Software Engineer (Machine Interfaces)

• We are looking to add a curious, self-motivated engineer to Hadrian’s Autonomous Factory Systems division. This role focuses on developing software interfaces for industrial machinery that mills, welds, forms and more
• The Autonomous Factory Systems team builds the software that gives Hadrian’s factories the ability to sense, decide, and act autonomously. This includes the core robotics stack, orchestration between robots and manufacturing machines, and the hardware abstraction layer that connects our software to the machines on the floor
• As part of this team, you will partner with robotics, mechanical, and controls engineers to bring advanced production systems from concept to operation. You will help execute our roadmap to scale Hadrian into a multi-factory company across the US
• Develop software to interface with industrial machines, PLCs, and other manufacturing equipment
• Create human-machine interfaces that enable technicians to control and monitor automation on industrial machines
• Ensure seamless software integration of automated manufacturing systems into Hadrian factories
• Build data logging pipelines for connected devices that feed operational planning and factory scheduling
• Collaborate with robotics, engineering, and operations teams to conceptualize, deploy, and upgrade manufacturing cells

Benefits

• Relocation stipend if you’re moving from outside of LA
• 100% coverage of platinum medical, dental, vision, and life insurance plans for employees
  401k
• Flexible vacation policy

• A minimum of 4-6 years of software engineering experience
• Demonstrated ability to make decisions with incomplete information and deliver complex systems on schedule
• Flexibility to travel up to 10% of the year as Hadrian scales across the country
• Proficient in Python, TypeScript, or C#
• Strong ability and desire to work directly with hardware on the factory floor
• Experience developing software to interface with physical systems in a field such as manufacturing, industrial automation, or 3D printing
• Familiarity with industrial communication protocols (e.g., OPC UA, Profinet)
• Hands-on experience with one or more of the following:
• Electronics or embedded systems
• Low-level networking, TCP/IP, and socket programming
• Building systems for real-time, safety-critical, or hardware-integrated environments
• Hardware-in-the-loop testing or simulation systems