Principal Engineer - Wind Turbine Blade Bonding & Joints
Not Disclosed•Full-TimeOn-site
location_onWellons Road, Greenville, Pitt County, North Carolina, 27834, United States
About the Team
GE Vernova is a global energy leader dedicated to advancing a sustainable future. Within our wind energy division, we are committed to delivering high-performance, reliable turbine solutions that power communities worldwide. Our team focuses on the critical structural integrity of wind turbine blades, ensuring they meet the rigorous demands of safety, quality, and long-term performance in diverse operating environments.
About the Role
As a Principal Engineer for Bonding & Joints, you will serve as the technical authority for the primary structural interfaces that integrate wind blades into complete systems. This role is pivotal in defining the technical rigor required to ensure design decisions result in safe, high-quality products that meet customer and regulatory expectations.
You will own the technical underwriting of bonding and joints design concepts, specifications, and defect acceptance criteria across the full product lifecycle. From adhesive and resin-based bonded joints to mechanical interfaces, your expertise will guide the evolution of technology and the resolution of complex field and factory issues. Working closely with the Blades Chief Engineer, you will help set the strategy for design robustness and technology development while actively mentoring the next generation of engineering talent.
This is a senior leadership position that blends deep domain expertise with systems thinking. You will collaborate across Design, Systems, Quality, Supply Chain, and Manufacturing organizations to drive continuous improvement and ensure that engineering practices align with both internal requirements and industry standards.
Hiring Process
Candidates selected for this role will undergo a comprehensive interview process designed to assess technical depth, leadership capabilities, and cultural fit. The process typically includes:
- Initial Screening: A conversation with a recruiter to discuss background and role alignment.
- Technical Deep Dive: An in-depth review of your experience with composite mechanics, bonding technologies, and structural validation.
- Leadership & Systems Assessment: Discussions focused on your approach to cross-functional collaboration, problem-solving, and team development.
- Final Interview: A meeting with senior leadership to discuss strategic vision and team dynamics.
Equal Opportunity & Culture
GE Vernova is an Equal Opportunity Employer. We believe that a diverse workforce drives innovation and better decision-making. 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.
We are committed to fostering a work environment that supports professional development, challenges employees with meaningful careers, and values the unique perspectives each individual brings to the team. All offers of employment are conditioned upon the successful completion of a drug screen, and we only employ those who are legally authorized to work in the United States for this position.
Work location
Work model: On-site
Wellons Road, Greenville, Pitt County, North Carolina, 27834, United States
Greenville, North Carolina
Key Responsibilities
- check_circleProvide technical leadership in Bonding & Joints for new product development and technology introduction
- check_circleUnderwrite design concepts, specifications, and defect acceptance criteria across the product lifecycle
- check_circleOversee risk assessments including Design FMEA and drive effective mitigation strategies
- check_circleMentor and develop technical engineering talent to build sustainable technical depth
- check_circleOwn and evolve the Bonding & Joints technology roadmap aligned with business strategy
- check_circleParticipate in industry standards bodies and regulatory forums to influence technical direction
- check_circleDrive system-level continuous improvement in engineering design processes and practices
- check_circleCollaborate with cross-functional teams to ensure manufacturable, high-quality bonding solutions
Requirements
- verifiedBachelor's degree in Mechanical Engineering, Aerospace Engineering, Engineering Mechanics, or related discipline
- verifiedMinimum 10 years of professional experience in composite bonding and joints design, testing, or related work
- verifiedIn-depth knowledge of composite mechanics, composite failure modes, and building-block approach to structural validation
- verifiedWorking knowledge of composite manufacturing processes
- verifiedPrior experience in technical leadership roles
- verifiedLegal authorization to work in the United States
Nice to Have
Master's or PhD degree. Direct experience with wind turbine blade composite structural design. Knowledge of APQP, TRL/MRL, and statistical process control methodologies. Demonstrated ability to lead multidisciplinary engineering teams, including globally distributed teams, through design reviews, technical assessments, and root cause investigations. Proven experience resolving complex technical issues through cross-functional collaboration and structured problem-solving tools such as FMEA and RCA / 8D. Knowledge of wind turbine industry standards and regulations applicable to blade structural components. Experience in project execution, translating high-level objectives into clear, actionable plans and driving disciplined operational execution. Track record of curiosity and passion for identifying, developing, and implementing new technologies, methods, and ideas that result in differentiated product outcomes. Experience coaching, mentoring, and developing engineering talent to support long-term professional growth and succession.
Benefits & Perks
check_circleMedical, dental, vision, and prescription drug coveragecheck_circleAccess to Health Coach, a 24/7 nurse-based resourcecheck_circleAccess to Employee Assistance Program with 24/7 confidential counselingcheck_circleGE Vernova Retirement Savings Plan with company matching and contributionscheck_circleAccess to Fidelity resources and financial planning consultantscheck_circleTuition assistancecheck_circleAdoption assistancecheck_circlePaid parental leavecheck_circleDisability benefitscheck_circleLife insurance
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Skills, education and keywords
Skills: Mechanical Engineering, Aerospace Engineering, Engineering Mechanics, Composite Bonding, Composite Failure Modes, Composite Manufacturing Processes, Design Fmea, Apqp, Statistical Process Control, Fmea.
Education: Bachelor's degree in Mechanical, Aerospace, or related engineering required; Master's degree preferred; PhD degree preferred.
Frequently asked questions about Principal Engineer - Wind Turbine Blade Bonding & Joints at GE Vernova
What does a Principal Engineer - Wind Turbine Blade Bonding & Joints at GE Vernova do?expand_more
Day-to-day, the Principal Engineer - Wind Turbine Blade Bonding & Joints at GE Vernova will provide technical leadership in bonding & joints for new product development and technology introduction; underwrite design concepts, specifications, and defect acceptance criteria across the product lifecycle; oversee risk assessments including design fmea and drive effective mitigation strategies; and mentor and develop technical engineering talent to build sustainable technical depth.
What are the requirements for this Principal Engineer - Wind Turbine Blade Bonding & Joints role?expand_more
To qualify for the Principal Engineer - Wind Turbine Blade Bonding & Joints at GE Vernova position, applicants should have: Bachelor's degree in Mechanical Engineering, Aerospace Engineering, Engineering Mechanics, or related discipline; Minimum 10 years of professional experience in composite bonding and joints design, testing, or related work; In-depth knowledge of composite mechanics, composite failure modes, and building-block approach to structural validation; Working knowledge of composite manufacturing processes; Prior experience in technical leadership roles; and Legal authorization to work in the United States.
Where is the Principal Engineer - Wind Turbine Blade Bonding & Joints role at GE Vernova located?expand_more
Principal Engineer - Wind Turbine Blade Bonding & Joints at GE Vernova is based in Wellons Road, Greenville, Pitt County, North Carolina, 27834, United States. This is a on-site role.
Is this Principal Engineer - Wind Turbine Blade Bonding & Joints job remote, hybrid, or on-site?expand_more
GE Vernova has listed this Principal Engineer - Wind Turbine Blade Bonding & Joints role as on-site.
How much experience is required for this Principal Engineer - Wind Turbine Blade Bonding & Joints role?expand_more
Principal Engineer - Wind Turbine Blade Bonding & Joints at GE Vernova typically requires 10+ years of relevant experience at the lead level.
What skills do you need for the Principal Engineer - Wind Turbine Blade Bonding & Joints role at GE Vernova?expand_more
Key skills for Principal Engineer - Wind Turbine Blade Bonding & Joints at GE Vernova include Mechanical Engineering; Aerospace Engineering; Engineering Mechanics; Composite Bonding; Composite Failure Modes; Composite Manufacturing Processes; Design Fmea; and Apqp.
What education is required for Principal Engineer - Wind Turbine Blade Bonding & Joints at GE Vernova?expand_more
Educational requirements for this role: Bachelor's degree in Mechanical, Aerospace, or related engineering required; Master's degree preferred; and PhD degree preferred.
What category does the Principal Engineer - Wind Turbine Blade Bonding & Joints role belong to?expand_more
Principal Engineer - Wind Turbine Blade Bonding & Joints at GE Vernova is part of the engineering job category on Recrutus.
About GE Vernova
GE Vernova is an energy technology company dedicated to advancing electrification and reducing global carbon emissions. Based in Boston, Massachusetts, the company operates through three core divisions—Power, Wind, and Electrification—to deliver reliable, cost-effective, and sustainable energy solutions. These technologies support critical infrastructure that underpins health, safety, and economic development worldwide.\n\nWith global energy demand projected to rise over 50% in the next two decades, GE Vernova emphasizes continuous innovation, building on a 130-year legacy of energy solutions. The company’s approach combines the trusted GE brand with 'ver' (from 'verde,' meaning green) and 'nova' (Latin for new), symbolizing a commitment to sustainable, low-carbon energy systems.\n\nOperating within the electric power generation industry, GE Vernova prioritizes forward-looking strategies to address evolving energy needs. Its work spans power generation, renewable wind solutions, and electrification technologies, aiming to balance energy supply with environmental responsibility. The company’s mission reflects a focus on long-term impact, leveraging technical expertise to support global decarbonization efforts.
Browse more roles: All GE Vernova jobs, engineering jobs on Recrutus.