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Space Robotics

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Space Robotics

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Research Frontiers in Deep Space Tele-operated Manipulation

Control architectures and interfaces for remote robotic manipulation systems accounting for communication delays exceeding seconds.

Latency-Resilient Manipulation in Multi-Second Delay Environments
Haptic Feedback Reconstruction Across Interplanetary Communication Barriers
Autonomous Contingency Planning for Lost-Signal Manipulation Tasks
Dexterous Control of Soft Actuators in Extreme Thermal Gradients
Sensorimotor Learning from Sparse Telemetry Data in Deep Space
Shared Autonomy Frameworks for Long-Duration Manipulation Missions
Real-Time Obstacle Avoidance Without Ground-Based Visual Feedback
Fault-Tolerant Gripper Design for Micro-Gravity Assembly Tasks
Predictive Models for Tool-Target Interaction in Radiation-Rich Environments
Cognitive Load Optimization in Multi-Arm Coordinated Teleoperation

All Space Robotics PhD categories