ESSENTIAL DUTIES AND RESPONSIBILITIES:
- Lead Component development mechanical fabrication, assembly, and debug activities to ensure successful delivery
- Identify areas of risk and work quickly to prototype and mitigate
- Support DFMEA development
- Engage with component suppliers to specify and acquire quotes
- Perform 3D design and GD&T drawings of complex parts and assemblies
- Performs Design for manufacturing analysis (DFM)
- Optimize designs via analytical, numerical, and/or empirical assessments
- Perform self-guided R&D around novel pack structures and mechanical design
- Willingness to learn new skills such as using fabrication tools in lab
- Perform any additional duties as assigned
QUALIFICATIONS:
Required
- Bachelor’s degree in Mechanical Engineering or a closely related engineering discipline
- 3+ years of relevant mechanical engineering, product development, or component design experience
- Demonstrated experience developing mechanical components and assemblies from concept through prototype, validation, and production readiness
- Proficiency with 3D CAD modeling and the creation and interpretation of engineering drawings
- Working knowledge of Geometric Dimensioning and Tolerancing (GD&T)
- Experience applying Design for Manufacturing and Assembly (DFMA) principles
- Demonstrated ability to evaluate mechanical designs using analytical, numerical, and/or empirical methods
- Experience supporting mechanical fabrication, assembly, prototype build, troubleshooting, and design-debug activities
- Working knowledge of DFMEA and engineering risk-identification and mitigation processes
- Ability to interpret technical requirements and translate them into practical component and system designs
- Strong problem-solving, analytical, organizational, and technical communication skills
- Ability to work effectively in a fast-paced product-development environment with changing priorities and aggressive technical, cost, weight, and schedule targets
Preferred
- Experience within the automotive, electric vehicle, battery, energy-storage, aerospace, or other highly engineered product-development environment
- Experience designing battery packs, battery enclosures, structural battery components, or similar mechanical systems
- Knowledge of structural mechanics, fatigue, durability, vibration, thermal expansion, and material behavior
- Experience with finite element analysis (FEA), structural simulation, or other computer-aided engineering tools
- Experience selecting materials and manufacturing processes for lightweight, high-performance mechanical components
- Experience working directly with component suppliers, including development of technical specifications, RFQs, design reviews, and prototype sourcing
- Experience supporting products through prototype builds, design validation, manufacturing launch, and start of production
- Familiarity with automotive product-development processes and applicable engineering standards
- Experience working in an R&D, advanced engineering, or technology-integration environment
REASONABLE ACCOMMODATIONS AND EEO:
Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions of this position.
An individual must be able to perform the essential functions of this position with or without reasonable accommodation.
Our Next Energy Inc. (ONE) is an equal opportunity employer and is committed to providing equal employment opportunities to all employees and applicants without regard to disability or any other protected status in accordance with applicable federal, state, and local laws.
Equal Opportunity Employer
This employer is required to notify all applicants of their rights pursuant to federal employment laws. For further information, please review the Know Your Rights notice from the Department of Labor.
Skills Required
- Bachelor's degree in Mechanical Engineering or a closely related engineering discipline
- 3+ years of relevant mechanical engineering, product development, or component design experience
- Experience developing mechanical components and assemblies from concept through prototype, validation, and production readiness
- Proficiency with 3D CAD modeling and engineering drawings
- Working knowledge of Geometric Dimensioning and Tolerancing (GD&T)
- Experience applying Design for Manufacturing and Assembly (DFMA) principles
- Ability to evaluate mechanical designs using analytical, numerical, or empirical methods
- Experience with mechanical fabrication, assembly, prototype builds, troubleshooting, and design-debug activities
- Working knowledge of DFMEA and engineering risk identification and mitigation
- Ability to interpret technical requirements and translate them into component and system designs
- Strong problem-solving, analytical, organizational, and technical communication skills
- Ability to work effectively in a fast-paced product-development environment with changing priorities and technical, cost, weight, and schedule targets
- Experience in automotive, electric vehicle, battery, energy-storage, aerospace, or another highly engineered product-development environment
- Experience designing battery packs, battery enclosures, structural battery components, or similar mechanical systems
- Knowledge of structural mechanics, fatigue, durability, vibration, thermal expansion, and material behavior
- Experience with FEA, structural simulation, or computer-aided engineering tools
- Experience selecting materials and manufacturing processes for lightweight, high-performance mechanical components
- Experience working directly with component suppliers, including technical specifications, RFQs, design reviews, and prototype sourcing
- Experience supporting products through prototype builds, design validation, manufacturing launch, and start of production
- Familiarity with automotive product-development processes and applicable engineering standards
- Experience in an R&D, advanced engineering, or technology-integration environment
What We Do
Our Next Energy (ONE) is paving the way for an electric future, innovating energy storage technologies that will rapidly expand the world’s ability to access sustainable power. We are showing the world what’s possible, rapidly clearing hurdles that stand in the way of mass clean energy adoption: extending range, increasing safety, lowering cost and, of course, using the cleanest chemistries.

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