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Build and ship production C++ software for autonomous robotic systems that counter unmanned aircraft. This hands-on role spans sensor processing, tracking, control, autonomy, real-hardware debugging, and field testing.

Build foundational vehicle software for autonomous military platforms, from simulation and hardware-in-the-loop testing through live flight operations. This role combines vehicle control, sensor integration, networking, telemetry, and autonomous systems development.

Lead the technical direction and delivery of foundational vehicle software for autonomous military platforms, from simulation through live flight operations. This role combines hands-on autonomy and robotics development with engineering leadership, customer engagement, and multi-site team mentorship.

Build and deploy physical AI systems that connect robotics, computer vision, sensors, and edge-to-cloud platforms across Lilly’s next-generation pharmaceutical manufacturing facility. You’ll use simulation, digital twins, and rigorous safety and validation practices to make manufacturing safer, faster, and more resilient.

Develop motion-planning software for NVIDIA’s autonomous driving platform, combining classical planning, optimization, and learned policies for real-time vehicle behavior. The role spans research-informed algorithm development through production deployment on automotive hardware.

Research and engineer the neural foundations of general-purpose robots, including Vision-Language-Action models, world models, and real-world reinforcement learning systems. The role combines frontier AI research with deployment on physical robots across career levels.

Build the software foundations of Bedrock’s state estimation program for autonomous excavators, spanning geometry, kinematics, pose, calibration, mapping, and replay infrastructure. You’ll create production libraries and APIs that enable safe, precise operation of machines on live construction sites.

Develop calibration algorithms and production software that qualify autonomous construction machines for safe operation in the field. You’ll work across sensors, articulated-machine geometry, validation, and fleet monitoring on real heavy equipment.