Turbine Aerodynamics Design Engineer

Siemens Energy, Inc.; Orlando (FL); On-site; USD 90,000 - 140,000; Full time

Benefits offered by this job

Career growth

Supportive culture

Health benefits

Paid time off

401K match

Family benefits

Parental leave

Job summary

Siemens Energy, Inc. in Orlando is seeking a Development Engineer for Turbine Aerodynamics to design and optimize turbine blades for maximum performance and efficiency. You will use 1D, 2D, and 3D flow solvers and apply CFD tools to drive aerodynamic improvements.

Collaborating with thermal design, mechanical, and manufacturing teams, you will advance turbomachinery components balancing performance, durability, and cost while leading internal and external R&D programs.

Qualifications

• Bachelor’s, Master’s, or PhD in Mechanical or Aerospace Engineering.
• Several years of turbine aerodynamic analysis and design experience.
• Strong CFD knowledge and optimization methods.
• Programming experience (Python) for automation and data processing.

Responsibilities

• Design and analyze axial turbine flow paths and blade geometries using 1D, 2D, and 3D methods.
• Perform 3D flow simulations and aerodynamic optimization of turbine blades.
• Conduct multidisciplinary analysis and optimization with cross-functional teams.
• Develop aerodynamic design tools and methods.
• Evaluate test results and field performance data.
• Lead internal and external R&D programs.
• Guide teams through complex technical challenges and drive innovative solutions.

Skills

Turbomachinery analysis

CFD

Python programming

NX CAD

Design optimization

Cross-functional collaboration

Education

BSc Mechanical

MS Aerospace

Tools

NX CAD

CFD tools

Python scripting

Job description

Siemens Energy, Inc. in Orlando is seeking a Development Engineer for Turbine Aerodynamics to design and optimize turbine blades for maximum performance and efficiency. You will use 1D, 2D, and 3D flow solvers and apply CFD tools to drive aerodynamic improvements.

Collaborating with thermal design, mechanical, and manufacturing teams, you will advance turbomachinery components balancing performance, durability, and cost while leading internal and external R&D programs.