Lead Engineer- Mechanical Engineering

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EngineeringMechanical Engineer

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Quick Summary

Key Responsibilities

undefined Design engineering solutions for mechanical structural parts (Bedplate castings, Low speed Rotor lock and Shipping fixtures etc) of a wind turbine.

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EngineeringMechanical Engineer

The Lead Engineer - Mechanical Engineering position is in Large Structures team within GE Vernova Wind Machine Head Engineering Subsection. The team provides full lifecycle ownership and support for mechanical hardware (Bedplate castings, Low speed Rotor lock and Shipping fixtures etc) including New Product/Technology Introduction, Validation & Testing, Field Support and Root Cause Analysis.

The Lead Engineer - Mechanical Engineering will be responsible for design and development of mechanical components with full exposure to product life cycle working with diverse, cross-functional teams to execute component trade studies and design deliverables.

GE’s GE Vernova Wind business has a total installed base of more than 50,000 wind turbines in more than 35 counties, with 100+ GW of global installed capacity. We harness increased GE Vernova Wind energy potential through a broad family of turbines that are uniquely suited for a variety of wind environments, including Cypress, GE’s most powerful GE Vernova Wind turbine, and GE’s 2MW platform, which has more than 20GW installed and in operation today. We are committed to our customers’ success in wind, offering a broad portfolio of products and services that make renewables the energy of choice for a cleaner future.

Responsibilities

~2 min read

→ As a Lead Engineer- Mechanical Engineering for GE Vernova Wind you will:
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- →Design engineering solutions for mechanical structural parts (Bedplate castings, Low speed Rotor lock and Shipping fixtures etc) of a wind turbine.
- →Work closely with other engineering teams within GE GE Vernova Wind to coordinate interfaces between mechanical systems and components.
- →Develop engineering drawings and specification requirements for sourcing of wind turbine components.
- →Perform technical risk assessment and execute validation test plans to mitigate risks.
- →Assist in issue resolution of mechanical components for fielded turbines.
- →Participate and support technical problem solving in the team.
- →Collaborate with cross functional teams for managing the product life cycle, contributing to component team strategy, Multigeneration Product Plan (MGPP) and Multigeneration Technology Plan (MGTP).
- →Collaboration with System, Sub-System, and component Engineers to integrate components into overall turbine design while satisfying turbine and interface requirements.
- →Maintain “Systems Thinking” mindset and higher-level turbine system requirements to understand the needs and implications of potential component changes and impacts to the rest of the machine.
- →Contribute to design tool maintenance to ensure “fit for use” including design practice, design tools and lessons learned documentation updates.
- →Collaborate and Own risk identification and mitigation process including dFMEA and design verification.
- →Ensure quality of new and revised drawings, BoMs and specifications applying all GE and industry processes, standards and best practices

Requirements

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For roles outside of the USA- This role requires advanced experience in the Engineering/Technology & Mechanical Engineering. Knowledge level is comparable to a Bachelor's degree from an accredited university or college ( or a high school diploma with relevant experience).
For roles in USA - Bachelor's degree from an accredited university or college (or a high school diploma / GED with at least 6 years of experience in Job Family Group(s)/Function(s)).
Bachelor/ Master Degree in Mechanical Engineering or related Engineering.
Minimum 8 years product design and development experience with 2 years in the wind industry or relevant industry in product design.
Excellent communication, interpersonal and project management skills
Working knowledge of CAD (preferably Unigraphics NX 3D-CAD), CAE (preferably Ansys) and PLM tools

Ability and willingness to travel up to 20% of time

Wind turbine structural component expertise
Technical problem solving experience including NPI design, NTI development, problem solving & RCA resolution, method/tool development, and related items
Highly motivated, self-starter, energetic, positive, flexible in changing environments.
Able to work in structured approach to problem solving, learning agility and system thinking
Excellent communication skills and ability to articulate technical problems in clear and simple terms
Strong interpersonal skills, ability to work in project teams in an international environment
Systems thinker: ability to assess tradeoffs, effectively assess risk, and optimize results.
Ability to drive process improvement, standard work, and utilize Lean design principles.

Note:
To comply with US immigration and other legal requirements, it is necessary to specify the minimum number of years' experience required for any role based within the USA. For roles outside of the USA, to ensure compliance with applicable legislation, the JDs should focus on the substantive level of experience required for the role and a minimum number of years should NOT be used.