Jobs at Divergent 3D

• Serve as the primary manufacturing development engineering owner for one or more critical factory modules, subsystems, and/ processes
• Develop deep technical understanding of assigned systems, including architecture, operating modes, controls, interfaces, failure modes, and interactions

• Serve as the primary manufacturing development engineering owner for one or more critical factory modules, subsystems, and/ processes
• Develop deep technical understanding of assigned systems, including architecture, operating modes, controls, interfaces, failure modes, and interactions

• Screen, triage, group, organize, and support prioritization of engineering escalations based on fleet impact, recurrence, severity, and business need.
• Determine the appropriate engineering ownership and engage the required SMEs across Hardware, Automation & Controls, Materials & Processes, MDE, Software, and Supplier Quality.

• Lead, coach, and develop a team of recruiters supporting engineering and technical hiring across Divergent.
• Establish clear expectations for recruiter performance, pipeline management, candidate experience, hiring-manager partnership, and recruiting execution.

• Lead weld development including evaluation, down selection, and procurement of weld technologies.
• Design and develop welded joints, processes, and parameters for a variety of alloy systems and applications.

• Own the architecture of the Enterprise QMS end to end — the policy, procedure, and work instruction hierarchy that defines how Divergent designs, industrializes, and produces.
• Keep the documented system aligned with how work is actually performed across the Divergent Adaptive Production System (DAPS), retiring or rewriting process documentation that no longer reflects practice.

• Internal and External Audit Management, and CAPAs

Lead internal audits of our processes to ensure quality and efficiency, finding opportunities for improvement and driving positive change.
Host 3rd party and customer audits of our QMS, ensuring we are meeting and exceeding the compliance requirements flowed down.
Manage system level corrective/preventative actions including root cause analysis, corrective action planning, preventative actions, and evaluation of the effectiveness.

• Own daily production execution, working directly with production floor to resolve issues, and ensure steady throughput.
• Develop and implement best practices, processes, strategies, and calibration procedures to improve operational capacity.

• Create and manage CAD designs of the components, as well as the BOM structure.
• Build up and analyze FE Models of Node™-based vehicle structures applications including validation using hand calculations and optimization.

• Lead a multi-disciplinary team of manufacturing engineers responsible for driving design-for-manufacturing, process development, and implementation of advanced manufacturing methods across the DAPS manufacturing architecture.
• Oversee manufacturing requirements, process specifications, and root cause investigations to en...

• Serve as a technical authority for printer optics and beam-delivery systems.
• Own system performance, reliability, calibration, and continued development of critical optical and opto-mechanical hardware.

• Design and develop real-time machine control software for proprietary industrial 3D printing systems
• Build robust multithreaded applications in modern C++ for motion control, automation, and machine orchestration

• Own integrated program schedules, roadmaps, milestones, dependencies, risks, and high-level development & execution plans.
• Identify and actively manage program risks, issues, blockers, and dependencies.

• Own system architecture for multithreaded C++ and Python applications across robotics control, automation, AI/ML, and optimization pipelines.
• Architect end-to-end solutions from design through production deployment: operator-facing GUIs, diagnostics, monitoring, simulation/modeling, calibration, and fault-detection systems.

• Own and drive development of next generation PLC, HMI & SCADA software & controls architectures for the next generation of DAPS factories & factory modules.
• Own and develop automation software standards, frameworks, best practices, and platform selection.

• Development of next generation PLC, HMI & SCADA software & controls architectures for the next generation of DAPS factories & factory modules.
• Support the development of automation software standards, frameworks, best practices, and platform selection.

• Serve as a liaison between production and procurement operations, suppliers, and customers to ensure all purchased products meet specifications, quality, and regulatory requirements.
• Develop, maintain, and continuously improve supplier quality manuals, procedures, production processes, engineering specifications, and inspection plans.

• Deliver fully operational propulsion test stands from concept through commissioning, owning the mechanical, fluid, controls, and instrumentation systems required for safe, repeatable engine testing.
• Build robust, flight-ready test infrastructure by designing structural hardware, high-pressure fluid systems, and facility equipment that meets demanding propulsion testing requirements.

• Deliver fully operational propulsion test stands from concept through commissioning, owning the mechanical, fluid, controls, and instrumentation systems required for safe, repeatable engine testing.
• Build robust, flight-ready test infrastructure by designing structural hardware, high-pressure fluid systems, and facility equipment that meets demanding propulsion testing requirements.

• Own daily production execution, working directly with production floor to resolve issues, and ensure steady throughput.
• Develop and implement best practices, processes, strategies, and calibration procedures to improve operational capacity.