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.
On GE Aerospace Warsaw campus, 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.
We are seeking an experienced and innovative Advanced Lead Engineer to take ownership of the mechanical analysis of multiple components in BGA (Business and General Aviation) Mechanical Analysis Team. In this role you will utilize your experience and expertise to demonstrate stress analysis skills as well as understanding of mechanical design of turbo-prop engines. You will have an opportunity to demonstrate proficiency in project leadership by coordinating work of few engineers, solve engineering problems of a high complexity, by taking timely actions, short-term planning, applying solid engineering principles and judgment to find optimum solutions.
This role is critical to driving advancements in aerospace propulsion systems and requires a strong technical background and a commitment to delivering high-quality solutions that meet stringent safety and performance standards.
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.
Monitor and effectively communicate projects status, issues and significant developments.
Participate as a presenter in technical reviews.
Required Qualifications
MSc/BSc in Engineering
Experience relevant to indicated position (design engineer, FEA analyst)
Knowledge and strong understanding of Finite element Methods principles
Experience with commercial CAD/CAE package required (ANSYS, Hypermesh, NX)
Advanced FEA skills especially in ANSYS
Knowledge of static, dynamic and modal analysis
Communicative level of written and spoken English language
Must be independent engineer that executes with minimum guidance
Benefits
Join us to see your career take flight today.
We offer:
Flexible work schedule and hybrid work model adjusted to your needs
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 your career
Benefits fit to all lifestyles
Wide variety of employee initiatives
Life security package: insurance, pension plans, private medical care
Additional financial bonuses: social fund, winter holiday, childbirth
Relocation Assistance Provided: No
Skills Required
- MSc or BSc in Engineering
- Relevant experience as a design engineer or FEA analyst
- Strong understanding of finite element methods principles
- Experience with commercial CAD or CAE packages, including ANSYS, Hypermesh, or NX
- Advanced finite element analysis skills, especially in ANSYS
- Knowledge of static, dynamic, and modal analysis
- Communicative written and spoken English
- Ability to work independently with minimal guidance
GE Aerospace Compensation & Benefits Highlights
The following summarizes recurring compensation and benefits themes identified from responses generated by popular LLMs to common candidate questions about GE Aerospace and has not been reviewed or approved by GE Aerospace.
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Healthcare Strength — Health coverage spans medical, dental, vision, prescription drugs, behavioral health support, and some on‑site healthcare options. Wellbeing programs emphasize physical, emotional, and social support and are often characterized as part of a top‑notch package.
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Retirement Support — Retirement programs include a 401(k) with company contributions, long‑term financial planning tools, and vesting provisions. Legacy pension benefits remain for eligible employees despite the plan being frozen.
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Leave & Time Off Breadth — Time‑off offerings include paid vacation, holidays, sick time, personal days, and flexible work arrangements, with permissive PTO noted for some salaried roles. Family support includes generous parental leave and adoption assistance.
GE Aerospace Insights
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