Velo3D

Backend Engineer

• Productionize ML algorithms: Take validated Python prototypes from MLEs and implement equivalent, performant C++ modules suitable for integration into production printer software.
• Integration and release support: Work with print software and embedded teams to integrate new algorithms, resolve build and runtime issues, and support release validation on hardware or representative test environments.
• Testing and quality assurance: Design, implement, and execute test plans (unit, integration, and regression) to verify numerical correctness, edge cases, and parity between Python reference implementations and C++ production code.
• Build ML infrastructure and tooling: Develop and maintain Python-based utilities and services that support MLE work—e.g., data download and cataloging, batch preprocessing, dataset versioning, pipeline orchestration, and operational scripts.
• Improve data management workflows: Help structure how build sensor data is stored, indexed, retrieved (including from archival storage), and made available for training and evaluation.
• Reduce engineering toil: Identify repetitive tasks in the ML workflow (data movement, labeling prep, evaluation runs) and automate them with well-documented, reliable tooling.
• Partner with MLEs on specifications: Clarify interfaces, performance requirements, and acceptance criteria so prototypes can be handed off cleanly and integrated without ambiguity.

Software Engineer, Python, C++, ML Platform & Production Integration

Machine Learning Engineer

• Develop ML models using in-process sensor data to identify anomalies and quality issues during printing.
• Build and iterate on training and evaluation workflows; document experiments and results for reproducibility.
• Own ML experimentation end to end: Design datasets, preprocessing pipelines, and training workflows; iterate on model architectures and metrics; document experiments and results for reproducibility.
• Help define data collection and management: Partner with process and software teams to improve how build data is ingested, cataloged, versioned, and made available for training and evaluation.
• Deploy models into production: Work with print software and embedded teams to integrate validated models into production code running on printer hardware, including performance and reliability considerations.
• Collaborate with supporting software engineers: Hand off validated Python prototypes for production hardening, provide clear specifications and acceptance criteria, and support integration and regression testing.

Analyst

• managing, supporting, maintaining, troubleshooting, and improving enterprise business applications used across engineering, manufacturing, operations, finance, sales, and service teams
• acting as a key liaison between business users, IT, application vendors, and internal technical teams
• ensuring critical enterprise systems are reliable, secure, integrated, and aligned with business processes

Senior Enterprise Applications Analyst

Operations

• Provide strategic leadership for manufacturing operations, including additive manufacturing production, post-processing, quality, and facilities, to ensure operational readiness, scalability, and execution excellence.
• Shape and execute an operations strategy that expands capacity, strengthens process discipline, and improves cost efficiency while maintaining high standards of quality and reliability.
• Establish and institutionalize operating standards, production controls, and management systems appropriate for customer-critical and regulated applications.
• Lead enterprise-level continuous improvement initiatives to enhance throughput, yield, cycle time, and overall operational performance.
• Provide leadership over additive manufacturing processes, materials, and workflows, ensuring strong alignment across R&D, engineering, and production.
• Partner cross-functionally to transition new technologies and products from development into stable, scalable production with clear operational ownership.
• Set the strategy for equipment reliability, preventive maintenance, and capital planning to support operational continuity and long-term growth.
• Advance the adoption of automation, digital manufacturing capabilities, and data-driven monitoring to strengthen visibility, control, and decision-making.
• Lead supply chain strategy across sourcing, materials planning, inventory management, and supplier qualification to ensure resilience, continuity, and operational agility.
• Mitigate supply chain risk through supplier diversification, strategic negotiations, and inventory optimization aligned to business priorities.
• Ensure dependable availability of critical materials, consumables, and components while balancing cost, quality, and service performance.
• Provide executive oversight of quality systems, certifications, and compliance requirements relevant to additive manufacturing and target end markets.
• Ensure robust product quality, traceability, and documentation practices that support customer confidence, audit readiness, and regulatory compliance.
• Partner with finance and legal stakeholders to align operational controls with governance expectations, risk management priorities, and public company standards.
• Own operational performance against key business metrics, including cost of goods sold, gross margin, on-time delivery, scrap, capacity utilization, and service levels.
• Partner with finance leadership on budgeting, capital allocation, and cost transformation initiatives that improve operating leverage and business performance.
• Guide forecasting and production planning processes to align operational execution with revenue objectives, demand signals, and growth priorities.
• Build and lead a high-performing operations organization across manufacturing, quality, supply chain, and facilities, with a strong focus on capability building and accountability.
• Establish clear operating rhythms, performance expectations, and succession strategies to strengthen organizational effectiveness and leadership depth.
• Champion a culture of safety, continuous improvement, collaboration, and disciplined execution.
• Partner closely with commercial, engineering, and product leaders to align operations with customer commitments, product roadmaps, and strategic growth plans.
• Contribute to Board and investor narratives by clearly communicating operational performance, scalability, execution priorities, and business risks.
• Participate in strategic planning and earnings preparation activities related to operations, capacity expansion, and execution readiness.

Senior Director of Operations

Director

• Oversee all manufacturing operations, including additive production, post-processing, materials management, quality control, maintenance, and continuous improvement.
• Build and optimize scalable processes, drive operational excellence, ensure regulatory and audit readiness, and lead the transition from prototype to full production.
• Develop and execute the manufacturing strategy aligned with company goals, customer requirements, and public-company operational expectations.
• Lead day-to-day operations across additive printing, post-processing, machining, finishing, and assembly.
• Drive cross-functional collaboration with Engineering, Quality, Supply Chain, EHS, and Program Management.
• Manage and mentor a growing team of supervisors, technicians, operators, and support staff.

Director of Manufacturing

• Lead the hardware engineering team (mechanical, electrical, systems, reliability, test).
• Develop the long-term hardware roadmap in collaboration with Product and executive leadership.
• Guide architecture decisions for next-generation AM platforms and subsystems.
• Instill engineering rigor through documentation, design reviews, version control, and validation practices.
• Oversee the design and development of electromechanical machine systems, including:
• Print engines, gantry/motion systems
• Thermal systems (heaters, sensors, environmental controls)
• Electronics, PCBs, cables/harnesses
• Power distribution and safety systems
• Optics modules (if applicable for laser-based processes)
• Mechanical/structural components
• Ensure hardware designs meet performance, safety, manufacturability, and reliability targets.
• Drive hardware from prototype through validation, regulatory compliance, and mass production.
• Collaborate closely with Manufacturing to ensure designs are scalable, cost-efficient, and well-documented (DfM, DfA, DfR).
• Own ECO processes, product lifecycle management, and release to production.
• Implement robust reliability testing, HALT/HASS, environmental/thermal testing, and long-duration validation.
• Ensure hardware meets relevant safety and compliance standards (UL, CE, FCC, etc.).
• Build a data-driven reliability engineering function to improve uptime and field performance.
• Collaborate with Field Service for field issue resolution and design improvements.
• Work closely with Software, Materials Science, Firmware, and Manufacturing teams to ensure seamless integration across the full AM ecosystem.
• Partner with Supply Chain on component selection, vendor qualification, and cost optimization.
• Collaborate with Program Management for schedule, deliverables, and milestones.

Director of Hardware

Controller

• Lead all corporate accounting functions, including the general ledger, accounts payable, accounts receivable, payroll accounting, revenue recognition, and the monthly, quarterly, and annual close
• Ensure compliance with U.S. GAAP, audit requirements, tax regulations, and internal accounting policies
• Own the preparation of financial statements, consolidations, and management reports
• Maintain and strengthen internal controls, accounting policies, and financial governance
• Manage external audits and coordinate with auditors, tax advisors, and other financial partners
• Manage a team of accounting specialists, including A/P, A/R, operating accounting, and SEC reporting
• Draft presentations for senior management and the Board of Directors
• Oversee the end-to-end purchase order lifecycle, ensuring accuracy, policy compliance, and efficient approval workflows
• Partner with Operations and Supply Chain to improve procurement, vendor onboarding, and alignment between contracts and financial controls
• Improve inventory management practices, including valuation, cycle counts, reconciliations, reserve analyses, and aging reviews
• Establish reporting and controls across fulfillment, cost of goods sold, landed cost, and other supply chain-related financial activities
• Identify bottlenecks and drive automation across purchasing, receiving, inventory, and other finance-adjacent workflows
• Partner with FP&A to support budgeting, forecasting, and cash flow planning
• Provide variance analysis, financial insights, and operating metrics to support executive decision-making
• Identify opportunities to improve cost efficiency across procurement, supply chain, and corporate functions
• Support strategic planning, scenario modeling, and long-range financial initiatives in partnership with the CFO
• Lead the modernization and optimization of financial systems, including ERP platforms, inventory modules, procurement tools, and workflow automation
• Drive continuous improvement to shorten close timelines, improve data quality, and strengthen process discipline
• Build, lead, and develop a high-performing accounting and operational finance team
• Foster a culture of accountability, transparency, collaboration, and operational excellence
• Develop talent pipelines and succession plans within Finance

Senior Director, Corporate Controller

Infrastructure Engineer

• Designing, implementing, supporting, and maintaining the organization’s core IT infrastructure across network, server, cloud, cybersecurity, identity, endpoint, and backup/disaster recovery environments.
• Supporting reliable, secure, and scalable IT operations while helping protect business systems, users, and data.
• Hands-on technical experience with enterprise infrastructure technologies, including firewalls, Fortinet, virtualization platforms, Nutanix, VMware, cloud services, identity platforms, endpoint management, cybersecurity tools, and IT service management systems.

Senior IT Infrastructure Engineer

Full-stack Engineer

• Partner with Product Management and Engineering to design and deliver new features while continuously improving overall system architecture and code quality
• Lead and coordinate development efforts across a team of experienced software engineers, ensuring alignment, clarity, and high execution standards
• Drive the evolution of the software architecture toward simpler, more scalable, and more efficient designs, with a strong focus on core data flows and performance
• Champion the integration of machine learning capabilities into the product, identifying opportunities and guiding implementation
• Collaborate with Applications Engineering to identify critical bottlenecks and develop effective, data-driven solutions
• Work cross-functionally with other software teams to design and deliver features spanning desktop applications, hardware systems, and data infrastructure

Technical Lead, Preprint Software

Account Manager

• Demonstrate the ability to manage and guide the target account through a noticeable increase in demand generated on Sapphire systems.
• Demonstrate the ability for the target account to view you as their go-to Velo technical engineer for current and future programs and applications.
• Work in a fast-paced, growing company to lead target accounts into manufacturing production using Velo3D’s end-to-end manufacturing solution.
• Take ownership of target accounts through education and project/program management of all aspects for critical programs and applications from the early design phase and then from the prototype phase into full-scale production.
• Ability to leverage previous experiences in design and manufacturing engineering to help target accounts visualize a manufacturing path forward to the final desired production manufacturing plan.
• Design, modify, and analyze complex geometries in CAD and use Velo’s print preparation software to obtain estimated print times and costing quotes to present to target accounts.
• Advanced problem solving and conflict resolution of complex and multi-entity situations, including but not limited to internal engineering teams, external engineering/manufacturing teams, and external customers/Contract Manufacturers (CMs) operating a Velo Sapphire.
• Ability to document statement of work and customer acceptance criteria to communicate externally and internally.
• Educate customers on known Velo3D part design allowables, including understanding physical and economic implications that could present themselves with printing vs. incumbent mfg. process.
• Consult customers on potential design optimization and challenges for desired part geometries and effectively communicate this both visually and verbally.
• Work with Applications Engineering on parts and applications that are not part of the current design allowables by effectively communicating the problem statement.
• Work closely and effectively with teams across multiple departments on technical projects.
• Maintain strong organizational skills concerning documentation, software analysis, and project management.