Lead NPI‑to‑HVM transitions and drive end‑to‑end DFM integration for advanced package technology, ensuring manufacturable designs, stable ramp‑up, and high‑volume production readiness across external manufacturing sites.
Responsibilities
Lead end‑to‑end NPI‑to‑HVM industrialization of advanced packages across external OSAT and foundry partners
Coordinate ramp plans, risk mitigation, and readiness reviews to ensure stable yield and predictable scale‑up
Support ongoing manufacturing and operations, and lead sustaining engineering to maintain stable yield, quality, and delivery in high‑volume production
Serve as the primary interface between package design, technology development, and external partners to ensure manufacturable package architectures
Drive end‑to‑end DFM integration, identifying and closing manufacturability and technology‑to‑manufacturing gaps early
Requirements
Bachelor’s or master’s degree in mechanical engineering, Materials Science, Electrical Engineering, Chemical Engineering, or a related engineering discipline
Serving as the senior mechanical technical owner for plasma-enabled antenna and advanced communications hardware, shaping mechanical architecture, leading design trades, and driving hardware development from early concepts through qualification-ready designs.
Compensation
Salary Range: $145,000-$170,000. This represents the typical base salary range for this position based on experience, skills, and other factors.
Responsibilities
Own the mechanical architecture for advanced antenna, plasma-device, electronics, and communications-system hardware.
Lead mechanical design reviews, establish analysis and documentation standards, and guide critical decisions involving performance, risk, cost, schedule, and manufacturability.
Define modular product architectures that can evolve from laboratory prototypes to fieldable systems and future product variants.
Mentor engineers and provide trusted technical guidance across multidisciplinary programs.
Create and maintain CAD models, production drawings, GD&T schemes, tolerance analyses, bills of material, and configuration-controlled design documentation.
Lead the transition from prototype to production-ready designs for Helsing's robotics portfolio, applying DFM and DFA principles and building scalable manufacturing processes.
Compensation
Competitive salary and VSOP options
Responsibilities
Lead transition from prototype to production-ready designs
Develop and optimise manufacturing processes, work instructions, BOMs, and assembly procedures
Specify, procure, and develop fixturing, tooling, and manufacturing equipment
Collaborate with mechanical, electrical, and quality teams to resolve manufacturing issues
Drive improvement initiatives across efficiency, quality, and cost reduction
Lead the transition from prototype to production-ready designs, applying DFM and DFA principles to redesign components and assemblies for improved manufacturability, cost efficiency, quality, and reliability across CNC machining, sheet metal, injection moulding, and additive manufacturing.
Compensation
Competitive salary and VSOP options
Responsibilities
Lead the transition from prototype to production-ready designs
Develop, document, and optimise manufacturing processes, work instructions, bills of materials, and assembly procedures
Specify, procure, and develop fixturing, tooling, and manufacturing equipment
Collaborate with mechanical, electrical, and quality teams to surface and resolve manufacturing issues early in the design cycle
Drive improvement initiatives across efficiency, quality, and cost reduction
The role sits at the boundary between engineering innovation and production reality, bridging prototype development and scalable manufacture for Helsing's robotics portfolio.
Compensation
Competitive salary and VSOP options
Responsibilities
Lead the transition from prototype to production-ready designs, applying DFM and DFA principles to redesign components and assemblies for improved manufacturability, cost efficiency, quality, and reliability across CNC machining, sheet metal, injection moulding, and additive manufacturing.
Develop, document, and optimise manufacturing processes, work instructions, bills of materials, and assembly procedures, building the production infrastructure needed to scale robotic systems from low volume to repeatable, high-quality output.
Specify, procure, and develop fixturing, tooling, and manufacturing equipment, ensuring assembly processes are well-supported and production-ready from day one.
Collaborate with mechanical, electrical, and quality teams to surface and resolve manufacturing issues early in the design cycle, reducing downstream cost and rework through structured problem-solving and continuous improvement.
Drive improvement initiatives across efficiency, quality, and cost reduction, using data from production builds to inform design iteration and process refinement.
Lead the transition from prototype to production-ready designs, applying DFM and DFA principles to redesign components and assemblies for improved manufacturability, cost efficiency, quality, and reliability across CNC machining, sheet metal, injection moulding, and additive manufacturing.
Compensation
Competitive salary and VSOP options
Responsibilities
Lead the transition from prototype to production-ready designs
Develop, document, and optimise manufacturing processes, work instructions, bills of materials, and assembly procedures
Specify, procure, and develop fixturing, tooling, and manufacturing equipment
Collaborate with mechanical, electrical, and quality teams to surface and resolve manufacturing issues early in the design cycle
Drive improvement initiatives across efficiency, quality, and cost reduction
The role sits at the boundary between engineering innovation and production reality, bridging prototype development and scalable manufacture for Helsing's robotics portfolio.
Compensation
Competitive salary and VSOP options
Responsibilities
Lead the transition from prototype to production-ready designs, applying DFM and DFA principles to redesign components and assemblies for improved manufacturability, cost efficiency, quality, and reliability across CNC machining, sheet metal, injection moulding, and additive manufacturing
Develop, document, and optimise manufacturing processes, work instructions, bills of materials, and assembly procedures, building the production infrastructure needed to scale robotic systems from low volume to repeatable, high-quality output
Specify, procure, and develop fixturing, tooling, and manufacturing equipment, ensuring assembly processes are well-supported and production-ready from day one
Collaborate with mechanical, electrical, and quality teams to surface and resolve manufacturing issues early in the design cycle, reducing downstream cost and rework through structured problem-solving and continuous improvement
Drive improvement initiatives across efficiency, quality, and cost reduction, using data from production builds to inform design iteration and process refinement
Lead the transition from prototype to production-ready designs for Helsing's robotics portfolio, applying DFM and DFA principles to improve manufacturability, cost, quality, and reliability.
Compensation
Competitive salary and VSOP options
Responsibilities
Lead the transition from prototype to production-ready designs, applying DFM and DFA principles to redesign components and assemblies for improved manufacturability, cost efficiency, quality, and reliability across CNC machining, sheet metal, injection moulding, and additive manufacturing
Develop, document, and optimise manufacturing processes, work instructions, bills of materials, and assembly procedures, building the production infrastructure needed to scale robotic systems from low volume to repeatable, high-quality output
Specify, procure, and develop fixturing, tooling, and manufacturing equipment, ensuring assembly processes are well-supported and production-ready from day one
Collaborate with mechanical, electrical, and quality teams to surface and resolve manufacturing issues early in the design cycle, reducing downstream cost and rework through structured problem-solving and continuous improvement
Drive improvement initiatives across efficiency, quality, and cost reduction, using data from production builds to inform design iteration and process refinement
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