Software Engineer - Test Systems & Automation

Job summary

AT Ous***, WE BUILD SENSORS AND TOOLS FOR ENGINEERS, ROBOTICISTS, AND RESEARCHERS, SO THEY CAN MAKE THE WORLD SAFER AND MORE EFFICIENT. WE'VE TRANSFORMED LIDAR FROM AN ANALOG DEVICE WITH THOUSANDS OF COMPONENTS TO AN ELEGANT DIGITAL DEVICE POWERED BY ONE CHIP-SCALE LASER ARRAY AND ONE CMOS SENSOR.

Benefits

Qualifications

• If you are a strong software developer who loves seeing your code interact with physical devices, optimize factory-floor data pipelines, and drive software quality metrics, this role is for you.
• Education: Bachelor’s degree in Computer Science, Computer Engineering, Software Engineering, or a related technical discipline with a strong programming foundation.
• Professional Experience: 3+ years of experience writing production-grade software (ideally Python) interacting with hardware or processing data streams.
• Strong Python Foundation: Solid proficiency in core Python, including a clear understanding of decorators, higher-order functions, custom exceptions, and context managers.
• Instrument Interfacing: Direct experience communicating with hardware instruments using standard protocols like SCPI, PyVISA, Serial (RS-232/485), TCP/IP sockets, or Modbus.
• DevOps & Infrastructure: Solid day-to-day comfort operating in Linux/Unix environments, utilizing Git for version control, and working with Docker containers.
• Data Competency: Practical experience writing and optimizing SQL queries (e.g., PostgreSQL, SQLite, or MariaDB) to handle high-frequency logging.
• PREFERRED
• Familiarity with Test-Driven Development (TDD) or building software simulations/digital twins for hardware components.
• Basic understanding of optical components, cameras, laser safety, or computer vision libraries (OpenCV).
• Experience supporting manufacturing lines or hardware prototyping cycles in electronics, automotive, or robotics industries
• The base pay will be dependent on your

Responsibilities

• In this role, you will move beyond basic, linear automation scripting to develop clean, decoupled, and reusable software interfaces that connect our Lidar optical and electrical hardware to our data systems.
• TEST SOFTWARE DEVELOPMENT & ABSTRACTION
• Apply Modular Design: Utilize modern software design patterns (e.g., Factory, Strategy, Wrapper) to ensure test code remains flexible, future-proofed, and easy to maintain as instrumentation evolves.
• Maintain Code Quality: Write clean, readable, and type-hinted Python code.
• Actively participate in peer code reviews and maintain structured Git-based development workflows.
• DATA PIPELINES & STATION RELIABILITY
• Optimize Data Flow: Implement and debug high-volume data pipelines that package and stream local parametric test data securely into centralized manufacturing databases and execution systems.
• Build Fault-Tolerant Code: Write defensive software routines, including intelligent retry logic, exception handling, and local data buffering to prevent station downtime during intermittent network or server disruptions.
• Triage & Troubleshooting: Analyze test station execution logs to systematically diagnose whether a failure on the line stems from a software bug, instrument communication dropout, or a genuine product defect.
• AUTOMATION & TEST RIGOR
• Automate Test Sequences: Develop multi-instrument automated test workflows using concurrent or multi-threaded Python concepts to minimize station cycle times.
• Software Validation: Write unit tests and implement software mocking frameworks to validate the stability of your test code before deploying updates to a live production line.

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