R&D Lead Engineer
Greenville, NC - USA
Job Summary
Are you passionate about innovation Are you excited at the opportunity to electrify and decarbonize the world
We operate with a founders mindset. We deliver innovation with passion speed and courage. We continuously challenge our thinking and are empowered to dream big and take smart risks.
As Lead Engineer R&D in Plant Mechanical Engineering organization you will be an active contributor of the development of new products focused on delivering a more sustainable power and with flawless quality.
Job Description:
Design next generation sustainable products of the gas turbine power plant and accessories from the engineering launch to the field validation with focus on highest safety quality delivery and cost
Comply with R&D process and manage milestones design in autonomy get validation from Technical Leaders and Controlled Title Holders. Present design in front of the board of reviewers and close action items.
Realize thorough design analysis in mechanical thermal and fluids domain. Propose develop and implement controlled design/analysis tools and methods to improve Standard Work and decrease cost of poor quality (CoPQ).
Collaborate with internal engineering and program management teams Chief Engineering Office manufacturing engineering and external suppliers to create cohesive design
Support tendering bid packages that carry specific development requirements with equipment recommendations in order to win competitive orders and have a direct impact on GE Vernovas bottom line.
Support root cause analysis leader to improve products and execute corrective action for reliability quality and/or performance issues in existing designs. Resolve such issues with high sense of urgency.
Work cross-functionally with partner organizations to improve variable cost and drive usage and creation of standard product for enhanced quality and delivery.
Minimum Qualifications
Bachelor of Science in Mechanical Process Chemical Aeronautical or like engineering principle
3 years experience in Mechanical & Fluids engineering and/or quality in Power Aeronautics Chemical or Automotive industry
Desired Qualifications
Master of Science in Mechanical Process Chemical Aeronautical or like engineering principle
Experience with Lean methodologies and quality-oriented process improvement
You have a passion for innovation and sustainability including a good understanding of product design and challenges/opportunities in the gas turbine accessories space
You have experience with FEA processes thermal and flow analysis tools. Experience with 3D models Schematics/Diagrams and their use for representing accessories systems.
You are data-driven engineer with analytical skills able to design products with a focus on Safety and Quality and able to lead Lean process continuous improvement
You enjoy working in interface with several teams in an R&D environment that carry some level of technical uncertainty. You bring a clear-thinker mindset you are able to break large complex technical problems into an achievable timeline with individual deliverables and stakeholders/approvers driving to prompt resolution.
You have excellent communications skills good attitude self-starter well-balanced team player able to work in a multi-cultural environment
GE Vernova offers a great work environment professional development challenging careers and competitive compensation. GE Vernova is anEqual Opportunity Employer. Employment decisions are made without regard to race color religion national or ethnic origin sex sexual orientation gender identity or expression age disability protected veteran status or other characteristics protected by law.
GE Vernova will only employ those who are legally authorized to work in the United States for this opening. Any offer of employment is conditioned upon the successful completion of a drug screen (as applicable).
Relocation Assistance Provided: No
Required Experience:
IC
About Company
GE Vernova's Asset Performance Management software can help you increase asset reliability, minimize costs and reduce operational risks. View a demo today.