Gas Turbine Engineers

Siemens Energy and Siemens Gamesa are becoming Omterra. "We energize society" by supporting our customers to make the transition to a more sustainable world, based on innovative technologies and our ability to turn ideas into reality. With nearly 100,000 employees around the world, we shape the energy systems of today and tomorrow.

Siemens Energy is expanding its global Gas Turbine Engineering organization and is seeking talented engineers across multiple technical disciplines to help develop some of the world's most advanced turbo machinery and power generation technologies.

If you have experience in gas turbines, turbo machinery, rotating equipment, aerospace propulsion systems, thermal systems, structural analysis, combustion, aerodynamics, high-temperature materials, or product development, we'd like to connect with you.

Join a global engineering team responsible for designing, analyzing, and improving critical technologies that help generate reliable, affordable, and lower-emission energy around the world.

As part of Siemens Energy's Global Engineering team, you'll work alongside industry-leading experts solving some of the most complex engineering challenges in power generation.

Depending on your expertise, your work may focus on:

• Compressor and turbine aerodynamic design
• Airfoil, blade, and vane development
• Combustion system design and analysis
• Heat transfer and thermal management
• Structural analysis and component lifing
• Rotor dynamics and aeromechanics
• High-temperature materials and coatings
• Gas turbine performance optimization
• Product development and technology maturation
• Integrated Product Team (IPT) leadership

You’ll collaborate with engineering teams across multiple global locations to develop next-generation gas turbine technology, drive continuous product improvements, and support fleet-wide performance and reliability initiative

• Aerothermal & Performance Engineering:
  Aerothermal Design, Thermal Systems, Heat Transfer, Gas Turbine Performance, Aerodynamics, and CFD Engineers.
• Mechanical & Structural Engineering:
  Mechanical Design, Structural Analysis, Structural Integrity, Rotor Design, Rotor Dynamics, and FEA Engineers.
• Combustion & Aero Engineering:
  Combustion, Combustion Dynamics, Aero Analysis, Aeromechanics, Vibration, and Damping Specialists.
• Materials & Component Engineering:
  Materials, High-Temperature Materials, Coatings, Advanced Manufacturing, and Materials & Process Engineers.
• Technical Leadership:
  Lead Engineers, Technical Experts, Integrated Product Team (IPT) Leads, and Turbo machinery Subject Matter Experts.

• Design and develop advanced gas turbine and turbo machinery technologies
• Perform aerodynamic, thermal, structural, vibration, combustion, and performance analyses
• Support development of compressor, turbine, combustion, and rotating equipment components
• Solve complex engineering challenges impacting fleet reliability, efficiency, durability, and emissions performance
• Partner with global engineering, manufacturing, sourcing, and service organizations
• Lead technical problem-solving efforts and drive innovation across the product lifecycle
• Influence next-generation energy technologies supporting the global energy transition

• Bachelor's, Master's, or PhD in Mechanical Engineering, Aerospace Engineering, Materials Engineering, Chemical Engineering, Industrial Engineering, or a related technical discipline
• 3+ years of industry experience, or equivalent PhD research experience, in one or more of the following areas:
  • Gas turbines
  • Turbo machinery
  • Rotating equipment
  • Aerospace propulsion systems
  • Power generation equipment
  • Combustion systems
  • Thermal-fluid…