Creative Robotics Book

The book “Creative Robotics“, published in June 2023, is now accessible worldwide through various channels, including Amazon.

This book draws inspiration from the recently established Creative Robotics course at the University of the Arts London, where I serve as the course leader.

“Creative Robotics” is available in two editions that contain similar content. The original edition features a greyscale (black and white) interior, while the second edition is in full colour. Both editions are offered in paperback, hardcover, and Kindle formats.

To explore and purchase the book, you can find the links on the Amazon US and UK websites below. Both editions can be found on the Amazon websites of other countries as well.

Colour Edition:

Amazon US (Colour Edition):

https://www.amazon.com/dp/B0C7JG3HFV

Amazon UK (Colour Edition):

https://www.amazon.co.uk/dp/B0C7JG3HFV

Greyscale Edition:

Amazon US (Greyscale Edition):

https://www.amazon.com/dp/B0C6VV82KD

Amazon UK (Greyscale Edition):

https://www.amazon.co.uk/dp/B0C6VV82KD/

Chapters:

  1. Introduction to Creative Robotics
    • Towards Creative robotics
    • A History of Robotics and Computational Creativity
    • The Impact of Creative Robotics on Art and Technology
    • Unleashing Creativity: The Creative Potential of Robotics
    • Critical Robotics: Challenging Assumptions
  2. Foundations of Robotics
    • Fundamental Principles of Robotics
    • Components and Technologies in Creative Robotics
    • Perception and Sensor Systems
    • Actuators: Bringing Robots to Life
    • Kinematics and Dynamics
    • Control
    • Artificial Intelligence
    • Machine Learning
    • Deep Learning
  3. Creative Arts: Exploring the Boundaries
    • Understanding Creative Arts
    • Artistic Vision in Creative Robotics
    • Exploring Expressive Possibilities
    • Robotic Art Techniques
    • Pushing the Boundaries of Creativity
    • Interdisciplinary Collaborations
  4. Exploring Art and Technology
    • Intersections between Art, Technology, and Robotics
    • Evolution of Artistic Expression through Technology
    • Anthropomorphism
    • Uncanny Valley
    •  The Role of Creativity in Shaping Robotic Art
  5. Creative Computing: Exploring Intersections
    • Creative Coding and Programming
    • Human-Machine Interaction in Creative Computing
    • Physical Computing: Connecting the Physical and Digital Worlds
    • Creative Making: Design and Coding
    • Creative Computing to Creative Robotics
  6. Artistic Landscape of Creative Robotics
    • Interactive Installations
    • Kinetic Sculptures
    • Robotic Theatre
    • Robotic Performances
    • Animatronics
  7. Generative Robotics Art
    • Generative AI and Computational Creativity
    • Creative Coding for Generative Art
    • The Role of Generative Art in Creative Robotics
  8. Human-Robot Interaction: Designing Meaningful Connections
    • The Importance of HRI
    • Designing Engaging and Intuitive Interfaces
    • Emotion and Empathy in HRI
    • Enhancing User Experience (UX) in HRI
    • The Role of HRI in Creative Robotics
  9. Social Robotics: Robots with Heart
    • Social Robots in Everyday Life
    • Machine Intelligence and Social Robots
    • Emotional and Interactive Capabilities of Social Robots
    • Design Process of a Social Robot
    • Social Robotics Failures
    • Ethical and Societal Considerations in Social Robotics
    • The Role of Social Robotics in Creative Robotics
  10. Cultural Robotics
    • Cultural Diversity and Artistic Expression in Robotics
    • Robotics as a Medium for Cultural Exploration
    • Cultural Influences on Robotic Design and Aesthetics
  11. Ethical and Social Implications
    • Ethical Concerns in Creative Robotics
    • Digital Inclusion: Fostering Accessibility and Equity
    • Impact on Society
    • Diversity in Creative Robotics
    • Balancing Creativity and Responsibility
  12. Research Methods for Creative Robotics
    • Understanding the Research Landscape
    • Experimental Design and Methodology
    • Design Process for Creative Robotics
    • Data Collection and Analysis Techniques
    • Collaboration and Interdisciplinary Approaches
    • Research Challenges
  13. Future Directions of Creative Robotics