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Fluid Dynamics CFD / Turbomachinery air system and thermal engineer, Lincoln

Location: Lincoln, United Kingdom

Job Category: Other

EU work permit required: Yes

Job Reference: 4fe87d921b39

Job Views: 12

Posted: 12.08.2025

Expiry Date: 26.09.2025

Job Description:

Fluid Dynamics CFD / Turbomachinery air system and thermal engineer

About the Role

We are seeking a skilled Fluid Dynamics CFD Engineer to join our Turbine Engineering team in Lincoln, UK. Siemens Energy operates a hybrid working model, typically three days in-office per week, to promote collaboration and work-life balance.

How You'll Make an Impact

• Interface with Mechanical Design and Mechanical Integrity teams to derive component life, including duty-based lifing.
• Create, adapt, and analyze turbomachinery air systems to determine temperature, pressure, and flow characteristics under various conditions.
• Conduct root cause analysis, decision analysis, and design of experiments.
• Specify component and engine test requirements.
• Calibrate analytical models using engine test data and fleet experience.
• Support production by processing component and engine test readings.
• Report findings through reports and presentations.
• Enhance delivery by integrating toolchains and process improvements.
• Maintain method documentation.
• Test and validate internal and commercial code upgrades.
• Monitor and report on technical and schedule achievements.

What You Bring

• At least five years of experience, with a background in Automotive, Aerospace, or Turbomachinery air/cooling/sealing system design, building on a Bachelor's or Master's degree.
• Ability to validate results using 1D methods such as hand calculations.
• Ability to work independently and in multidisciplinary teams, with strong communication skills.
• Thorough understanding of Fluid Dynamics theory and a commitment to continuous learning.
• Knowledge of investment casting, materials science, secondary air systems, stress, and creep origins.
• Experience with FEM and CFD analysis for fluid flow and heat transfer, using tools like Patran, P-Thermal, RR SCO3/SPAN, Ansys, Abaqus, and CFD software such as StarCCM, CFX, or Fluent.