Jobs at Freeform

As a Senior Software Engineer, you will architect and implement software systems for autonomous 3D printing, optimizing hardware control, telemetry, and machine learning processes.

Develop and deploy software systems for autonomous metal 3D printing factories, working closely with engineering teams to improve systems performance and reliability.

Provide day-to-day helpdesk and desktop support across Windows and Linux; maintain on‑prem infrastructure (bare metal, virtualization, SAN), identity services (AD, Azure AD/Entra ID), endpoint management (Intune, GPOs), networking (LAN/WiFi), AV/conference systems, asset/license inventories, and documentation. Support onboarding/offboarding, participate in on‑call rotation, and assist senior IT on larger projects.

The Senior Mechanical Engineer will lead mechanical design efforts, develop complex mechanical systems, and drive innovation in hardware development.

Design and implement custom infrastructure for manufacturing systems while managing critical utilities and ensuring operational efficiency. Lead system monitoring and maintenance for optimal performance.

The Mechanical Engineer will lead projects from concept to production, designing and testing mechanical systems while collaborating across engineering disciplines.

Lead the development of machine learning methods for AI-native metal manufacturing systems, focusing on integrating physical data with physics-based simulation.

Lead the development and deployment of custom opto-mechanical systems for advanced metal 3D printing, focusing on assembly, alignment, and integration of complex systems.

Lead the design and development of opto-mechanical systems for advanced metal 3D printers, integrating lasers and cameras to enhance performance and precision.

The Senior Process Engineer will develop processes for metal 3D printing, analyze data, optimize hardware, and collaborate on innovative solutions in a fast-paced R&D environment.

The Process Engineer will develop new metal additive processes by analyzing data, conducting experiments, collaborating with engineers, and optimizing performance metrics.

Responsible for developing physics-based models and high-performance numerical solvers for automated metal 3D printing systems, working collaboratively in an interdisciplinary environment.

As a Mechanical Engineer for Site Infrastructure, you'll design infrastructure for next-gen printing systems, manage utilities, and ensure operational efficiency.

As a Principal Software Engineer, you will lead architectural development and implementation of complex software systems while collaborating with engineering teams across disciplines.

The Senior Embedded Software Engineer will architect and implement embedded software for metal 3D printing systems, ensuring high-speed autonomous operations and integration of hardware control, sensor data monitoring, and process automation.

Lead end-to-end design of semiconductor fabrication hardware, reimagining components using first-principles and additive manufacturing. Own component and system requirements for wafer handling, UHV chambers, thermal management, gas and fluid delivery, and precision assemblies. Mentor engineers, drive feasibility and production readiness, engage with customer engineering teams, and shape product and process roadmaps through technical leadership.

Lead end-to-end design and redesign of advanced energy hardware (turbines, heat exchangers, valves, pressure vessels, combustors) leveraging additive manufacturing. Own component-level requirements, materials, tolerances, thermal and structural tradeoffs, manufacturability, qualification, and production scalability. Mentor engineers, collaborate with internal teams and customers, and shape product and technology roadmaps to enable new architectures and performance using Freeform's platform.

Develop physics-based models and numerical solvers for automated metal 3D printing. Collaborate with software engineers on integration and real-time simulations, ensuring high-performance outputs.

Develop physics-based models for automated metal 3D printing, focusing on numerical solvers and integration with software and hardware systems.

Develop and architect embedded software for production-scale metal 3D printing systems. Implement machine instruction interfaces, high-speed data acquisition, sensor monitoring, computer vision integration, calibration, logging, and production automation. Collaborate with control, FPGA, and process engineers to integrate algorithms, write scalable maintainable code, unit test, deploy, and document systems for long-term factory operation.