Design Engineer - Turbomachinery Heat Transfer / Component Cooling
About the Role
Location United Kingdom England Lincoln Company Siemens Energy Limited Organization Gas Services Business Unit Distributed Full / Part time Full-time Experience Level Not defined
A Snapshot of Your Day
Join our dynamic team where you will play a crucial role in producing and maintaining method documents that ensure our projects run smoothly. You will engage in testing and validating both internal and commercial code upgrades, ensuring they meet our high standards. As you monitor and report on achievements against technical and schedule objectives, you will contribute to the overall success of our projects and drive innovation in our field.
How You’ll Make an Impact
1. You will produce and maintain method documents that guide our engineering processes.
2. Engage in testing and validation of internal and commercial code upgrades to ensure quality and performance.
3. Monitor project progress and report achievements against technical and schedule objectives, keeping the team informed and aligned.
4. Collaborate with multidisciplinary teams to share insights and drive project success.
5. Utilise your analytical skills to perform detailed investigations, ensuring accuracy and adherence to timelines.
What You Bring
6. Post-graduate industrial experience, building on a Bachelor’s or Master’s degree focused on Automotive, Aerospace, or Turbomachinery air/cooling/sealing system design.
7. Strong analytical skills with the ability to conduct detailed investigations and validate results using 1D methods, such as hand calculations.
8. Effective communication and interpersonal skills, enabling you to work independently and collaboratively within a team.
9. A thorough understanding of Fluid Dynamics theory and a commitment to continuous personal development in this area.
10. Familiarity with investment casting manufacture, materials science, secondary air systems, and the fundamentals of stress and creep.
11. Experience with FEM and/or CFD analysis for fluid flow and heat transfer, using software such as Patran, P-Thermal, RR SCO3/SPAN, Ansys, Abaqus, and CFD tools like StarCCM, CFX, or Fluent.