CFD & Thermal Analysis Engineer – Turbomachinery & Combustion

Siemens Energy AB; Finspångs kommun; On-site; SEK 650,000 - 900,000; Full time

Benefits offered by this job

Flexible working arrangements

Health care allowance

Advance vacation

Reduced working hours

Job summary

Siemens Energy Finspång seeks a highly skilled engineer to advance CFD, heat transfer and mechanical integrity efforts. You will model fluid flow, perform thermal analyses and evaluate component performance under diverse thermal loads.

The role emphasizes teamwork and solving complex engineering challenges with advanced simulation techniques. Ideal candidates hold a Master or PhD in CFD or related fields and have strong backgrounds in turbulence and thermal analysis for both fluids and solids.

Qualifications

• Master or PhD in CFD, mechanical or aerospace engineering, energy or similar.
• Strong fluid dynamics background with turbulence modeling and thermal analysis.
• Problem solving mindset with strong analytical skills.
• Willingness to learn and collaborate within a technical team.
• Experience with gas turbines or combustion systems is advantageous.

Responsibilities

• Apply fluid dynamics and computer modeling to analyze and optimize product performance.
• Conduct thermal analysis and assess heat transfer under varying conditions.
• Evaluate thermal tolerance of components in solid and fluid systems.
• Collaborate with a specialist team to deliver innovative CFD solutions.

Skills

Fluid dynamics

Turbulence modeling

Thermal analysis

Analytical problem solving

Collaborative teamwork

Education

Master or PhD in CFD

Mechanical engineering

Aerospace engineering or energy

Tools

CFD software

Job description

Siemens Energy Finspång seeks a highly skilled engineer to advance CFD, heat transfer and mechanical integrity efforts. You will model fluid flow, perform thermal analyses and evaluate component performance under diverse thermal loads.

The role emphasizes teamwork and solving complex engineering challenges with advanced simulation techniques. Ideal candidates hold a Master or PhD in CFD or related fields and have strong backgrounds in turbulence and thermal analysis for both fluids and solids.