Design Engineer (Advanced Energy Hardware)
Core
Design and redesign advanced energy hardware components (turbines, heat exchangers, valves, pressure vessels) using additive manufacturing to unlock new performance regimes and geometries.
Role type
Senior mechanical/energy systems design engineer (additive manufacturing)
Builds
Industrial-scale energy hardware parts for power generation, oil & gas, nuclear, and renewable energy sectors
Domain
Advanced energy systems, power generation, additive manufacturing
Deliverable
production ML models | product features | dashboards & analysis | research | client delivery | infrastructure | physical/clinical work
Required skills
mechanical engineering, energy systems design, turbomachinery, thermal systems, fluid systems, pressure-bearing hardware, high-performance structural components, systems-level integration, manufacturability analysis, materials science, tolerance analysis, thermal and structural behavior, production scalability
Preferred skills
metal 3D printing, design for additive manufacturing (DFAM), hardware development lifecycle, first-principles reasoning, strategic thinking
Technologies
additive manufacturing, CAD/CAE tools (implied by design/analysis context)
Responsibilities
Drive part design and redesign across energy applications; rethink part design from first principles to enable new geometries and consolidated assemblies; develop and evaluate design concepts with command of materials and production considerations; answer advanced technical questions on design tradeoffs and qualification pathways; work with internal teams to drive feasibility and execution; engage with customer engineering teams to understand requirements and present solutions; identify new application spaces for technology improvements; provide field-informed feedback to shape product and technology roadmap
Seniority
Senior, hands-on IC