Hub for Autonomous Networked Systems
🦢 Graceful autonomy in flight and manipulation
At HANS, we're pushing the boundaries of autonomous systems, robotics, and networked control to create solutions for tomorrow's challenges.
Our team is engaged in state-of-the-art research across multiple domains of autonomous systems and robotics.
Advanced UAV design and development for various applications including surveillance, mapping, and autonomous navigation in challenging environments.
GPS-denied navigation systems using computer vision, SLAM, and sensor fusion for robust autonomous operation in indoor and obscurant-filled environments.
Computer vision algorithms for object detection, tracking, and scene understanding in real-time applications for autonomous systems.
Design and control of manipulator systems for precision tasks, including dual-arm coordination and haptic feedback systems for rehabilitation.
ML and AI techniques for robotics applications including reinforcement learning, deep learning for perception, and intelligent control systems.
Post-quantum cryptography and secure communication protocols for networked robotic systems and IoT applications.
State-of-the-art equipment and facilities to support cutting-edge research.
Various quadcopters and hexacopters for research and testing
Raspberry Pi, Arduino, and specialized flight controllers
High-resolution cameras, depth sensors, and LiDAR systems
Force feedback systems for rehabilitation and teleoperation
High-performance computing for simulation and ML training
3D printers and manufacturing tools for prototyping
HANS is always looking for motivated team members for cutting-edge research work.
Whether you're interested in theoretical control, cryptography, or robot development, we have opportunities available at HANS!
At HANS, the possibilities are endless... Join us in shaping the future of autonomous systems!