Human-Robot Interaction
Ace up your career by learning about major concepts of the human-robot interaction and various concepts related to the same with the certification course by EdX
Online
14 Weeks
556.2 USD Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
Human-Robot Interaction is the course provided by the University of Canterbury on the EdX portal for learners who are interested in building their future in robotics. The online self-paced course aims for the overall development of the learner. The candidate shall be exposed to the concepts like human-robot interaction and the latest research methods in this field. This is a comprehensive course that aims for the overall development of the learner. The candidate shall be learning about Human-Robot Interaction and drones.
Human-Robot Interaction training shall be delivered by industry experts through online self-paced videos. The course comprises videos and lectures on how to design the robots and the technology adopted for the same. Students and researchers from robotics, computer science, psychology, sociology, and design will find it a concise and accessible guide to the current state of the field. This is a 14 weeks course during which the candidate should give 5-10 hours per week. The candidate shall also receive Human-Robot Interaction certification by EdX after the completion of the course. If the learners pursue the programme for free, they will have a limited duration of access to it.
The Highlights
- 100% online course
- Self-paced learning
- 14 weeks duration
- Shareable certification
- Multiple learning modes
- Industry-experts led training
Programme Offerings
- Online instructor-paced learning
- Industry Expert Curriculum
- multiple learning mode options
- Certifications
Courses and Certificate Fees
| Certificate Availability | Certificate Providing Authority |
|---|---|
| yes | University of Canterbury, Christchurch |
Fee structure for Human-Robot Interaction
Name of the course | Amount |
Human-Robot Interaction verified track | Rs. 556.20 |
Eligibility Criteria
Academic Qualification
A candidate taking up the Human-Robot Interaction classes should have technical knowledge.
Certification Qualifying Details
Human-Robot Interaction certification shall be awarded to the learner who shall complete the course and associated assignments on time. The certification shall be awarded to the learners who have chosen a verified track learning mode. The certification shall open gates of opportunities for the learners in this domain.
What you will learn
The human-Robot Interaction certification syllabus is designed in a detailed manner by industry experts. The course shall provide a broad overview of the human-robot interaction and the related concepts of the research area. This self-paced course will how to design robots, describe how robots work, and evaluate their performance. After the competition of the course, the candidate will grab a firm understanding of the following topics.
- The recent innovation and research on the Human-Robot Interaction
- Working and Designing of the robots work.
- Forms of Human-Robot Interaction
- Managing emotions of robots
- Applications of robots and their role in the society
Who it is for
The human-robot interaction certification benefits HRI Experience Designers, HRI Researchers, Interaction Designers, engineers, and researchers by upgrading their skills and knowledge of the concept of interaction between humans and robots and exploring robotics engineering. The course shall act as the bridge between job seekers and prominent jobs with decent packages.
Admission Details
To get admission to the Human-Robot Interaction online course, follow the steps mentioned below.
Step 1: Visit the EdX portal and search for the course or click on the direct link https://www.edx.org/certificates/professional-certificate/ucx-human-robot-interaction
Step 2: Click on the ‘Enrol Now’ Tab and register on the portal.
Step 3: Fill in the required details carefully and click on submit.
Step 4: Complete the enrollment process by paying the Human-Robot Interaction certification fee.
Step 5: Start learning by attending the Human-Robot Interaction classes
Application Details
The application form shall be displayed on the screen after the learner will click on the ‘Enrol Now’ tab after the completion of the course. The candidate must fill in the form carefully and sign up on the EdX portal. The direct link for the application form is available here.
https://authn.edx.org/register
The Syllabus
What is Human-Robot Interaction?
- 1.1 Course introduction
- 1.2 What is HRI?
- 1.3 HRI as an interdisciplinary endeavor
- 1.4 The evolution of HRI
- 1.5 Assessment
How a robot works: Sensors
- 2.1 Introduction
- 2.2 Robot morphology
- 2.3 Cameras
- 2.4 Privacy
- 2.5 Depth sensor
- 2.6 Audio sensors
- 2.7 Tactile sensors
- 2.8 Other sensors
- 2.9 Assessment
How a robot works: Actuators and software, Incomplete section
- 3.1 Actuators
- 3.2 Software
- 3.3 Chinese room
- 3.4 Limitations of robotics
- 3.5 Assessment
- 3.6 Additional information
Design: Concepts
- 4.1 Introductio
- 4.2 Morphology and form
- 4.3 Affordances
- 4.4 Design patterns
- 4.5 Design principles
- 4.6 Anthropomorphization in HRI design
- 4.7 Anthropomorphization and robots
- 4.8 Theorizing anthropomorphism
- 4.9 Designing anthropomorphism
- 4.10 Assessment
- 4.11 Additional Information
Design: Process
- 5.1 Introduction
- 5.2 Prototyping tools
- 5.3 Culture in HRI design
- 5.4 Conclusion
- 5.5 Assessment
- 5.6 Additional information
Spatial interaction
- 6.1 Introduction
- 6.2 The use of space in human interaction
- 6.3 Proxemics
- 6.4 Group spatial interaction dynamics
- 6.5 Spatial interaction for robots
- 6.6 Conclusions
- 6.7 Assessment
- 6.8 Additional information
Non-verbal interaction
- 7.1 Introduction
- 7.2 Functions of non-verbal cues in interaction
- 7.3 Gaze and eye movement
- 7.4 Eyes are the window to the soul
- 7.5 Gesture
- 7.6 Mimicry and imitation
- 7.7 Touch
- 7.8 Posture and movement
- 7.9 Interaction rhythm and timing
- 7.10 Assessment and Conclusion
- 7.11 Additional information
Introduction
- 1.1 Course overview
Verbal interaction
- 2.1 Introduction to verbal interaction
- 2.2 Human-human verbal interaction
- 2.3 Speech recognition
- 2.4 Misunderstanding
- 2.5 Dialogue management
- 2.6 Speech production
- 2.7 Chat bots
- 2.8 Assessment
- 2.9 Additional information
Emotion
- 3.1 Introduction
- 3.2 Understanding human emotion
- 3.3 When emotion goes wrong
- 3.4 Emotions for robots
- 3.5 Challenges in affective HRI
- 3.6 Assessment
- 3.7 Additional information
Research methods 1
- 4.1 Introduction
- 4.2 Defining a research question and approach
- 4.3 Choosing among qualitative, quantitative and mixed methods
- 4.4 Selecting research participants and study designs
- 4.5 Assessment
Research methods 2
- 5.1 Defining the context of interaction
- 5.2 Choosing a robot, Mode and Measurements for your study
- 5.3 Research standards
- 5.4 Conclusion
- 5.5 Assessment
- 5.6 Additional information
Applications
- 6.1 Introduction
- 6.2 Customer service robots
- 6.3 Robots for learning
- 6.4 Robots for entertainment
- 6.4 Supplemental - Content Warning
- 6.4 Robots for entertainment - Supplemental
- 6.5 Robots for exhibitions
- 6.6 Robots in healthcare and therapy
- 6.7 Robots as personal assistants
- 6.8 Service robots
- 6.9 Self-driving cars
- 6.10 Remotely operated robots
- 6.11 Future applications
- 6.12 Problems for robot application
- 6.13 Conclusion
- 6.14 Assessment
- 6.15 Additional information
Robots in society
- 7.1 Introduction
- 7.2 Robots in popular media
- 7.3 Introduction to ethics in HRI
- 7.4 Conclusion
- 7.5 Assessment
- 7.6 Additional information
The future
- 8.1 Introduction
- 8.2 The nature of human-robot relationships
- 8.3 The technology of HRI
- 8.4 Crystal ball problems
- 8.5 Assessment
- 8.6 Additional information
Instructors
University of Canterbury, Christchurch Frequently Asked Questions (FAQ's)
The duration of the course is 14 weeks duration.
The course is provided by the University of Canterbury.
The certificate is issued by EdX.
The course is a combo of 2 skill-building courses. For the details refer to the syllabus section of the article.
The course will be advantageous for HRI Experience Designer, HRI Researcher, Interaction Designer, Engineer, and Robotic Engineer.