Robotics Cybersecurity Engineer (M.S. or Ph.D

Robotics Cybersecurity Engineer

Exponent is the only premium engineering and scientific consulting firm with the depth and breadth of expertise to solve our clients' most profoundly unique, unprecedented, and urgent challenges. Our vision is to engage multidisciplinary teams of science, engineering, and regulatory experts to empower clients with solutions that create a safer, healthier, more sustainable world. For over five decades, we've connected the lessons of past failures with tomorrow's solutions to advise clients as they innovate technologically complex products and processes, ensure the safety and health of their users, and address the challenges of sustainability.

Join our team of experts with degrees from top programs at over 500 universities and extensive experience spanning a variety of industries. At Exponent, you'll contribute to the diverse pool of ideas, talents, backgrounds, and experiences that drives our collaborative teamwork and breakthrough insights. Plus, we help you grow your career through mentoring, sponsorship, and a culture of learning. Thanks for your interest in joining our team!

We are currently seeking a Robotics Cybersecurity Engineer for our Electrical Engineering & Computer Science Practice in Phoenix, AZ;
Pittsburgh, PA; or another U.S. location. In this role you will work as part of a team to help clients design, evaluate, and improve the cybersecurity of robotic and autonomous systems used in safety- and mission-critical environments. You will support clients throughout the lifecycle of robotic systems, from early architecture and threat modeling through development, testing, deployment, and assurance.

You will help clients build security into robots they are developing, assess the security and fitness-for-purpose of existing robotic systems, and establish practical cybersecurity assurance programs for robotic platforms operating in industrial, transportation, medical, and defense environments.

• Delivering highly technical consulting services to help clients design, build, evaluate, and operate secure robotic and autonomous systems used in safety- and mission-critical applications
• Assessing the cybersecurity posture of robotic systems, including embedded software, sensors, actuators, communications, autonomy stacks, cloud or edge infrastructure, operator interfaces, and supporting development environments
• Leading or supporting threat modeling, security architecture reviews, vulnerability assessments, penetration testing, and risk assessments for robotic and autonomous systems
• Helping clients define, implement, and evaluate Dev Sec Ops  practices for robotics development, including secure software development, secure CI/CD pipelines, automated security testing and simulation, SBOM generation, vulnerability management, and secure release processes
• Developing cybersecurity assurance practices, frameworks, and evidence packages for robotic systems
• Advising clients on secure system architecture, including identity and access management, secure communications, encryption, key management, secure boot, trusted execution, software update mechanisms, logging, monitoring, and incident response
• Leading or collaborating on all phases of the client engagement lifecycle, including identifying client needs, framing and scoping business problems, developing project and sprint plans, building and evaluating secure robotics solutions, and translating insights into actionable recommendations
• Advising clients on both technical and strategic business solutions, identifying new technology-driven opportunities, and helping clients plan scalable, sustainable, and efficient systems
• Supporting business development by proactively building relationships with clients, identifying new project opportunities, and helping craft and execute business and technical solutions, either independently or collaboratively with firm leadership

• Ph.D. in Robotics, Computer Science, Software Engineering, Electrical Engineering, Computer Engineering, or a related technical discipline, or an M.S. with at least 3 years of relevant work experience after the completion of the M.S. degree
• Our contracts with the United States Government for this position require proof of U.S. citizenship and the possession of, or ability to obtain, a DoD security clearance
• Experience securing robotic, autonomous, embedded, cyber-physical, operational technology, or safety-critical systems
• Strong understanding of cybersecurity engineering principles, including threat modeling, secure architecture, vulnerability assessment, penetration testing, secure software development, and risk management
• Familiarity with robotics software and systems, such as ROS/ROS 2, real-time operating systems, embedded Linux, microcontrollers, sensors, actuators, perception systems, autonomy stacks, or robotic communications protocols
• Experience with one or more relevant programming languages, such as C,…