Aerobotix

QA Automation Engineer

• Design, build, and maintain internal IT and IT automation systems
• Create programs to automate repetitive tasks such as data transfers, testing, deployments, and IT workflows (e.g., account provisioning, password resets, software installations, patching)
• Configure and provision computers for customer or internal deployment and develop lightweight automation or internal tools for customer sites
• Automate cloud resource management (AWS, Azure, GCP) to spin up servers, manage storage, or scale apps automatically
• Ensure disaster recovery and backup processes run on schedule without manual intervention
• Configure and maintain specialized systems such as activation machines, license servers, and networked storage solutions (NAS)
• Set up security automation for patch management, intrusion detection, and access control
• Enforce cybersecurity and compliance standards (SOC 2, ISO 27001, export controls) by automating policies and audit trails
• Support government enclave environments (maintenance, logging review, access management) and assist with setup of new enclaves
• Collaborate with external contractors while retaining ownership of sensitive, time-critical IT tasks
• Automate monitoring, log collection, and alerting (e.g., Splunk, ELK, Prometheus) to maintain system reliability
• Continuously measure performance, troubleshoot issues, and fine-tune automation solutions
• Provide rapid on-site IT support for urgent issues (network configuration, login provisioning, access management)
• Serve as the primary IT escalation point and document IT processes and create self-service resources

Automation Engineer

Software Engineer

• Enable customer success by leading implementation, deployment, and support activities of smart robotic assistants for surface treatment applications
• Perform meticulous time studies and gather operational data directly from customer manufacturing floors
• Analyze value streams to identify bottlenecks, inefficiencies, and opportunities for AI-driven automation
• Partner with Solution Engineers to develop cost-benefit analyses and ROI models for automation solutions
• Translate complex findings into clear visualizations and present to internal teams and external stakeholders
• Travel (~70%) to various customer sites across the U.S. to support deployments and engage with customer operations leaders

Industrial Engineering Analyst

Robotics

• Design and develop high-quality C++ (and occasional Python) code for ROS/ROS 2 nodes, libraries, and utilities (rcl-cpp, actions/services, components, lifecycle, launch).
• Integrate and support sensors and actuators (e.g., cameras, LiDAR, robot controllers), including device drivers, message interfaces, health checks, and diagnostics.
• Architect scalable, testable subsystems (configuration, state machines, fault recovery, observability) using robust design patterns and clean architecture.
• Diagnose and resolve performance and scalability challenges in deployed systems.
• Own components, features, or systems from concept through production deployment.
• Develop reusable software components for interfacing with back-end platforms.
• Collaborate with product, design, operations, and infrastructure teams to deliver innovative solutions.
• Continuously improve code quality, efficiency, and performance; conduct code reviews; document systems; and advocate for safety, reliability, and maintainability best practices.
• Lead development of core C++ and ROS/ROS 2 components and integrate cutting-edge hardware to deliver production-ready automation solutions.

Senior Robotics Engineer, Software Architecture

• Work with customers to learn about manufacturing processes, observe current processes, take measurements, review CAD and machine documentation
• Work with mechanical and robotics engineers to design the work cell layout for specific tasks considering robot reachability and cycle time
• Make design modifications on robot end-of-arm-tool and part fixtures; coordinate fabrication, assembly, and testing
• Design, implement, and deploy robotic cells, systems, and components
• Setup, install, troubleshoot, and maintain control components such as proximity sensors, relays, and vacuum ejectors
• Work with engineering and support firms and install and support robotic solutions
• Lead rigorous system testing practices and lead proof of concepts for customers
• Create documentation, manuals, and educational content
• Develop new applications using GrayMatter technologies and solutions
• Design and lead customer success and support programs
• Work with product and engineering teams to improve customer experience
• Perform other duties and projects as assigned

Robotics Engineer, Systems and Applications, New Grad

• Join Robotics Software Engineering Team onsite in Gardena, CA to develop and implement algorithms and architecture for production software working with physical robots, sensors, and tools
• Develop and implement algorithms, systems, and architecture for high-DOF robotic systems working in a constrained environment
• Support development of high-performance production-ready software packages and systems by enabling GPU programming and other hardware acceleration methods
• Test and evaluate current state-of-art algorithms and techniques of planning, learning, perception, and control
• Work closely with a team of robotics, software, and mechanical engineers to solve practical problems in planning, learning, perception, and control

Robotics Engineering Intern, Software

• Join development team onsite in our Carson, CA office to support internal teams and develop algorithms and architecture for production software by working with physical robots, sensors, and tools
• Develop and implement algorithms, systems, and architecture for high-DOF robotic systems working in a constrained environment
• Develop high-performance production-ready software packages and systems by enabling GPU programming and other hardware acceleration methods
• Stay up to date with new research and novel findings in the fields of robotics and artificial intelligence
• Test and evaluate current state-of-art algorithms and techniques of planning, learning, perception, and control
• Maintain current knowledge of the product and related hardware to offer technical assistance to both internal and external teams, at our facilities and customer locations
• Effectively identify and resolve software issues through systematic debugging, ensuring optimal functionality of the system
• Allocate 50% of the time to assist the application team for POCs, FATs and deployments
• Travel to client locations as needed for on-site system-level debugging
• Other duties and projects

Robotics Engineer, New Grad

• Join our development team onsite in our Carson, CA office to support internal teams and develop algorithms and architecture for production software by working with physical robots, sensors, and tools
• Develop and implement algorithms, systems, and architecture for high-DOF robotic systems working in a constrained environment
• Develop and implement computer vision algorithms using multi-modal sensing for 3D geometry reconstruction, segmentation, and inspection for manufacturing applications
• Develop high-performance production-ready software packages and systems by enabling GPU programming and other hardware acceleration methods
• Stay up to date with new research and novel findings in the fields of robotics and artificial intelligence
• Test and evaluate current state-of-art algorithms and techniques of planning, learning, perception, and control
• Maintain current knowledge of the product and related hardware to offer technical assistance to both internal and external teams, at our facilities and customer locations
• Effectively identify and resolve software issues through systematic debugging, ensuring optimal functionality of the system
• Allocate 50% of the time to assist the application team for POCs, FATs and deployments
• Travel to client locations as needed for on-site system-level debugging, ensuring the restoration and maintenance of optimal system functionality
• Other duties and projects

Senior Robotics Engineer, Software

• Work on Special Projects team with cross-functional teams designing, implementing, and testing systems associated with robotic grinding applications
• Partner with Senior Application Engineers to support robotic solutions
• Participate in rigorous system testing practices
• Assist in proof of concepts for new customers
• Participate in hands-on work to solve difficult problems
• Spearhead advancements in robotic grinding applications to enhance manufacturing efficiency and precision
• Support GMR's mission to innovate and improve industry standards

Robotics Engineering Intern, Systems & Applications

• Work with customers to learn about manufacturing processes, observe current process, take measurements, CAD, and review machine documentation
• Work with mechanical and robotics engineers to design work cell layout considering robot reachability and cycle time
• Make design modifications on robot end-of-arm-tool and part fixtures; get parts fabricated, assembled, and tested
• Design, implement, and deploy robotic cells, systems, and components
• Setup and test the work cell on the customer task including install, troubleshoot, and maintain control components such as proximity sensors, relays, and vacuum ejectors
• Work with engineering and support firms
• Install and support robotic solutions
• Lead rigorous system testing practices
• Lead proof of concepts for customers
• Create documentation, manuals, and educational contents
• Develop new applications using GrayMatter technologies and solutions
• Design and lead customer success and support programs
• Work with the product and engineering teams to improve the customer experience
• Other duties and projects

Robotics Engineer, Systems & Applications, New Grad

• Develop and implement algorithms, systems, and architecture for high-DOF robotic systems working in a constrained environment
• Develop and implement computer vision algorithms using multi-modal sensing for 3D geometry reconstruction, segmentation, and inspection for manufacturing applications
• Develop high-performance production-ready software packages and systems by enabling GPU programming and other hardware acceleration methods
• Stay up to date with new research and novel findings in the fields of robotics and artificial intelligence
• Test and evaluate current state-of-art algorithms and techniques of planning, learning, perception, and control
• Maintain current knowledge of the product and related hardware to offer technical assistance to both internal and external teams, at our facilities and customer locations
• Effectively identify and resolve software issues through systematic debugging, ensuring optimal functionality of the system
• Allocate 50% of the time to assist the application team for POCs, FATs and deployments, complementing core software development responsibilities with support in application-related tasks and collaborations
• Travel to client locations as needed for on-site system-level debugging, ensuring the restoration and maintenance of optimal system functionality
• Other duties and projects

Senior Robotics Engineer, Motion Planning

• Work with the customer to learn about the manufacturing process and requirements, including observing the current process, taking measurements, collecting existing process data, CAD, and machine documentation
• Configure GMR-AI to generate tool paths and trajectories for robotic paint operations
• Develop sanding and polishing models including cycle-time and material-removal optimization
• Work with mechanical and robotics engineers to design and develop the work cell for a specific task, keeping in mind the robot's reachability, coverage on part, and cycle time
• Make any necessary design modifications on the robot end-of-arm-tool and part fixtures by working with mechanical engineers, and get parts fabricated, assembled, and tested
• Design, implement, and deploy robotic cells, systems, and components
• Install, troubleshoot, and maintain control components such as proximity sensors, relays, and vacuum ejectors
• Develop process recipes for a consistent outcome
• Work with engineering and support firms
• Lead rigorous system testing practices
• Lead proof of concepts for customers
• Create documentation, manuals, and educational contents
• Develop new applications using GrayMatter technologies and solutions
• Work with the product and engineering teams to improve the customer experience
• Participate in business proposal writing
• Travel may be required up to 20% of the time

Senior Robotics Engineer, Sanding

Engineering Manager

• Be responsible for delivering consistently high-quality engineering output and train a team of deeply capable engineers
• Set the technical standard and lead by example: architect, debug, build, and launch physical systems
• Adopt a hands-on approach to develop people and systems in parallel
• Break down complex system-level issues across the hardware/software stack and guide others to solve them effectively
• Drill into engineering output to ensure work meets the right level of quality, performance, and long-term maintainability
• Ask the right questions to help others gain insight and move forward confidently
• Serve as a coach and mentor; train engineers in structured problem solving and technical decision-making
• Create onboarding and ongoing learning frameworks for new and existing SAE team members
• Conduct performance reviews and career development conversations with empathy and clarity
• Champion engineering best practices across the team
• Allocate SAE resources dynamically based on cross-functional needs (Project, Product, RDO, Sales, Gov’t, CSS, Marketing)
• Prioritize and coordinate team members’ time in alignment with evolving org-wide priorities
• Communicate team bandwidth, skill alignment, and project risk to the broader org
• Work closely with Product and other stakeholders to ensure clarity in handoffs, timelines, and quality expectations
• Operate as a thought partner to technical and non-technical leaders who rely on SAE as an internal center of expertise

Robotics Engineering Manager, Systems & Applications

• Join product team onsite in Carson, CA to develop and optimize processes for surface finishing and treatment.
• Develop and improve robotic manufacturing processes for sanding, polishing, spray coating/coating removal, and similar applications.
• Collaborate with engineers to develop and optimize robotic manufacturing processes for surface finishing and treatment.
• Support the team in enhancing process efficiency and product quality by applying knowledge of material science.
• Assist in the implementation of new end-of-arm tools (EOAT) for robotic manufacturing processes.
• Collaborate closely with customers to understand their specific requirements and provide tailored automation solutions.
• Work closely with the engineering team and manufacturers to integrate process improvements and automation solutions effectively.
• Assist in analyzing manufacturing data to support process optimization efforts.
• Stay updated on industry trends and advancements in material science and automation technology.

Robotics Engineer – Process

• Work with the customer to learn about the manufacturing process and requirements, including observing the current process, taking measurements, collecting existing process data, CAD, and machine documentation
• Configure GMR-AI to generate tool paths and trajectories for robotic paint operations
• Develop OLP/coverage models (e.g., RobotStudio Paint, Tecnomatix), including film-build/thickness simulation and coverage & cycle-time optimization
• Work with mechanical and robotics engineers to design and develop the work cell for a specific task, keeping in mind the robot's reachability, coverage on part, and cycle time
• Make any necessary design modifications on the robot end-of-arm-tool and part fixtures by working with mechanical engineers, and get parts fabricated, assembled, and tested
• Design, implement, and deploy robotic cells, systems, and components
• Install, troubleshoot, and maintain control components such as proximity sensors, relays, and vacuum ejectors
• Develop process recipes for a consistent outcome
• Work with engineering and support firms
• Lead rigorous system testing practices
• Lead proof of concepts for customers
• Create documentation, manuals, and educational contents
• Developing new applications using GrayMatter technologies and solutions
• Work with the product and engineering teams to improve the customer experience
• Participate in business proposal writing
• Travel may be required up to 20% of the time

Senior Robotics Engineer, Paint

• Develop and implement algorithms, systems, and architecture for high-DOF robotic systems working in a constrained environment
• Develop high-performance production-ready software packages and systems by enabling GPU programming and other hardware acceleration methods
• Stay up to date with new research and novel findings in the fields of robotics and artificial intelligence
• Test and evaluate current state-of-art algorithms and techniques of planning, learning, perception, and control
• Maintain current knowledge of the product and related hardware to offer technical assistance to both internal and external teams, at our facilities and customer locations
• Effectively identify and resolve software issues through systematic debugging, ensuring optimal functionality of the system
• Allocate 50% of the time to assist the application team for POCs, FATs and deployments
• Travel to client locations as needed for on-site system-level debugging
• Other duties and projects