Robotics and Autonomous Systems

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MODULE CODE

EL3007

CREDIT VALUE

10 ECTS (20 UK CREDITS)

DELIVERY

Semesters 1&2
Robotics and Autonomous Systems

Module Aims

Aim 1


This course starts with students’ current understanding of robotics technology (gained in previous modules) and carries it forward to look at and apply the concepts, theories and technologies required to build the ‘next generation’ of Intelligent Robotic Systems.

Robotics and Autonomous Systems

Module Content

  • Review of past and present Robotics Technologies – where did it all go wrong?
  • New technologies for robotics: cheap processors, digital sensors, digital control systems, communication systems, software technologies.
  • New Concepts: Autonomous Robots, Behavioural Robotics, Bio-inspired robotics, AI paradigms, problem solving, path planning, task planning, intelligent agents and ‘swarm’ robotics, human-robot interaction.
  • The next 50 years of Robotics
PROGRAMME SPECIFICATIONS

Learning Outcomes

On successful completion of this module, a student will be able to:


Evaluate current and future developments in Robotics


Select and apply appropriate concepts of kinematics, actuation, sensing, path/strategy planning, digital control and robot dynamics to the design of robotic systems


Select and apply appropriate paradigms to the design and evaluation of Autonomous Agents


Design software to implement robotic control systems

Robotics and Autonomous Systems

Teaching Methods

This module will be delivered using lectures, tutorials and design studies. Tutorials enable students to practice and develop design skills, they also provide an opportunity to give formative feedback and guide students through the early stages of a particular design study. The system design study presents an opportunity for students to gain practical experience of the subject and to integrate learning outcomes associated with the practical aspects of the module.

Robotics and Autonomous Systems

Assessment Methods

This module is assessed through a written examination and a system design.

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Date
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