Senior Robotics & Autonomy Engineer

Summary At GE Aerospace Research’s Robotics & Autonomy Lab, we advance the future of flight through breakthroughs in robotic manufacturing automation and vehicle/mission autonomy. We develop technologies to enable high‑mix low-volume work cell that operate independently and alongside human teammates without bespoke retooling.  We also create autonomous solutions for uncrewed and reduced‑crew vehicles spanning sensing, localization, navigation, mission planning, and execution. As a Senior Robotics & Autonomy Engineer, you will invent, prototype, and mature embodied AI and autonomy from TRL 1-6, transitioning capabilities into GE Aerospace programs and products. You will partner with senior leadership across the enterprise to shape roadmaps, lead multidisciplinary teams, originate and propose new projects, and collaborate with external partners in academia, industry, and government agencies. Your research will enable adaptive systems that operate in the physical world within defined safety envelopes, unlocking: High-mix low-volume manufacturing automation capabilities applicable to diverse tasks without requiring bespoke hardware and software development. Mission autonomy across a wide range of applications from detection and localization of cargo for pickup to complex detect-and-avoid systems to prevent near miss conditions when unresponsive or uncooperative objects enter controlled airspace.

Essential Responsibilities:   Lead and mentor multidisciplinary teams in delivering autonomy solutions for manufacturing and vehicle/mission autonomy.   Invent, prototype, and mature embodied AI and autonomy from TRL 2–6, spanning robotic cell design, sensing and   perception , controls and planning, and behavior or policy learning.   Build high-quality, scalable software using modern tools and practices, creating reusable autonomy and robotics components.   Collaborate with GE Aerospace programs and product teams to align research with business needs and transition technologies beyond GE Aerospace Research.   Shape the autonomy strategy by working with other Autonomous Systems experts across GE Aerospace and external partners.   Communicate research outcomes via publications, internal reviews, and demos; represent the lab to customers, collaborators, and leadership.   Create and protect intellectual property through invention disclosures and patents.   Grow as a technical and thought leader, positioning for future roles such as Principal Scientist or technical manager.     Qualifications/Requirements:   PhD with 5+ years,   MS with 7+ years , BS with 10+ years   in Robotics,  Mechatronics, Mechanical Engineering, Computer Science, Electrical Engineering, Mathematics, Physics, or related field focused on robotic or vehicle autonomy.   4+ years of commercial or industrial experience, preferably applying autonomy or robotics to real-world systems.   Strong rapid prototyping   skills for   robust, efficient, scalable software.   Strong grounding in robotics theory (e.g., kinematics, dynamics, control, planning,   perception ) and interest in applying it to real-time   physical   AI systems.   Willing to travel at least 2 weeks per year for collaboration, testing, and reviews.   Due to the nature of the duties of this position, this role requires the individual to have the ability to obtain and   maintain   US Government Security Clearance; prerequisite for a security clearance is U.S. citizenship.   Willing to   relocate   to work out of an office   located   in Niskayuna, NY   Application must be   submitted   via   www.gecareers.com     to be considered.     Ideal Candidate Characteristics:   PhD in Robotics, Mechatronics, or Autonomous Systems, especially   embodied   AI   or   uncrewed aerial   systems .   Expertise   in at least one area: vehicle autonomy, mission autonomy, high-mix robot autonomy,   robotic manufacturing