Aerospace Thermal Design Engineer: Component Cooling

I00403 GE AEROSPACE POLAND Sp. z o.o.; Warszawa; Hybrid; PLN 180,000 - 260,000; Full time

Benefits offered by this job

Flexible schedule

Hybrid work

Competitive salary

Annual bonus

Global opportunities

Continuous learning

Onboarding support

Employee initiatives

Job summary

GE Aerospace Warsaw campus is seeking a Thermal Design Engineer specializing in Component Cooling to support the thermal design and analysis of high‑pressure turbine components for jet engines in service worldwide.

You will apply advanced thermal analysis to power engines that support a global fleet, building technical expertise, solving problems, and collaborating with design engineers to improve durability, reliability and safety.

Qualifications

• BSc or MSc in Mechanical or Aerospace Engineering or related field.
• Solid understanding of heat transfer and fluid mechanics.
• Analytical mindset with attention to detail.
• Effective communication and teamwork skills.
• Good command of written and spoken English.

Responsibilities

• Perform thermal analysis and evaluation of high pressure turbine components, applying sound engineering principles and following business standards and product/program requirements.
• Support the design team with thermal results and recommendations that inform component cooling design decisions.
• Collaborate with design engineers and technical experts, share information openly and ask questions to solve problems and meet project goals.
• Prepare and present technical results at internal and external reviews.
• Document analyses and technical data in line with engineering policies and procedures.

Skills

Heat transfer

Fluid mechanics

Analytical mindset

Communication & teamwork

English proficiency

Education

BSc/MSc in Mechanical or Aerospace Engineering

Job description

GE Aerospace Warsaw campus is seeking a Thermal Design Engineer specializing in Component Cooling to support the thermal design and analysis of high‑pressure turbine components for jet engines in service worldwide.

You will apply advanced thermal analysis to power engines that support a global fleet, building technical expertise, solving problems, and collaborating with design engineers to improve durability, reliability and safety.