Additive Manufacturing Specialist
Job in
San Mateo, San Mateo County, California, 94404, USA
Listed on 2026-06-02
Listing for:
Ursus, Inc.
Full Time
position Listed on 2026-06-02
Job specializations:
-
Engineering
Manufacturing Engineer, Quality Engineering, Mechanical Engineer, Process Engineer
Job Description & How to Apply Below
Additive Manufacturing Specialist
LOCATION:
Foster City, CA
AY RANGE: $36 - $46/hr.
DURATION: 6 months
TOP 3 SKILLS:
- 4 6 years of experience in additive manufacturing or advanced prototyping environments, with a Bachelor s Degree in Industrial Design or Engineering (or equivalent)
- Deep expertise in AM processes and materials (SLA, SLS, FDM, Polyjet) with strong ability to recommend optimal materials, parameters, and applications
- High proficiency in CAD (Solid Works, CATIA) and AM/CAM tools (Materialise Magics, GrabCAD Print, Autodesk Fusion) for complex part design, printability, and workflow execution
As an Additive Manufacturing Specialist, you will serve as a technical anchor for the Additive Manufacturing (AM) Lab, driving the end-to-end realization of complex autonomous vehicle prototypes. Beyond standard operations, you will act as a Design-for-Manufacturability (DfM) consultant to engineering teams and internal clients, optimizing builds for high-performance materials and mission-critical throughput, unlocking faster prototype delivery. You are responsible for the strategic health of the lab, including process optimization, equipment evaluations, planning, and the technical guidance of prototyping workflows.
Responsibilities:
- Design Consultation & DfM:
Actively support design reviews related to Additive Manufacturing (DfAM) with engineers to optimize geometries for SLA, SLS, and Polyjet; proactively identify failure risks in CAD models before they reach the build tray to minimize material waste. - Process Engineering:
Develop and document standardized build parameters and post-processing two essential workflows:
Additive Manufacturing (primary) and Laser Cutting (secondary) to ensure repeatable, high-quality output across all AM and Laser Cutting platforms. - Complex System Integration:
Oversee the final assembly of high-fidelity prototypes, e.g., integrating 3D-printed components with CNC-machined parts and complex electronics. - Post processing of prototype parts:
Actively guide and execute post-processing work such as sanding, painting, inserts, dyeing and other part finishing related activities. - Workflow Coordination:
Facilitate the prioritization of incoming JIRA requests to ensure alignment with prototyping deadlines. - Machine Maintenance, Repair and Troubleshooting:
Quickly, safely and correctly troubleshoot, diagnose and lead repair activities (whether internally or externally) maximizing part throughput. - Technical Vendor Liaison:
Act as a technical point of contact for vendor support, service coordination, and troubleshooting of Additive Manufacturing and Laser Cutting equipment. - Knowledge Sharing:
Serve as a Subject Matter Expert (SME) to share best practices on advanced AM techniques and safety protocols.
- Education & Experience:
Bachelor's Degree in Industrial Design or Engineering with 4 to 6 years of experience in high-stakes prototyping or advanced manufacturing environments, or equivalent. - Technical Mastery:
Deep expertise in the chemical and thermal properties of advanced resins and powders (SLA, SLS, FDM, and Polyjet); proven ability to make quick and sound technical recommendations on AM materials, processes, and applications. - Advanced CAD:
High proficiency in Solidworks and CATIA, specifically for fixture design and modifying complex assemblies for printability. - Advanced CAM:
High proficiency in part processing software, aka "slicers", such as Materialize Magics, GrabCAD Print (Stratasys) and/or Autodesk Fusion (AM build extensions); and/or similar. - Precision Metrology:
Demonstrated ability to perform quality control using precision measurement tools to validate part accuracy against GD&T requirements. - Strategic Problem Solving: A proven track record of improving lab efficiency, reducing build failure rates, or streamlining post-processing cycles.
- Cross-functional Collaboration:
Demonstrated ability to drive outsized positive outcomes and impact through thoughtful, effective and regular cross-functional activities across other internal teams (CNC machining, Welding, etc.)
- GD&T Proficiency:
Ability to interpret and apply Geometric Dimensioning and Tolerancing to ensure functional fitment of prototype assemblies. - Fabrication Versatility:
Meaningful experience in other prototyping methodologies like: MIG/TIG welding and CNC operation experience. - Safety & Compliance:
Experience implementing OSHA-compliant shop safety programs or hazardous material management (Haz Mat).
IND
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