Velo3D

You'll **manage sample flow** from experiments on **3D laser powder bed fusion systems** at Velo3D. You'll directly perform and track analysis from internal and external sources, ensuring timely data delivery.

You'll bridge ML research and production deployment, implementing **validated Python prototypes** into **high-performance C++** for laser powder bed fusion additive manufacturing. You'll integrate algorithms into printer software, build testing frameworks, and develop ML infrastructure for reliable workflows.

You'll manage and support enterprise applications **like NetSuite, Salesforce, and SolidWorks PDM** in an engineering and manufacturing environment. You'll act as a key liaison between business users, IT, and vendors to ensure system reliability, security, and integration. This role offers hands-on work with a broad tech stack in a **hybrid environment**.

You'll develop ML models for **additive manufacturing quality assurance** using sensor data, working with process and software engineers. Your models will detect anomalies in real-time **production printer systems**. Build end-to-end ML workflows from data pipelines to **deployed models on hardware**.

You'll **design electrical systems** for **complex capital equipment** in high-tech industries. Your work directly impacts manufacturing and new product introduction. **Join a team building disruptive technologies** in a hands-on environment.

You'll **design and document electrical systems** for industrial equipment, **develop schematics and wiring diagrams**, and **support system integration, testing, and troubleshooting** in a fast-paced engineering environment.

You'll take ownership of evolving our rendering pipeline to support increasingly complex geometry, balancing performance, scalability, and visual clarity. You'll work on software that handles geometric complexity beyond what many CAD tools can manage. **Maintaining fluidity** in our Flow print setup software is critical to how efficiently users can set up builds.

You'll lead **manufacturing operations** for an additive manufacturing company, driving **scalability and execution excellence**. You'll shape strategy to expand capacity, improve cost efficiency, and partner cross-functionally to transition technologies into stable production. This role offers **enterprise-level impact** in dynamic, high-accountability environments like Defense and Space.

You'll define and execute experiments to advance **novel metal additive manufacturing processes**. Collaborating with senior engineers, you'll analyze data using **statistical tools** and support transitioning new processes from concept to implementation.

You'll lead **additive manufacturing programs** for government and advanced manufacturing contracts. Your core impact is translating program requirements into engineering specifications and managing technical execution across teams. This role offers the chance to **interface directly with government customers** and drive **prototype and production hardware development**.

You'll work directly with customers and engineering teams to develop **additive manufacturing** projects for production hardware. Your core impact is refining systems and developing new capabilities based on customer needs, while supporting sales in business development.

You'll own **full-cycle recruiting** for technical, manufacturing, and sales roles in a **lean, fast-moving environment**. Your core impact is building scalable processes and delivering a **high-quality candidate experience**.

You'll perform **detailed inspection** of incoming mechanical and electromechanical parts, ensuring they meet engineering specifications. You'll also inspect spare and field replacement parts, screening for known defect conditions before shipment. This role is the **last line of defense** against nonconforming parts reaching customers.

You'll lead **additive manufacturing operations** at a high-growth company, overseeing production, quality, and continuous improvement. You'll scale processes from prototype to full production, driving **operational excellence** across metal and polymer technologies. This role offers the chance to build a high-performance team in a **dynamic hybrid environment**.

You'll **operate and troubleshoot 3D printers** while **analyzing qualification builds** and **collaborating with cross-functional teams** to improve metal additive manufacturing processes at a cutting-edge company.

You'll drive systematic waste elimination and process excellence across the additive manufacturing value stream using Lean methodologies. You'll partner with operations, quality, and design engineering to reduce cycle time and scrap while building a culture of continuous improvement. This role combines **hands-on AM knowledge** with **structured problem-solving** and cross-functional kaizen leadership.

You'll support and scale the infrastructure powering our **additive manufacturing ecosystem**, collaborating with engineering, manufacturing, and IT teams to ensure reliability and performance. Your impact includes maintaining **CI/CD pipelines**, machine learning workflows, and customer-facing deployments, bridging the gap between development and operations.

You'll **oversee qualification and maintenance of metal 3D printers** and drive quality improvements in manufacturing, supply chain, and field service. Your core impact will involve **resolving root causes and implementing corrective actions** to ensure consistently high quality. This role stands out for its **focus on disruptive additive manufacturing technologies**.

You'll assemble and test **critical system components** for cutting-edge 3D printers in a fast-paced R&D and manufacturing environment. Your work ensures the **precision and reliability** of one-of-a-kind metal parts. This temporary role offers **hands-on experience with advanced technology**.

You'll design, implement, and maintain core IT infrastructure across network, server, cloud, cybersecurity, and backup environments. You'll ensure reliable, secure, and scalable IT operations while protecting business systems and data. This role is ideal for someone with **deep hands-on expertise** in **enterprise infrastructure technologies** and a desire to drive stability and security.

You'll lead the design and execution of advanced experimental programs to develop **novel metal additive manufacturing processes**. You'll work autonomously, providing technical direction and mentorship while driving innovation from concept to scalable, production-ready solutions.

You'll work on **integration and distributed systems** powering large-scale computation for printing workflows, building tools for job monitoring, error reporting, and retries on AWS and compute clusters. You'll collaborate closely with customers to support adoption and improve the experience.

You'll handle material receiving, movement, and cycle counting to support production and engineering at Velo3D. Your work ensures accurate inventory through **ERP system transactions** and **FIFO compliance**. You'll also operate **forklifts and pallet jacks** to sustain daily warehouse operations.

You'll design and document electrical systems for **complex capital equipment** at a leading additive manufacturing company. Your work will drive **continuous improvement** and **product reliability** across the product lifecycle. This role offers hands-on involvement from concept through production.

You'll lead **additive manufacturing equipment development** at a cutting-edge company, integrating mechanical and electromechanical systems. You'll drive **system-level design, testing, and optimization** for production. This role offers **direct impact on disruptive technology**.

You'll provide **strategic direction** and **hands-on leadership** across a diverse technical landscape spanning Windows desktop apps, 3D graphics, geometry processing, and AWS distributed computing. You'll play a critical role in evolving the architecture and technology stack to ensure scalability, performance, and maintainability.

You'll assist Engineers in **executing and analyzing 3D printed builds** and perform **maintenance on post-processing machines**. Your work ensures safe, high-quality production following detailed procedures.

You'll operate CNC equipment and perform tasks related to manufacturing build plates for **3D printers**. You'll ensure quality parts through setup, probing, and machine maintenance. This role involves working with **advanced additive manufacturing** technology.

You'll **define and execute the technology strategy** across hardware, software, and process engineering for a scaling additive manufacturing company. Your work will directly drive **commercial growth, manufacturing scale, and product innovation** while balancing near-term delivery with long-term platform goals. This role requires both strategic leadership and hands-on execution in a small but growing organization.