As a Staff/Lead FPGA Engineer, you will architect FPGA solutions for AI-driven manufacturing, integrate with GPUs, and lead interdisciplinary innovation.

The Senior FPGA Engineer will architect and implement custom FPGA solutions for AI-driven 3D printing technology, focusing on high-throughput image processing and machine learning acceleration.

The Business Development Director will lead growth initiatives across US government agencies, focusing on capturing and executing contracts related to advanced manufacturing and technology solutions.

The Process Engineer will enhance CNC machining processes by applying physics to toolpath optimization, conducting experiments on hard metals, and collaborating with software engineers on automation techniques.

As a Senior Process Engineer, you'll develop novel processes for advanced metal 3D printing, work with data analysis and experiment design, and collaborate on performance improvements.

As a Process Engineer, analyze complex data to optimize metal additive manufacturing processes, collaborate with a cross-disciplinary team, and drive experiments.

As a Senior Mechanical Engineer, you will design infrastructure for autonomous manufacturing, develop monitoring systems and manage utilities to optimize operations.

Lead mechanical design efforts, innovating and maximizing hardware development speed through research, design, testing, and integration of complex mechanical systems.

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

As a Mechanical Engineer, you'll manage projects from concept to production, focusing on mechanical design, testing, and cross-functional collaboration.

Lead the development of machine learning models for advanced AI-native manufacturing systems. Focus on integrating physical data with physics-based simulations for control and autonomy in metal additive manufacturing.

Lead the design and development of opto-mechanical systems for advanced metal 3D printing, integrating high-power lasers and cameras, while ensuring precision alignment and optical performance testing.

Develop physics-based models for automated metal 3D printing, create numerical solvers, and work with software engineers for integration.

Architect and implement backend data pipeline infrastructure and telemetry for metal 3D printing systems, focusing on high-quality data services and scalable platforms.

As a Senior Embedded Software Engineer, you'll architect and implement embedded software for autonomous metal 3D printing systems, focusing on hardware control and data acquisition.

Design and implement horizontally scalable edge services and petabyte-scale data pipelines to ingest millions of sensor points per second. Build durable databases for real-time queries and analytics, enable ML access to telemetry, deploy reliable backend services, and monitor system performance and data quality across factory printing systems.

Architect and implement software for production-scale metal 3D printing systems. Integrate control algorithms with hardware teams, scale petabyte telemetry and storage, build high-performance GPU compute solutions, and solve algorithmic and optimization challenges while collaborating across disciplines.

Lead hands-on development, assembly, alignment, testing, and deployment of precision mechanical systems for metal 3D printing. Develop scalable build processes, create GD&T drawings, establish precision alignment and optical characterization procedures, and collaborate with mechanical, electrical, software, and process engineering teams to deliver robust, repeatable systems.

Own the technical relationship with robotics customers: lead application discovery, translate system requirements into manufacturable solutions using Freeform's platform, guide development through qualification and production, and provide field feedback to influence product and process roadmaps.

As a Software Engineer, you will develop software for autonomous metal 3D printing factories, collaborating with engineers and integrating control algorithms. You will focus on data acquisition and geometry processing for automated production systems.