As a Senior Embedded Software Engineer, you'll architect and implement embedded software systems for autonomous metal 3D printing factories. Responsibilities include developing machine instruction interfaces, enabling computer vision systems, and integrating control algorithms into production software while promoting innovation and maintaining excellence within the engineering team.

As a Senior Software Engineer, you will develop the computational geometry software platform for metal 3D printing, focusing on algorithm development, system integration, and collaboration with data scientists and engineers for production automation.

The Senior Software Engineer will design and implement a geometry processing pipeline for metal 3D printing, integrate CAD imports, slicing, and toolpath planning, and develop software for geometry deformation and simulation, collaborating with engineers to enhance the production processes.

As a Senior Embedded Software Engineer, you will design and implement embedded software systems for advanced metal 3D printing factories, focusing on hardware control, data acquisition, and automation solutions while collaborating with engineering teams to drive innovation and maintain excellence.

As a Senior Process Engineer, you will develop novel processes for advanced metal 3D printing systems. Your responsibilities include analyzing large data sets, conducting experiments, optimizing processes, and collaborating with interdisciplinary teams to improve printing technology using data-driven approaches.

As a Senior Software Engineer at Freeform, you will architect and develop software for autonomous metal 3D printing factories. You will work on control systems, data acquisition, and processing pipelines, and ensure high-quality automated printing capabilities. Your role is to enhance innovation and maintain excellence in engineering practices.

As a Software Engineer, you'll develop and maintain critical software systems for autonomous 3D printing factories, focusing on controls, data acquisition, and geometry processing. You'll collaborate with engineers to integrate algorithms and scale data systems, while driving innovation and maintaining excellence within the team.

The Senior DevOps/Linux Systems Engineer will design and implement resilient IT systems, manage infrastructure as code, maintain cloud platforms, and ensure system monitoring and security compliance. This role requires collaboration and the ability to solve complex problems while building robust IT solutions for a dynamic computing environment.

The Senior Software Engineer will architect, develop, and maintain software systems for autonomous 3D printing factories, integrating controls and improving data management. Collaboration with engineers to enhance production systems and oversee testing processes is crucial. Candidates should have extensive experience in software development, particularly in C++.

The CMM Programmer/Operator will lead programming and operation of CMM machines, develop inspection programs, interpret GD&T, ensure part tolerances are met, and collaborate with engineering teams to enhance quality assurance processes.

The Build Engineer will own the assembly and integration of complex mechanical and electromechanical systems, develop scalable manufacturing procedures, optimize system builds, provide build feedback for design adjustments, lead calibration processes, and improve build efficiency in a collaborative environment.

As a Senior Simulation Engineer, you will develop physics-based and data-driven models for automated metal 3D printing. Collaborating with data scientists and software engineers, you'll integrate these models into simulation systems, focusing on geometric deformation and control strategies while ensuring documentation and maintenance of algorithms.

As an FPGA Engineer, you will develop and integrate software and hardware systems for advanced 3D printing technology. Responsibilities include creating real-time hardware interface IPs, high-performance neural network inference methods, and validating digital designs through simulations. Collaboration with a team to leverage FPGA technology for automated production is essential.

As a Senior Mechanical Engineer at Freeform, you will lead mechanical design efforts, innovating within complex mechanical and robotics systems. Responsibilities include bringing hardware from concept to production, conducting tests, performing tolerance analyses, and strategizing improvements. A collaborative mindset and problem-solving ability are key to success in this role.

As a Senior Machine Learning Engineer, you will design and develop data models for a metal 3D printing system, integrate models into simulations, and develop algorithms for predictive modeling and machine health monitoring. Your role will involve collaboration with engineers to scale the production of automated printing technologies.

As a Mechanical Engineer at Freeform, you'll be responsible for the entire lifecycle of hardware projects, collaborating with cross-functional teams to design, test, and implement mechanical systems. The role requires a strong foundation in mechanical engineering, hands-on design experience, and the capability to tackle complex engineering challenges. Candidates will focus on continuous improvement for system performance and reliability.

The Opto-Mechanical Build Engineer will lead the development and deployment of opto-mechanical systems for 3D printing. Responsibilities include building, assembling, aligning systems, developing scaling procedures, integrating lasers and cameras, and collaborating with multiple engineering teams. The role emphasizes hands-on hardware development and problem-solving in a cutting-edge tech environment.

As the Head of IT Infrastructure & DevOps, you will lead the design and maintenance of both on-premises and cloud-based infrastructure, focusing on high availability and security. Your responsibilities include overseeing Kubernetes infrastructure, managing big data storage systems, fostering a DevOps culture, and ensuring compliance with industry standards. You will also mentor the IT team while simultaneously contributing technically to projects.

As a Software Engineer at Freeform, you will develop and maintain critical software systems for autonomous 3D printing factories. Responsibilities include architecting software, integrating control algorithms, improving data systems, and expanding CI/CD support within the engineering team.