Lead Engineer – Mechanical Component Design (Remote Eligible, U.S.)

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Position Overview

As the Lead Engineer – Mechanical Component Design at GE Vernova, you will be responsible for overseeing the design, analysis, and development of mechanical components within our energy solutions portfolio. This role demands a high level of technical expertise, leadership capabilities, and a collaborative spirit, as you will lead a team of engineers in innovating and optimizing our mechanical systems. Your contributions will directly influence product quality, reliability, and performance in the energy sector while working in a remote flexible environment.

Job Responsibilities

• Lead and mentor a team of mechanical engineers in the design and optimization of mechanical components.
• Oversee the development and implementation of design processes, including analysis and validation of mechanical systems.
• Prepare and review engineering documentation, including specifications and test procedures.
• Collaborate cross-functionally with electrical, software, and manufacturing teams to ensure holistic product development.
• Identify and resolve technical challenges in mechanical design and provide innovative solutions.
• Conduct feasibility studies, risk assessments, and reliability analyses to inform design improvements.
• Engage in continuous improvement initiatives to enhance the efficiency and quality of mechanical designs.

Qualifications

• Bachelor’s degree in Mechanical Engineering or a related field; Master’s degree preferred.
• A minimum of 7 years of experience in mechanical component design, with a focus on engineering for manufacturing.
• Proficient in CAD software; experience with SolidWorks or CATIA is highly desirable.
• Strong knowledge of materials, manufacturing processes, and mechanical systems.
• Demonstrated leadership experience with the ability to manage and motivate a team.
• Exceptional problem-solving skills and a strategic mindset to improve design effectiveness.
• Excellent communication skills, both written and verbal, for effective collaboration.

Technologies & Tools

The Lead Engineer will employ advanced design software such as SolidWorks and CATIA for mechanical modeling and simulations. Additional tools include project management software for planning and tracking engineering progress, as well as analytical software to perform stress, thermal, and fatigue analysis. Familiarity with PLM systems for product lifecycle management will also be beneficial.

Ideal Candidates

The ideal candidate will possess a blend of technical proficiency and leadership qualities, demonstrating a proactive approach to design challenges and fostering an innovative engineering environment. They will exhibit strong analytical skills, adaptability in a dynamic work setting, and a commitment to continuous improvement and excellence. A passion for developing sustainable energy solutions and experience in a collaborative, cross-functional team are highly valued attributes that will contribute to success in this role.