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Our members are people with expertise from areas of computer science, artificial intelligence, mathematics, biology, and engineering, and students heading that way.
Principled Approaches to Artificial Intelligence, Robotics and Artificial Life; Origins of Intelligence and Life, Principles of Cognition, Evolution of Sensors and the Perception-Action Loop, Information-Theoretic Formalisms for Modeling Cognition; Complex Systems, Self-Organization and Emergence, Multi-Agent Systems, RoboCup
Rehabilitation Robotics, Assistive Robotics, Technology to Support Ageing and Wellbeing, Safety of Robots, Ethical Robotics, Haptic Feedback, Physiological Sensing and Machine Learning, Agricultural Robotics, Robots for Education
Affective and social robotics, adaptive intelligent behavior, artificial autonomous agents, emotion modeling, motivated behavior and social interactions, minimal and embodied cognition and affect, developmental and epigenetic robotics, emotion development and attachment in robots, embodied computational psychiatry
Artificial Intelligence, Artificial Life, Biological Information, Bioinformatics, Evolution, Genetics, Genomics, Gene Regulatory Networks, Morphogenesis, Biodiversity, Sustainability, Plant Sciences, Programming, Software Engineering
Human Robot Interaction (HRI) with specific interest in the application of robotic systems in rehabilitation, therapy and education; Autism therapy; Dance Movement Therapy
Human-Robot Interaction, human factors, preferences and perceptions of robot appearance and social behaviour, Human-Robot Proxemics, experimental ethodology development, User Interface and API design and development. Fuzzy logic, genetic algorithm and neural network systems development, and sensor data fusion for robotics applications, Robotics for Education.
Systems integration in heterogeneous environments, interaction architectures and behaviour coordination, social credibility of companion robots
3D printing, Human-Robot Interaction (HRI), Artificial Intelligence (AI), Rehabilitation Robotics, Robots in Therapy and Education, Assistive Robotics, Social Robotics.
Artificial Intelligence, Planning, Decision-Making, Bounded Rationality, Intrinsic Motivation, Information Theory
Human-Robot Interactions, Social and Assistive Robotics, Acceptable and believable robotic behaviour and interactions, Etho-Robotics
Robotics, Autonomous Behavior Generation in Robots, Artificial Intelligence, Human-Robot Interactions, Information-Theoretic Formalisms for Modeling Cognition, Robot and Human Social Cognition, Self-Organization and Emergence, RoboCup and Machine Learning
Robotics, Deep learning, machine learning, AI, computer vision, object detection, Image processing.
Rehabilitation robotics, EEG signal processing and machine learning
Virtual & Augmented Reality interfaces, XR-mediated semiotics and abstraction, VR interventions for facilitating prosocial interactions among HE students
Robotics research (HRI) using care-o-bot 3.x, "sunflower" robot, Pepper (SoftBank), ROS, python, C/C++, TensorFlow, User modeling and stress detection using: eye-tracking, galvanic skin response (GSR), accelerometers, gyroscopes, heart rate.