Job Description:
At Nextpower , we are accelerating the world’s transition to renewable energy through intelligent solar tracking and breakthrough engineering. As a Manufacturing Engineer - Steel Products you will be a critical player in this transformation. You will be responsible for driving concurrent engineering (DFM/DFMA), supplier process readiness, industrialization, and engineering change implementation for steel components and assemblies across Nextpower’s global supply base.
The Manufacturing Engineer - Steel will lead initiatives to document and develop best practice solutions and new manufacturing technologies across the supplier footprint that includes, but not limited to, automation, inspection, operational excellence (lean thinking) This role partners directly with R&D/Design Engineering, Quality, Program Management, or Procurement to ensure new and existing designs are manufacturable, scalable, cost-effective, and reliable, and to support design release and change-control decisions through rigorous engineering analysis and factory validation, while ensuring a customer-centric approach to meet or exceed internal and external customer expectations.
This position reports directly to Manufacturing Engineering - Steel team and dotted line reporting to Manufacturing Engineering - EMS team and Power Electronics team
Responsibilities:
Participate in product development from concept through design release, providing manufacturing feasibility input and DFM/DFMA recommendations. Partner with suppliers to obtain and incorporate external DFM feedback and capability constraints
Review engineering drawings, specifications, and design revisions; identify manufacturability risks and propose engineering solutions. Support structured design release gates by providing engineering recommendations based on manufacturability, process capability, cost drivers, and supplier readiness
Lead and/or drive innovation in manufacturing technologies and technical readiness activities for steel and/or industrial manufacturing processes including, as applicable: roll forming, stamping, casting, linear welding, laser cutting, machining, coating/finishing, assembly, testing, and/or automation
Plan and execute prototype builds, supplier trials, and on-site validations; verify functional intent and key/critical dimensions through appropriate measurement and inspection methods
Lead technical value engineering and cost-reduction initiatives across steel products by identifying cost drivers and developing engineering solutions (design alternatives, process alternatives, tooling strategy changes, yield improvement, cycle-time reduction). Validate savings while maintaining product performance, reliability, safety, and manufacturability; document results and deploy best practices across regions and suppliers
Define and validate manufacturing readiness deliverables, as applicable: process flows, manufacturing risk assessments, inspection approaches, work instructions, packaging requirements, and ramp-readiness checklists
Conduct supplier factory readiness audits and support supplier ramp execution; identify constraints (capacity, tooling, capability, quality systems) and drive corrective action plans
Identify and deploy manufacturing technologies and best practices across the supplier footprint, including automation and inspection equipment
Define technical requirements for tooling/equipment; develop and execute FAT/SAT acceptance criteria and validation checklists; support installation, commissioning, and training with suppliers
Serve as a Manufacturing Engineering reviewer/approver for engineering changes (ECR/DCO/ECO) in the company PLM system; drive controlled implementation at suppliers
Provide rapid technical escalation support when supplier, manufacturing, or field issues negatively impact Nextpower customers; lead structured root-cause and corrective actions (8D, 5-Why, Pareto) and verify effectiveness
Document best practices across the group and deploy standardized solutions across the supplier base
Participate in NPI readiness reviews and cross-functional meetings as required to track technical readiness, prototype status, validation outcomes, and risk closure
Requirements:
Mandatory: Fluent English and Spanish (written and spoken), other European languages are a plus.
Education & Experience: Bachelor’s degree in an Engineering discipline from an accredited institution with at least 10+ years of relevant experience in manufacturing engineering / industrialization for stee l components and assemblies in an OEM or contract manufacturing environmentIndustrial, Mechanical, Manufacturing, Metallurgical, Electrical or Chemical Engineering is preferred
5+ years minimum experience in design for manufacturing, steel manufacturing processes or steel machinery (leading CAPEX projects implementing machinery or equipment into factories)
5+ years minimum experience serving large OEM customers in renewable energy, automotive, consumer electronics, consumer goods, or industrial manufacturing (solar tracker experience a plus)
Demonstrated experience delivering concurrent engineering outcomes: DFM/DFMA influence on design releases, supplier capability translation into design requirements, and factory validation
Strong experience with steel fabrication processes (roll forming, stamping, welding, casting, laser cutting, machining, coating/finishing, assembly, automation). Experience with additional manufacturing processes is a plus
Experience leading supplier-facing engineering activities including process readiness, tooling readiness, validation builds, and on-site troubleshooting
Experience with engineering change management in a PLM system and the discipline to execute controlled implementation
CAD collaboration capability for manufacturability reviews (SolidWorks or equivalent) and the ability to interpret engineering drawings and specifications
Working knowledge of Lean Manufacturing / Six Sigma concepts and structured problem solving (8D, 5-Why, Pareto)
Strategic mindset. Ability to bring clarity, structure, and actions to ambiguous plans and technical challenges
Ability to influence others and negotiate solutions in critical timely decisions
Experience working with global, cross-functional, and multicultural teams
Excellent oral and written communication skills in English, including the ability to organize, conceptually interpret and clearly communicate material developed collaboratively via the input of multiple parties; translate complexity into actionable
Demonstrated ability to manage large, complex change efforts and to drive results through the creative use of facts and quantitative data, as well as influence, persuasion, and relationship management
Demonstrated ability to translate strategy to action; influence, negotiation, change mgt, and presentation
Able to work flexible schedules occasionally to accommodate global work teams
Travel requirements 50% (international and domestic)
Preferred:
SSGB, PMP, Lean Manufacturing, Journeyman, or other industry certifications
Direct experience with domestic and offshore Tier 1 and Tier 2 suppliers
Able to come up with new processes and bring rigor in the processes that are released
Why You’ll Love Working Here:
Innovate with Purpose: Your work directly contributes to accelerating the global shift to renewable energy.
Global Impact: Collaborate with world-class engineers, suppliers, and partners across continents.
High-Growth Environment: Be part of a fast-moving, mission-driven team shaping the future of solar technology.
Empowered Culture: We value bold ideas, authentic collaboration, and a relentless drive for excellence.
At Nextpower, we are driving the global energy transition with an integrated clean energy technology platform that combines intelligent structural, electrical, and digital solutions for utility-scale power plants. Our comprehensive portfolio enables faster project delivery, higher performance, and greater reliability, helping our customers capture the full value of solar power. Our talented worldwide teams are redefining how solar power plants are designed, built, and operated every day with smart technology, data-driven insights, and advanced automation. Together, we’re building the foundation for the world’s next generation of clean energy infrastructure.
