Mission Success Engineer, Hardware or Software (all levels)

As a Mission Success Engineer at Overland AI, you will be responsible for deploying and field-testing our OverDrive systems on uncrewed vehicles, capturing real-world performance data while troubleshooting in challenging environments. Your role involves collaborating with various teams to ensure seamless deployment and user training, while also documenting field experiences to recommend improvements.

Candidates interested in the Mission Success Engineer position at Overland AI should possess a BS/MS in Engineering, Computer Science, or a related field, or have equivalent experience. Additionally, proficiency in robotics, embedded systems, or off-road vehicle operations is highly desirable, along with the ability to maintain a U.S. DoD security clearance.

Yes, the Mission Success Engineer role at Overland AI requires extensive travel—over 50%—both domestically and internationally. This travel involves supporting critical Department of Defense projects, often on short notice, and may require co-locating at testing sites.

A successful Mission Success Engineer at Overland AI should be skilled in working with robotics, sensors, networking, and embedded systems. Experience with Linux environments for troubleshooting hardware and software is also important. Familiarity with programming languages such as Python or C++ adds an advantage.

Overland AI provides an attractive compensation package for Mission Success Engineers, with salaries ranging from $65K to $350K. Benefits include equity compensation, comprehensive healthcare plans, unlimited PTO, and a 401k with company match. They strive to create a positive work environment that supports employee well-being.

Be prepared to discuss any specific projects or experience you have had with robotics, including the technologies and tools used. Highlight your familiarity with robotics software such as ROS or any uncrewed systems you've worked on to showcase your expertise.

For this question, emphasize a systematic approach to troubleshooting. Discuss gathering information from users, reviewing performance logs, and using debugging techniques you’ve learned to identify and resolve problems effectively.

Share a specific instance where you faced environmental challenges, whether it was adverse weather or remote locations. Discuss how you adapted your approach to ensure successful deployment and collaboration, and what lessons you learned.

Highlight the importance of clear communication and hands-on training. Discuss how you would ensure users feel confident and well-prepared, which can directly influence the operational success of the technology.

Discuss your favorite resources such as industry publications, online courses, or attending conferences. Mention any professional networks you are engaged with to illustrate your commitment to continuous learning.

Talk about creating structured documentation processes, using templates or systems to track field operations, and ensuring insights are readily communicated with your team for continuous improvement.

Express your motivation to be part of a pioneering company working in defense technology. Mention specific aspects about Overland AI’s mission or innovation in autonomy systems that resonate with you personally.

Show your flexibility and willingness to adapt to changing circumstances. Discuss managing logistics efficiently and coordinating with teams to ensure that all necessary preparations are completed promptly.

Provide detailed examples of your experience using Linux, including any specific projects or tasks you have performed. Emphasize your proficiency in debugging and supporting systems in this environment.

Illustrate your time-management skills. Describe methods you use for prioritization, such as assessing project urgency and resources available, while ensuring open communication with your team about timelines.