Advanced Lead Engineer - Mechanical Design - Bolted Joint

Job Description SummaryAt 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.
The Advanced Lead Engineer's responsibility is to lead assigned projects and demonstrate accountability in communicating business goals, programs and processes for an area or business segment. In this role you will utilize your experience or expertise to solve problems, develop and execute objectives for self and others, and could affect short-term business goals. In particular, you will be responsible for technology development and mechanical design of detachable components, e.g. bolted joints for future engine products for an NPI engine.Job Description

Roles and Responsibilities

• Execute the design, analysis, or evaluation of assigned projects using sound engineering principles and adhering to business standards, practices, procedures, and product / program requirements.

• Develop action plans to respond to issues/ problems.

• Lead or participate on teams assigned to address specific mechanical design challenges.

• Provide technical leadership to cross functional teams supporting the assigned project.

• Participate as a presenter or reviewer in technical and program reviews

• Consulting assigned tasks with technical experts to ensure the best outcome.

• Seeking for improvements based on legacy engines experience.

• Assure proper documentation of technical data generated for the assigned project and/or tasks consistent with engineering polices and procedures.

Required Qualifications

• MSC or BSC in Engineering, Physics, Chemistry, Materials or Computer Science.

• Industry or academical experience in mechanical design of stationary and/or rotating turbomachinery components including applicable engineering tools and systems​.

• Experience in design of bolted joints will be additional benefit.

• Familiarized with manufacturing methods of turbomachinery components.

Desired Characteristics

• Strong oral and written communication skills

• Strong interpersonal and leadership skills

• Ability to influence others and lead small teams

• Lead initiatives of moderate scope and impact

• Ability to coordinate several projects simultaneously

• Effective problem identification and solution skills

• Proven analytical and organizational ability

• Experience in rotors and jet engine systems design

• Preliminary design and rough mechanical components sizing based on the basic engineering principles.

• Experience in engineering New Product Introduction programs

Additional Information