Systems Engineer, Systems Test

Overview In this role, you will lead the Systems Test division for Hadrian's Autonomous Factory Systems, shaping how factories sense, decide, and act. You will build and scale a team of test and simulation engineers, setting standards and processes across development and release. You’ll drive comprehensive test coverage, including simulation that models edge cases and production-ready validation. This is a hands-on technical leadership role with a focus on test architecture and integration across hardware, robotics, and software. You will contribute to a mission: enabling autonomous manufacturing that accelerates capacity and reduces cost, at scale. Compensation / BenefitsMedical, dental, vision, and life insurance401kRelocation supportFlexible vacation policyEquity ResponsibilitiesBuild and lead the Systems Test division, hiring and mentoring test and simulation engineers, and establishing standards and processesDrive full test plan coverage across Autonomous Factory Systems programs from development to releaseDirect simulation test development to model edge cases and off-nominal conditionsSet technical direction for test approaches across hardware sub-components and integrated manufacturing cellsMaintain hands-on technical leadership focused on test architecture, simulation, and engineering standardsPartner with hardware, robotics, and software teams to embed testability and simulation coverage in system designDefine quality gates determining readiness for release Key requirements10+ years in systems engineering or test engineering for complex electromechanical/robotic systems with leadership experienceExperience building and scaling test strategies for integrated hardware and software systemsExperience directing simulation test environments modeling behavior, edge cases, and failuresFamiliarity with robotics, industrial automation, or manufacturing cell environmentsTrack record of technical leadership and improving engineering practicesComfort working across hardware sub-component to system-level simulation tests of autonomous behaviorExcellent communication translating findings into actionable input for engineering and leadershipstrong communicationleadership and mentorshipcross-functional collaborationsystems engineeringtest strategy for electromechanical/robotic systemssimulation test development