Human-Robot Interaction: Design and Usability

🤝 Design Effective Human-Robot Interactions!

Join our engaging course on Human-Robot Interaction: Design and Usability. This program is tailored for designers, engineers, and researchers interested in creating intuitive and user-friendly robotic systems. Explore the principles of interaction design, usability testing, and user experience in the context of robotics. Learn from industry leaders and gain practical insights through hands-on projects. Earn a recognized certification to enhance your career in human-robot collaboration. Enroll today and shape the future of robotics!

  • 6100 GBP$ 8 hours
  • Instructor

City
Duration
Year
Venue Start Date End Date Net Fees Details & Registration
Istanbul July 28, 2025 August 1, 2025 6100 GBP PDF Register
Istanbul September 1, 2025 September 5, 2025 6100 GBP PDF Register
Istanbul September 29, 2025 October 3, 2025 6100 GBP PDF Register
Istanbul October 6, 2025 October 10, 2025 6100 GBP PDF Register
Istanbul November 3, 2025 November 7, 2025 6100 GBP PDF Register
Istanbul December 8, 2025 December 12, 2025 6100 GBP PDF Register
Istanbul December 15, 2025 December 19, 2025 6100 GBP PDF Register

About corse

The field of Human-Robot Interaction (HRI) has emerged as a critical area of study as robots become increasingly integrated into various aspects of daily life and work. Understanding how humans and robots can effectively communicate and collaborate is essential for designing user-friendly robotic systems. This course aims to provide participants with a comprehensive overview of the principles of HRI, focusing on design and usability. By exploring the psychological, social, and technical facets of interaction, attendees will gain insights into creating robots that not only perform tasks but also engage users in a meaningful way. Participants will delve into various design methodologies, usability testing, and the evaluation of user experience in robotic systems. The course will cover a range of applications, including service robots, social robots, and assistive technologies, ensuring a well-rounded perspective on HRI. By the end of the training, attendees will be equipped with practical skills and theoretical knowledge to enhance their ability to design and implement effective human-robot interactions.  

The Objectives

  • Understand the fundamental principles of Human-Robot Interaction.
  • Explore the design methodologies relevant to HRI.
  • Assess usability and user experience in robotic systems.
  • Learn about the psychological and social aspects of human-robot communication.
  • Develop practical skills for designing user-friendly robotic interfaces.
  • Analyze case studies to identify best practices in HRI.

Training Methodology

This course employs a blend of theoretical instruction, interactive workshops, group discussions, and hands-on activities. Participants will engage in practical exercises to reinforce learning and apply concepts to real-world scenarios. The methodology encourages collaboration and knowledge sharing among attendees, fostering a rich learning environment.

WHO SHOULD ATTEND

This course is designed for professionals, researchers, and students in fields such as robotics, human-computer interaction, UX/UI design, and cognitive science. It is ideal for anyone interested in enhancing their skills in designing and evaluating human-robot systems.

Course Outlines

Day 1
  • Introduction to Human-Robot Interaction
  • Historical context and evolution of HRI
  • Key concepts and terminologies in HRI
  • Overview of robots in various industries
  • Understanding user needs and expectations
  • Case studies of successful HRI implementations
Day 2
  • Design principles for HRI
  • Usability in robotic systems
  • User-centered design methodologies
  • Importance of feedback and interaction
  • Prototyping techniques for HRI
  • Group exercise: Designing a simple robotic interface
Day 3
  • Psychological aspects of HRI
  • Social dynamics in human-robot teams
  • The role of trust and acceptance
  • Emotional design in robotics
  • Cultural considerations in HRI
  • Discussion: Ethical implications of HRI
Day 4
  • Usability testing methods for robots
  • Developing evaluation criteria for HRI
  • Analyzing user experience data
  • Creating and conducting usability tests
  • Practical session: Conducting usability tests
  • Group analysis of test results
Day 5
  • Advanced topics in HRI design
  • Designing for diverse user groups
  • Assistive technologies and HRI
  • Service robots in public spaces
  • Designing for safety and reliability
  • Workshop: Redesigning existing robotic systems

Training Method?

  • Pre-assessment
  • Live group instruction
  • Use of real-world examples, case studies and exercises
  • Interactive participation and discussion
  • Power point presentation, LCD and flip chart
  • Group activities and tests
  • Each participant receives a copy of the presentation
  • Slides and handouts
   

Training Method?

The course agenda will be as follows:
  • Technical Session 30-10.00 am
  • Coffee Break 00-10.15 am
  • Technical Session 15-12.15 noon
  • Coffee Break 15-12.45 pm
  • Technical Session 45-02.30 pm
  • Course Ends 30 pm
   
Cloud Computing in Telecommunications

Code : TE1535

07/07/2025
6800 GBP$ 47 minutes
Amsterdam , Netherlands
Digital Signal Processing for Telecom

Code : TE1534

07/07/2025
6900 GBP$ 58 minutes
Geneva , Switzerland
Satellite Communication Systems

Code : TE1533

07/07/2025
6600 GBP$ 2 hours
Madrid , Spain
Next-Generation Mobile Networks

Code : TE1532

07/07/2025
6600 GBP$ 2 hours
Paris , France
Machine Learning for Telecommunications

Code : TE1531

07/07/2025
5500 GBP$ 3 hours
Dubai , United Arab Emirates
Network Security and Cybersecurity in Telecom

Code : TE1530

07/07/2025
6100 GBP$ 3 hours
Istanbu , Turkey