Lead Engineer
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In this Lead Engineer role, you own the mechanical design of Gas Turbine rotating components, contributing to energy production, decarbonization, and equipment optimization. You will drive design through modeling, FEM lifing analyses, and aero-mechanics considerations while coordinating testing, cost modeling, and site support. You’ll influence global teams to implement cost-effective, innovative solutions and continuous improvement across the design lifecycle.
Retribuzione / Benefits- flexible hours
- private medical care
- life insurance
- disability programs
- tailored financial programs
- wellbeing activities
- Modeling, drafting, BOM and manufacturability of designed components
- Perform lifing and aero-mechanics analyses (creep, oxidation, wear, LCF, crack propagation; modal and forced response)
- Lead test activities from purpose definition to data validation and model updates
- Own cost models and should-cost analyses
- Optimize standard design solutions and tools; promote new ideas
- Provide site/shop support (L3, NCR/SDR dispositions, field/testing issues)
- Manage drawing updates and NCA/RCA for fleet maintenance
- Collaborate with global teams and other functions to meet targets
- MSc in Aerospace Engineering
- Proven engineering experience in mechanical design
- Good knowledge of CAD and CAE software (e.g. Ansys)
- Basic programming concepts ( Matlab and/or Python)
- Strong interpersonal and communication skills; able to influence and motivate others
- High attention to detail; innovative mindset
- Target-oriented, autonomous with entrepreneurial mindset
- Willingness to travel worldwide up to 10%
- Fluency in English
- interpersonal communication
- influence and motivation
- attention to detail
- CAD/CAE (Ansys)
- Matlab
- Python