Allen Control Systems

Develop high-performance C++ and Unreal Engine simulations for autonomous defense and robotics systems. You will integrate real-world data through AirSim while working across software, electrical engineering, and machine learning teams.

Build and own the GPU, data, model, and compute infrastructure powering ACS's computer vision and machine learning systems. You will operate large-scale Kubernetes infrastructure, automate MLOps workflows, and optimize models for cloud and NVIDIA edge hardware.

Build and optimize large-scale image and video data infrastructure for computer vision models, using curation, synthetic data, quality tooling, and dataset versioning. This role combines hands-on data engineering with a strong focus on maximizing model-training performance.

Test and validate software for autonomous robotic systems, including perception, computer vision, control, and release regression testing. You’ll operate robots, investigate failures, and partner with engineers to improve system safety and performance.

Develop real-time C++ firmware and supporting electrical systems for autonomous defense turrets that detect and neutralize small drones. You will integrate embedded software with robotics hardware, optimize constrained systems, and validate designs in lab and field environments.

Own the bare-metal Kubernetes and GPU infrastructure powering ACS’s autonomous counter-drone systems. You’ll build reliable CI/CD, observability, and infrastructure-as-code systems spanning on-premises clusters, AWS, cloud, and edge environments.

Build high-performance C++ and Python software powering an autonomous defense turret designed to counter small drones and loitering munitions. This engineering-first role combines systems programming, concurrency, optimization, and algorithm development in a highly technical environment.

Build real-time computer vision and machine learning systems for autonomous anti-drone turrets. This junior engineering role combines robotics, embedded deployment, sensor integration, and testing in a safety-critical defense environment.