Software QA Engineer at Miso Robotics

Pasadena, California, United States -

Full Time

Start Date

Immediate

Expiry Date

12 Sep, 26

Salary

120000.0

Posted On

14 Jun, 26

Experience

5 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Test Automation, C++, Python, Robotics, Hardware In The Loop, Simulation Testing, Jira, ROS, Integration Testing, Unit Testing, Test Strategy Development, Bug Reporting, Computer Vision, AWS, Multithreading, IoT Systems

Industry

Automation Machinery Manufacturing

Description

Software QA Engineer Our Company MISO develops technology that elevates human potential in the commercial kitchen. We’re engineering production-ready robotic systems that tightly integrate perception, real-time decision-making, and electromechanical controls to automate the most dangerous, least desirable tasks in food preparation. That means building software that understands the physical world as it actually behaves, and hardware that can execute precisely in the face of chaos. Success is measured in uptime, throughput, and trust from our customers, not demos. Our flagship platform, Flippy, is already operating in high-volume restaurant kitchens across seven states. Zippy, our Kitchen Intelligence software centralizes all operational data in our broader ecosystem, expanding the role of AI-enabled autonomy in real-world operations. Backed by industry leaders, including Ecolab (NYSE: ECL), Miso combines the stability of a proven commercial product with the technical depth and ambition of a company passionately innovating to solve foundational problems in robotics and restaurant operations. If you’re excited by hard constraints, real customers, and the challenge of making machines perform reliably where failure isn’t an option, you’ll find meaningful problems to work on here. The Role As a Software QA Engineer, you will use your expertise to lead the software Quality Assurance effort for the robotics software which controls Flippy. In the near term, you will work with the system both in simulation and in our test kitchen to help ensure high quality of the product For this role, you will work with developers and Product Management to establish test cases for the system software and then execute and document the results. An ideal candidate for this role will understand and appreciate the value of automation testing and will have a strong testing mindset. The ideal candidate will also have strong programming skills which will be leveraged to contribute to our software automation testing. This is a great opportunity for an experienced software engineer to get into an exciting area of robotics. What You’ll Do Develop and maintain a test automation framework with simulation components as well as hardware in the loop. Report bugs in detail using Jira and reproducing the bugs to gain additional logs and insights. Write automated integration and unit tests in C++ and Python to verify software functionality in simulation and on the robotic systems to ensure integration into company systems meets functional requirements, system compliance, and technical specifications. Define software test strategies and test plans for full system coverage. Develop a strong understanding of the software architecture, oversee the test strategy, provide technical leadership in developing, execution and release activities of software and system testing. Organize and maintain test campaigns, and communicate test progress, test results, and other relevant information to project stakeholders and management. Analyze formal test results in order to discover and report any defects, bugs, errors, configuration issues, and interoperability flaws. Cultivate and disseminate knowledge of quality assurance best practices. Must be available to work at our office in Pasadena. Experience working in a startup environment/fast-growing company is preferred. Requirements BS in Computer Science or related field with + 5 years SW QA experience in robotics or similar HW/SW product" Experience working with robotic systems Experience defining and implementing automated tests in simulation as well as with hardware in the loop (HIL) A strong passion for automating test processes, driving quality upstream, and conveying results from tests in a clear and concise manner. Thorough understanding of creating test protocols for verifying software and system requirements (especially for robotic systems). Strong understanding of good documentation practices, various off the shelf test management systems. Ability to work with Systems, Mechanical, Electrical and Software engineers when discovering, documenting, and resolving integration issues. Aptitude for continuous improvement, identify and implement industry standard software test technology, methods, and tools. Well versed in different test development methodologies. Experience with test case management tools (e.g., Git, Jira, Xray). Experience with common programming languages and architectures such as ROS, Python, and C++. Preferred Experience with: Computer vision Updating software via AWS Multithreading and concurrency IOT systems Building complex software systems Working with robotic and IOT systems Working on multiple projects Compensation $100,000-120,000/yr + Benefits The stated compensation range reflects only the targeted base salary range for candidates residing in the Los Angeles Metro area and excludes additional earnings such as bonus and benefits. If your salary requirements fall outside of the range, we still encourage you to apply. At Miso Robotics, we are committed to fostering an inclusive, diverse, and equitable workplace where every team member is valued and respected. We believe that diversity in our team drives innovation and creativity, which is why we strive to create a welcoming environment for everyone, regardless of race, color, religion, sex, sexual orientation, gender identity, national origin, disability, age, or veteran status.

Responsibilities

Lead the software quality assurance efforts for robotics software, focusing on the Flippy platform. Develop and maintain test automation frameworks using simulation and hardware-in-the-loop to ensure system reliability and functional requirements.