Top Tech Jobs & Startup Jobs

Develop and deploy software for autonomous metal 3D printing factories. Responsibilities include architecting production-scale software, integrating control algorithms, scaling high-rate data acquisition systems, and converting customer geometries into machine print instructions. The role involves collaboration with process, controls, and mechanical engineers to deliver reliable, high-performance systems across controls, embedded computing, GPU/FPGA computing, and geometry processing.

Develop and optimize metal additive manufacturing processes by analyzing large in situ datasets, executing experiments, measuring material properties, tracking printed-part quality metrics, and supporting tool qualification. Collaborate with mechanical, software, and simulation engineers to improve 3D printing technology using data analysis and machine learning. The role is fully onsite in Hawthorne, California.

Mechanical Engineering Interns will design, prototype, test, integrate, and validate mechanical components and systems for autonomous metal 3D-printing factories. Responsibilities include tolerance analysis, feasibility studies, hands-on builds, and improving system performance, reliability, and manufacturability. Interns will own a meaningful project and collaborate with electrical, software, and senior mechanical engineers. The role requires current enrollment in mechanical or aerospace engineering and hands-on design experience through internships or engineering clubs.

Design and build Freeform’s Manufacturing Execution System connecting quoting, work orders, scheduling, production, quality, and delivery. Develop scalable backend and frontend applications for factory workflows, production data, traceability, and part genealogy. Lead technical decisions, scope features, gather requirements, collaborate cross-functionally, and ensure system reliability, security, data integrity, accessibility, and usability. The role is fully onsite in Hawthorne, California.

Design and develop mechanical components, assemblies, motion systems, and thermal or fluid subsystems from concept through production. Responsibilities include tolerance analysis, testing, hands-on fabrication, system integration, validation, and continuous improvement for additive manufacturing and automation hardware. The role collaborates with electrical and software engineers to deliver production-ready systems and requires a first-principles, hands-on approach to complex engineering problems.

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.

Contribute to core software systems for autonomous metal 3D printing factories, including controls, high-rate data acquisition, and geometry-to-print pipelines. Collaborate with cross-disciplinary engineers to integrate control algorithms, improve data systems, and develop machine-ready print instruction pipelines while gaining hands-on embedded and real-time software experience.

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.