1. Project Themes
  2. Control and Motion Planning

Control and Motion Planning

Supervisors for Control and Motion Planning

  • Dr. Stefano V. Albrecht
    Keywords:
    autonomous agents, multi-agent systems, reinforcement learning, probabilistic inference, state estimation
    Theme:
    Control and Motion Planning, Machine Learning and AI (inc. multi-agent systems), Verification and Security
    University of Edinburgh
  • Dr. Fernando Auat Cheein
    Keywords:
    field robotics; agricultural robotics; remote sensing; crop characterization and phenotyping; perception and computer...
    Theme:
    Control and Motion Planning, Machine Learning and AI (inc. multi-agent systems)
    F.Auat@hw.ac.uk
    Heriot-Watt University
  • Dr. Vaishak Belle
    Keywords:
    Explainable AI, Machine learning, Cognitive robotics, Integrated task and motion planning
    Theme:
    Control and Motion Planning, Human Robot Interaction, Machine Learning and AI (inc. multi-agent systems), Verification and Security
    vaishak@ed.ac.uk
    University of Edinburgh
  • Dr. Ignacio Carlucho
    Keywords:
    Robotics, reinforcement learning, multi-agent systems, intelligent control, ad hoc teamwork.
    Theme:
    Control and Motion Planning, Machine Learning and AI (inc. multi-agent systems)
    Ignacio.Carlucho@ed.ac.uk
    Heriot-Watt University
  • Dr. Matthew W. Dunnigan
    Keywords:
    Control, modelling, estimation
    Theme:
    Control and Motion Planning, Bioinspired Approaches
    m.w.dunnigan@hw.ac.uk
    Heriot-Watt University
  • Dr. Mustafa Suphi Erden
    Keywords:
    Assistive robotics, skill assistance, physical human-robot interaction, medical robotics, mechatronics design
    Theme:
    Control and Motion Planning, Vision and Perception, Human Robot Interaction, Machine Learning and AI (inc. multi-agent systems), Robot Design and Soft Robotics
    m.s.erden@hw.ac.uk
    Heriot-Watt University
  • Dr. Francesco Giorgio-Serchi
    Keywords:
    Underwater Robotics, Bioinspired Robotics, Soft Robotics, Vehicle Hydrodynamics, Mechatronics, Actuator Design, Model...
    Theme:
    Control and Motion Planning, Robot Design and Soft Robotics, Bioinspired Approaches
    f.giorgio-serchi@ed.ac.uk
    University of Edinburgh
  • Dr. J. Michael Herrmann
    Keywords:
    Robot learning; self-organisation; developmental robotics; neuroprosthetics; computational neuroscience; data analysis
    Theme:
    Control and Motion Planning, Human Robot Interaction, Machine Learning and AI (inc. multi-agent systems), Bioinspired Approaches
    michael.herrmann@ed.ac.uk
    University of Edinburgh
  • Dr. Mohsen Khadem
    Keywords:
    Medical Robotics, Image-guided Surgery, Continuum Robots, Applications of Control Theory in Robotics
    Theme:
    Control and Motion Planning, Vision and Perception
    mohsen.khadem@ed.ac.uk
    University of Edinburgh
  • Dr. Carlos Mastalli
    Keywords:
    Legged robotics, Optimal control, Numerical optimization, Reinforcement learning, Model predictive control, Motion...
    Theme:
    Control and Motion Planning, Human Robot Interaction, Machine Learning and AI (inc. multi-agent systems), Robot Design and Soft Robotics
    C.Mastalli@hw.ac.uk
    Heriot-Watt University
  • Prof. Michael Mistry
    Keywords:
    dynamics and control, human motion, humanoid robotics
    Theme:
    Control and Motion Planning, Bioinspired Approaches
    mmistry@ed.ac.uk
    University of Edinburgh
  • Dr. Joao Mota
    Keywords:
    Optimization Algorithms and Theory, Machine Learning, Multimodal Signal Processing, Network Science
    Theme:
    Control and Motion Planning, Vision and Perception, Machine Learning and AI (inc. multi-agent systems), Verification and Security
    j.mota@hw.ac.uk
    Heriot-Watt University
  • Prof. Yvan Petillot
    Keywords:
    Robotics, image processing, vision, autonomy
    Theme:
    Control and Motion Planning, Vision and Perception
    y.r.petillot@hw.ac.uk
    Heriot-Watt University
  • Prof. Ron Petrick
    Keywords:
    Automated planning, cognitive robotics, knowledge representation and reasoning, human-robot interaction, explainable...
    Theme:
    Control and Motion Planning, Human Robot Interaction, Machine Learning and AI (inc. multi-agent systems)
    R.Petrick@hw.ac.uk
    Heriot-Watt University
  • Prof. Subramanian Ramamoorthy
    Keywords:
    Robot Learning for Decision Making under Uncertainty, Dexterous Manipulation and Control, Human-Robot Interaction,...
    Theme:
    Control and Motion Planning, Human Robot Interaction, Machine Learning and AI (inc. multi-agent systems), Bioinspired Approaches, Verification and Security
    s.ramamoorthy@ed.ac.uk
    University of Edinburgh
  • Dr. Kartic Subr
    Keywords:
    Approximate physical simulation, manipulation of deformable objects
    Theme:
    Control and Motion Planning, Human Robot Interaction, Machine Learning and AI (inc. multi-agent systems)
    K.Subr@ed.ac.uk
    University of Edinburgh
  • Prof. Nick Taylor
    Keywords:
    Robot motion planning; human-robot co-operation; robot safety; AUV fault diagnosis and recovery
    Theme:
    Control and Motion Planning, Human Robot Interaction, Machine Learning and AI (inc. multi-agent systems), Robot Design and Soft Robotics, Bioinspired Approaches
    n.k.taylor@hw.ac.uk
    Heriot-Watt University
  • Dr. Steve Tonneau
    Keywords:
    Humanoid robotics; Motion planning, Optimal control
    Theme:
    Control and Motion Planning
    stonneau@ed.ac.uk
    University of Edinburgh
  • Dr. Patricia A. Vargas
    Keywords:
    Neurorobotics, Human-Robot Interaction, Rehabilitation Robotics, Evolutionary Robotics, Swarm Robotics, Biologically-...
    Theme:
    Control and Motion Planning, Human Robot Interaction, Machine Learning and AI (inc. multi-agent systems), Bioinspired Approaches
    p.a.vargas@hw.ac.uk
    Heriot-Watt University
  • Dr. Amir Vaxman
    Keywords:
    Geometry Processing, Computer Graphics, Shape Analysis, Spatial Analysis, Directional and Vector-field Design, Medical...
    Theme:
    Control and Motion Planning, Vision and Perception
    avaxman@ed.ac.uk
    University of Edinburgh
  • Prof. Sethu Vijayakumar FRSE
    Keywords:
    Humanoid robotics; Robot learning; Computational motor control; Adaptive motion synthesis; Prosthetics
    Theme:
    Control and Motion Planning, Human Robot Interaction, Machine Learning and AI (inc. multi-agent systems)
    sethu.vijayakumar@ed.ac.uk
    University of Edinburgh
Please see the list of themes on the menu on the left. Selecting one of these themes will take you to the list of supervisors associated with this particular area of research.