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At GE Aerospace we believe that the world works better when it’s moving. Together we are creating a future of aviation where human safety is of the greatest importance.

In our company we have been offering a flexible working model for many years now as to give our employees the possibility to adjust working hours to suit their individual needs. Our employees easily combine their professional and private responsibilities and have time to pursue their passions. No matter what stage of your career you are at, you can count on the support and mentorship of the best experts in the industry.

Over 1300 people work on GE Aerospace Warsaw campus. This is where we design aircraft engines and develop advanced technologies such as cooling methods for engine components as well as create statistical models and software applications for aviation. We develop all solutions in diverse teams, in which the best experts eagerly share their knowledge. At GE Aerospace we work together to achieve success. What is more, a career at GE Aerospace is not only an opportunity to work in an international environment, but also a chance to gain experience while visiting laboratories, factories and repair shops around the world.

At GE Aerospace we give our employees space for comprehensive development by supporting a variety of employee initiatives and interest groups, including GE Women’s Network, PRIDE Alliance, HealthAhead and GE Aerospace Volunteers. Our flexible working model is based on the concept of work-life balance, because at GE Aerospace we believe that people come first in our organization.

Ready to take the LEAP to GE Aerospace?
Are you an experienced mechanical analysis engineer ready to work on the fastest growing engine in aviation history?
The LEAP engine is a culmination of cutting-edge technology, world-class reliability and unparalleled performance, and is the engine of choice to power the Airbus A320neo, the Boeing 737 MAX, and the COMAC C919 jet airliners.
Why is this technology the engine of choice? LEAP’s 15% reduction in fuel burn (over prior generation of narrowbody applications) is moving the needle on sustainability today and proving out the next generation of sustainable technologies.
Our LEAP engine incorporates some of GE’s latest technological innovations which are challenging our engineers to test the limits of what is possible and define non-traditional design solutions that keep GE Aerospace at the forefront of innovation.
Bring your talent to the team in Engineering Design Center in Warsaw, Poland, where you will be part of the LEAP Mechanical Analysis team. In this role you will conduct stress analyses to define and optimize component/system design using state of the art analysis tools and methodologies. You will contribute to new product introduction, improving existing products, and resolving manufacturing issues working closely with mechanical design team.
Your technical expertise and leadership skills combined with working turbomachinery design and product improvement activities help us ultimately power our customers, lift people up and bring them home safely.


Roles and Responsibilities

• Execute the analysis (structural Finite Element Analysis, hand calculations).
• Recommend approach to meet the technical and program requirements.
• Implement plans to achieve technical requirements, schedules and contract commitments.
• Participate as a presenter in technical reviews.
• Assure proper documentation of technical data generated to substantiate analyzed components, assemblies and/or systems consistent with engineering policies and procedures.
• Monitor and effectively communicate projects status, issues and significant developments.

Required Qualifications

• MSc/BSc in Engineering
• Experience (design engineer, FE analyst) relevant to indicated position, areas of expertise and knowledge of disciplines like numerical methods (especially strong understanding of Finite element Methods principles). Understanding of the design and analysis tools relevant to the function.
• General knowledge of the engine architecture is required.
• Demonstrated good written and verbal communication skills.
• Experience with commercial CAD/CAE package required (ANSYS, Hypermesh, NX).
• Advanced FEA skills especially in ANSYS.
• Must be independent engineer that executes with minimum guidance.
• Communicative level of written and spoken English language.
• EU work permit required.

Desired Characteristics

• Strong oral and written communication skills. Demonstrated ability to analyze and resolve problems. Ability to document, plan, market, and execute programs. Established project management skills.


Join us to see your career take flight today.

We offer:

• Flexible work schedule and hybrid work model adjusted to yourneeds
• Fascinating job in dynamically growing aerospace industry
• Competitive salary, annual bonus, copyright costs tax reduction
• Diverse career opportunities globally
• Environment of continuous learning and improvement
• Onboarding support to make your start easier, mentoring support through yourcareer
• Benefits fit to alllifestyles
• Wide variety of employee initiatives



Relocation Assistance Provided:

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