5+ years in manufacturing engineering or new product introduction for complex electromechanical products.
Proven ownership of a product from prototypes to production.
Strong DFM/DFA experience with measurable improvements in quality and yield.
Knowledge of manufacturing processes like CNC machining and injection molding.
Proficient in mechanical drawings, GD&T, and 3D CAD for design review.
Hands-on experience in developing assembly processes and documentation.
Ability to coordinate technical decisions across multiple teams.
Responsibilities
Lead manufacturing readiness from design reviews to production handoff.
Drive DFM/DFA reviews to enhance part geometry and assembly processes.
Select and qualify manufacturing processes with suppliers for optimal performance.
Define assembly process flows and maintain alignment with engineering designs.
Plan and lead engineering and pilot builds, addressing issues as they arise.
Develop fixtures and tooling for precision assembly and integration.
Collaborate with test engineers to incorporate inspection into manufacturing processes.
Resolve discrepancies and yield issues through root-cause analysis.
Conduct manufacturing readiness reviews and implement engineering changes.
Ensure production handoff includes qualified processes and trained technicians.
Benefits
Collaborative work environment with cross-functional teams.
Hands-on role with direct impact on product development.
Opportunity to lead innovative projects in robotics.
Access to advanced manufacturing technologies and processes.
Support for professional development and continuous learning.
Full Job Description
The Role
We are looking for a Senior Manufacturing Engineer to lead new product introduction for Dexmate's robot subsystems and final assembly. You will turn engineering prototypes into hardware that can be built consistently, inspected effectively, and released to production.
You will work closely with mechanical, electrical, test, and supply chain teams to drive design for manufacturability and assembly (DFM/DFA), prepare manufacturing processes, and lead engineering and pilot builds. This is a hands-on role spanning design reviews, supplier visits, and the build floor, with ownership of manufacturing readiness through initial production ramp. Responsibilities
Lead manufacturing readiness for robot subsystems and final assembly, from early design reviews through engineering builds, pilot production, and manufacturing handoff.
Drive DFM/DFA reviews for structures, mechanisms, actuator assemblies, and integrated electromechanical systems. Partner with design engineers to improve part geometry, tolerance allocation, assembly access, and process repeatability.
Select and qualify manufacturing processes with suppliers, balancing performance, quality, cost, lead time, and production volume. Evaluate drawings and inspection requirements against demonstrated process capabilities.
Define assembly process flows, manufacturing bills of materials, production routings, and work instructions. Maintain alignment with engineering designs and released configurations.
Plan and lead engineering and pilot builds, coordinating materials, tooling, documentation, inspection, and technician readiness. Track build issues, assign corrective actions, and verify closure before the next build.
Develop and qualify fixtures, tooling, and assembly processes for precision alignment, preload, controlled fastening, actuator installation, and harness integration.
Partner with test and firmware engineers to incorporate calibration, in-process inspection, and end-of-line functional checks into the manufacturing process.
Resolve first-article discrepancies, assembly failures, and yield issues through root-cause analysis. Drive corrective actions across product design, supplier processes, tooling, and assembly methods.
Lead manufacturing readiness reviews with engineering, quality, and production teams. Implement engineering changes with clear revision control, material disposition, and updated build documentation.
Complete production handoff with qualified processes, trained technicians, documented acceptance criteria, and traceable build records. Support initial ramp to achieve agreed yield, build-time, and cost targets.
Minimum Qualifications
5+ years of experience in manufacturing engineering, new product introduction, or hardware industrialization for robotics, industrial automation, automotive, aerospace, medical devices, or similarly complex electromechanical products.
Demonstrated ownership of at least one product or major electromechanical assembly from engineering prototypes through pilot builds and into repeatable production.
Strong DFM/DFA experience, with examples of design and process changes that improved assembly quality, manufacturing yield, cost, or lead time.
Practical knowledge of manufacturing processes such as CNC machining, casting, sheet metal fabrication, injection molding, and surface finishing, including their tolerance and production-volume tradeoffs.
Strong understanding of mechanical drawings, GD&T, tolerance stacks, and dimensional inspection, with proficiency in 3D CAD for design review and fixture development.
Experience working directly with suppliers, contract manufacturers, and production technicians to resolve build issues and implement corrective actions.
Ability to coordinate technical decisions across design, manufacturing, quality, and supply chain teams, and follow issues through to verified closure.
Preferred Qualifications
Direct, on-site experience leading new product introduction at a U.S.-based factory or contract manufacturer, including pilot-build execution, assembly troubleshooting, technician training, and production handoff.
Experience manufacturing robot joints, actuators, manipulators, mobile bases, or other precision electromechanical assemblies.
Experience establishing assembly processes for a new product or transferring manufacturing between engineering, internal production, and contract manufacturing teams.
Experience with process failure mode and effects analysis (PFMEA), control plans, measurement system analysis, and process capability studies.
Familiarity with robot calibration, functional testing, and component-to-system traceability.
Experience managing manufacturing readiness across evolving designs, multiple suppliers, and changing production volumes.
