack propagation, crack trajectory & damage tolerance)
  • reporting and results interpretation in front of Hardware Owners, System engineering, project team, internal and external stakeholders
  • authoring & check of technical reports & presentations, storage of technical data in selected repositories
• Interface with Hardware Owners, Module Design and System Engineering in order to ensure capability and performance of engine and LPT Module components focusing on engine performance and safety
• Lead and participate in Technical Reviews with Hardware Owners, Senior Engineering Community and Program Leaders, support Program Control Board
• Provide Technical support for Cross Functional Teams – Engineering, Manufacturing, Quality, Global Supply Chain
• Proactively work with raw material suppliers and machining shop solving manufacturability issues and simplifying production
• Substantiate manufacturing Quality Notifications in production and quality systems, Manage Source Substantiation Validation (VSE)
• Support instrumentation and certification of components according to Aviation Agency requirements
• Deliver technical support in case of issues with engine operability, assembly and manufacturing, define root cause investigation and corrective actions
• Develop and execute ideas for simplification, product robustness and cost reduction

Qualifications/Requirements and Desired Characteristics:

• Bachelor of Science in Engineering, Physics, Mathematics, or Computer Science
• Strong technical knowledge of engine components especially in turbine domain, material durability, manufacturing processes and material application in aviation industry
• expertise and independence in FEM Analysis – static, dynamic (Ansys, HyperWorks – Hyper Mesh, HyperView)
• Fundamental knowledge of manufacturing processes and material application in aviation industry
• Fundamental knowledge and skills related to drawings drafting and 3d modelling. (CAD – UG)
• Excellent knowledge of MS Office (Excel, Power Point)
• Familiarity with business processes & procedures related with NPI
• Strong oral and written communication skills – English, Polish
• Fundamental knowledge of programming and scripting in order to standardize and simplify analysis process (Visual Basic, Ansys APDL, Python)

• Availability to prioritize tasks and work effectively in changing environment
• Proactivity and willingness to initiate ideas and problem solving,

• As a world class engineering and manufacturing leader in aviation industry, we offer:
  •Opportunity of personal and professional growth in world class global engineering team
  •Opportunity of career development in aero engine business
  •Opportunity to work in top-grade military programs
  •Access to trainings and mentoring programs
  •Full time employment contract
  •Friendly and positive atmosphere

Additional Information