Advanced Programs - Lead Engineer, Hot structures Mechanical Design

GE Aerospace; Texas; Vor Ort; USD 110.000 - 160.000; Vollzeit

Zusammenfassung

GE Aerospace’s Lynn Advanced Programs unit is seeking a lead engineer for hot structures mechanical design to own all aspects of the assigned components. You will collaborate with teammates and experts to solve complex problems and drive solutions that meet program requirements.

The role emphasizes teamwork, technical depth in mechanical design, and effective communication with internal and external customers, with security clearance a prerequisite.

Qualifikationen

• Bachelor of Science in Mechanical or Aerospace Engineering from an accredited college.
• Minimum of 3 years of experience in a mechanical design engineering position.
• U.S. citizenship required for security clearance; active clearance preferred.

Aufgaben

• Execute hot structures component design and analysis per engineering principles and project requirements.
• Develop expertise in hot structures design and interface with adjacent hardware.
• Lead small projects balancing design, interface, and resource constraints.

Ausbildung

Bachelor of Science in Mechanical or Aerospace Engineering

Master of Science in Mechanical or Aerospace Engineering

Tools

ANSYS

Unigraphics/NX

GD&T

Jobbeschreibung

Job Description Summary

About GE Aerospace:

Are you ready to see your future take flight? At GE Aerospace, we are advancing aviation technologies for today and tomorrow. Your work will contribute to the production of advanced jet engines, components, and integrated systems that power commercial and military aircraft. You'll be part of a team that embraces your drive, curiosity, and unique ideas. Most importantly, you will share in our pride and purpose that affects the lives of millions around the world!

About this position:

The Lynn Advanced Programs (AP) section is a brand-new organization with the mission of inventing the future of flight and advancing propulsion capability for the next generation of military applications. Lynn AP supports a wide range of engineering activity including design, analysis, and testing across new, derivative, and existing engines.

The lead engineer for hot structures mechanical design will be the hardware owner responsible for all aspects of design and development of assigned hot structures components as a part of the hot structures team. In this role, the lead engineer will utilize engineering experience and partner with teammates and technical experts to solve problems and recommend solutions. This role is best suited for a collaborative problem solver with a desire to deepen their mechanical design expertise and develop new solutions to challenging technical problems while balancing program requirements. Effectively working with teammates, technical experts, and peers in adjacent organizations will be necessary for successful project execution to impact short-term and long-term business goals.

Working at our Lynn Facility:

Come and elevate your career in a facility that combines a rich tradition of aviation technology with a deep commitment to the future of flight. The GE Aerospace manufacturing site in Lynn designs, produces, assembles, and tests military and commercial aircraft engines and components. With 1.6 million square feet of manufacturing space, we're making a huge contribution to the future of flight! The Lynn facility is the birthplace of the very first jet engine in 1942 and continues building upon this legacy with a deeply knowledgeable team building quality engines. Additionally, GE Aerospace has invested more than $100 million in facility improvements in the last five years alone. Whether we are manufacturing components for our engines, driving innovation in fuel and noise reduction, or unlocking new opportunities to grow and deliver more productivity, our GE Aerospace teams are dedicated and making a global impact. Join us and help move the aerospace industry forward!

Job Description

Roles and Responsibilities:

• Execute hot structures component design and analysis by applying engineering principles and adhering to business standards, practices, procedures, and product / program requirements with guidance from experienced teammates and technical experts. Properly document technical data generated.
• Develop specialized knowledge in hot structures mechanical design and interface design with adjacent hardware within the hot structures. Stay current with the latest technical developments and internal processes.
• Provide timely communication if significant issues or challenges arise. Collaborate with people leader, teammates, and technical experts to develop action plans to resolve challenges.
• Prepare and present technical data along with recommendations or conclusions to internal and external customer audiences.
• Gain an understanding of competitors and the factors that differentiate designs or products.
• Lead small projects optimizing hot structures component design while balancing all design, interface, and resource requirements.

Required Qualifications:

• Bachelor of Science in Mechanical or Aerospace Engineering from an accredited college or university.
• Minimum of 3 years of experience in relevant mechanical design engineering position.
• This role requires the successful candidate to obtain and maintain US Government Security Clearance; prerequisite for a security clearance is U.S. citizenship.
• Preference will be given to candidates who currently hold US Government Security Clearance.

Desired Characteristics:

• Master of Science in Mechanical or Aerospace Engineering from an accredited college or university.
• 4-5 years of experience in relevant mechanical design engineering position.
• Active US Government Security Clearance at the Secret level.
• Experience with finite element analysis software such as ANSYS.
• Knowledge of 3D Modeling software, preferably Unigraphics/NX.
• Understanding of GD&T principles and reading or creating drawings.
• Experience in design, analysis, and manufacturing of high-precision or turbomachinery components.
• Experience in design, analysis, and manufacturing of metals and high temperature composites.
• Passion for the aviation industry and advancing the state-of-the-art.
• Ability to identify problems, evaluate options, and recommend solutions consider.