COURSE 5.6 – ICT IN EDUCATION | UNIT II – PART 1
E-Learning, Open Educational
Resources & Immersive Technologies
Sections A · B · C — Emerging Technologies in Education
B.A.B.Ed / B.Sc.B.Ed Student Teachers • North-Eastern Hill University (NEHU), Shillong
ROADMAP FOR THIS SESSION
What We Will Cover in Part 1
A
E-Learning: Concept, Methods & Media
Synchronous & asynchronous learning, Learning Management Systems, virtual universities, MOOCs (cMOOC / xMOOC / LMOOC), and India's national MOOC platforms.
B
Open Educational Resources (OER)
The concept of OER, Creative Commons licensing, and how open resources are applied in Indian school education.
C
Immersive & Intelligent Technologies
Augmented Reality, Virtual Reality, Mixed Reality, Artificial Intelligence in education, and Gamification.
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SECTION A
A
E-Learning: Concept, Methods, and Media
How learning is delivered, supported, and enhanced through digital technology — from Learning Management Systems and virtual universities to the global rise of MOOCs.
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A.1 CONCEPT
What Is E-Learning?
E-learning is learning that is delivered, supported, or enhanced through electronic technology, particularly the internet.
It ranges from fully online courses with no face-to-face component at all, to blended or hybrid models that combine online resources with regular classroom teaching.
Every e-learning experience can be placed on a spectrum from fully synchronous to fully asynchronous, and most real courses use a mix of both.
Synchronous Learning
Learners and instructor interact in real time — e.g., a live video class or a scheduled online discussion. Builds immediacy and direct interaction, but requires everyone online at once.
Asynchronous Learning
Learners access materials and complete tasks in their own time — e.g., a self-paced recorded module or a discussion forum. Offers flexibility but demands more self-direction.
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A.2 PLATFORM
Learning Management Systems (LMS)
A Learning Management System is software that allows an institution or teacher to plan, deliver, track, and assess learning in one structured online environment.
What an LMS typically centralises:
Moodle (open-source)
Free, widely used open-source LMS popular in Indian higher-education and teacher-training institutions.
Google Classroom
A simple, classroom-friendly platform integrated with Google Workspace tools.
Canvas
A comprehensive commercial LMS widely used in universities worldwide.
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A.3 INSTITUTIONS
Virtual Universities
A virtual university is an institution that delivers its academic programmes primarily or entirely online — without requiring learners to be physically present on a campus.
It may still be formally accredited and may award recognised degrees, just like a traditional university.
Why it matters
Virtual and open universities extend access to higher education for learners who cannot attend a physical campus because of distance, work, or family responsibilities — a role long served in India by open universities and increasingly by fully online UGC-regulated degree programmes.
Key Characteristics
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A.4 CONCEPT
Massive Open Online Courses (MOOCs)
M
Massive
Open to very large numbers of learners at once — often tens of thousands.
O
Open
Free or low-cost, with no formal entry requirement to enrol.
O
Online
Delivered entirely over the internet, accessible from anywhere.
C
Course
Structured around defined learning content, activities, and assessment.
A MOOC, then, is a large-scale, freely accessible, fully online course — the format that has done the most to globalise access to higher-education content over the last decade.
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A.5 TYPOLOGY
Types of MOOCs: cMOOC, xMOOC & LMOOC
cMOOC
Connectivist MOOC
Grounded in Connectivism (Siemens, 2005) — learning happens through building networks of connections among people, ideas, and resources. Decentralised and participant-driven: learners use blogs, wikis, and social media to create and share knowledge. Participants act as both teachers and learners.
xMOOC
Extended MOOC
Follows a more traditional, instructor-centred model resembling a university course. Centralised on one platform, with pre-recorded video lectures, automated quizzes, and structured assessment. Examples: edX, Coursera, and SWAYAM.
LMOOC
Language MOOC
An xMOOC or cMOOC format applied specifically to second- or foreign-language learning. Combines structured instruction with interactive practice, often including speaking/listening tasks and peer interaction to build communicative competence.
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A.6 INDIAN INITIATIVES
MOOC Platforms Rooted in India
SWAYAM
Study Webs of Active-Learning for Young Aspiring Minds — India's national MOOC platform, launched in 2017 by the Ministry of Education, offering free courses from Class 9 to postgraduate level. Each course is organised into four quadrants: video lecture, downloadable reading material, self-assessment quizzes, and an online discussion forum.
NPTEL
National Programme on Technology Enhanced Learning — a joint initiative of the IITs and IISc Bangalore, begun in 2003, offering courses chiefly in engineering, science, and related fields. NPTEL serves as one of SWAYAM's national coordinating bodies.
IIT Bombay X & MooKIT
India-developed MOOC platforms: IIT Bombay X is built on the open-source Open edX system, while MooKIT is a lightweight, IIT Kanpur-developed system designed to run smoothly even on low-bandwidth connections — widening access for learners in rural and remote areas.
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SECTION B
B
Open Educational Resources (OER)
Free, openly licensed teaching and learning materials that anyone may use, adapt, and share — and the Creative Commons licences that make this possible.
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B.1 CONCEPT
What Are Open Educational Resources?
Open Educational Resources (OER) are teaching, learning, and research materials — textbooks, courses, lesson plans, videos, or assessments — released under an open licence that permits no-cost access, use, adaptation, and redistribution by others, with limited or no restrictions.
The term ‘Open Educational Resources’ was coined at a UNESCO forum in 2002. UNESCO's (2019) Recommendation on OER formally endorses their use to widen equitable access to quality education worldwide.
Access
Free of cost to reach and use
Use
Freely usable for teaching, learning or research
Adapt
May be modified, translated, or localised
Redistribute
May be shared onward with others
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B.2 LICENSING
Creative Commons: Making ‘Open’ Legally Workable
Creative Commons (CC) licences are the most widely used legal tool for marking educational material as open. Each licence is built from a small set of conditions that a creator can combine to say exactly what others may do with their work.
BY
Attribution — credit the original creator
SA
ShareAlike — adaptations use the same licence
NC
NonCommercial — not for commercial use
ND
NoDerivatives — no modification allowed
These four conditions combine to form seven standard licences, from the most permissive (CC BY) to the most restrictive (CC BY-NC-ND) — detailed on the next slide.
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B.3 REFERENCE TABLE
The Seven Creative Commons Licences
Licence | Permits |
CC BY | Share and adapt for any purpose, including commercially — credit required. |
CC BY-SA | Same as CC BY, but adaptations must carry the same licence (‘copyleft’). |
CC BY-NC | Share and adapt with credit, but not for commercial purposes. |
CC BY-NC-SA | Non-commercial use and adaptation with credit; adaptations keep the same licence. |
CC BY-ND | Share with credit, but no adaptation or modification allowed. |
CC BY-NC-ND | Most restrictive: share only, with credit, non-commercially, with no changes. |
CC0 | Creator waives all rights — the work is placed fully in the public domain. |
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B.4 APPLICATION
OER in Indian School & Teacher Education
NCERT e-Textbooks
Freely downloadable digital textbooks for all school subjects and classes, published by NCERT.
NROER
The National Repository of Open Educational Resources — a curated collection of openly licensed content for teachers and learners.
DIKSHA
The national digital infrastructure hosting openly licensed courses, resources, and assessments for school education.
Why this matters for a student teacher
OER lowers the cost of preparing high-quality teaching-learning material and allows adaptation of existing resources — translating, localising, or updating them — rather than requiring every teacher to build material from scratch, provided the licence conditions of the original resource are respected.
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SECTION C
C
Immersive & Intelligent Technologies
Augmented Reality, Virtual Reality, Mixed Reality, Artificial Intelligence, and Gamification — five technologies reshaping what is possible to show, simulate, and personalise in the classroom.
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C.1 AUGMENTED REALITY
Augmented Reality (AR)
Meaning & History Overlays computer-generated content — images, text, 3D models — onto the real world, usually viewed through a smartphone, tablet, or headset camera, so that digital and physical elements are seen together.
Popularised in education through mobile apps from the mid-2010s onward.
Classroom Importance
Pointing a tablet at a printed diagram to see a rotating 3D model appear on top of it — e.g., watching a human heart beat in 3D above a textbook page, or a planet rotate above a star chart.
TOOLS & EXAMPLES
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C.2 VIRTUAL REALITY
Virtual Reality (VR)
Meaning & History Immerses the user in a fully computer-generated 3D environment, typically viewed through a head-mounted display, replacing the user's view of the physical world entirely.
Early VR research dates to the 1960s–80s; affordable consumer headsets emerged from the mid-2010s.
Classroom Importance
A ‘virtual field trip’ to a historical monument, an underwater coral reef, or the surface of Mars — places that would be impossible or impractical to visit physically, made directly explorable in class.
TOOLS & EXAMPLES
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C.3 MIXED REALITY
Mixed Reality (MR) — Blending Real and Virtual
Mixed Reality blends real and virtual elements so that digital objects can interact with the physical environment in real time — sitting on a continuum between AR and VR, as described by Milgram and Kishino (1994).
Real Environment
Augmented Reality
Mixed Reality
Virtual Reality
Reality – Virtuality Continuum (Milgram & Kishino, 1994)
Classroom Example
Using an MR headset (e.g., Microsoft HoloLens) to manipulate a life-size, interactive 3D model of a molecule that appears to sit on the actual classroom desk — learners can walk around it, rotate it, and see it respond to touch, all while still seeing their real classmates and surroundings.
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C.4 ARTIFICIAL INTELLIGENCE
Artificial Intelligence (AI) in Education
Meaning & History The use of computer systems that perform tasks normally requiring human intelligence — recognising patterns, adapting to input, and making predictions — applied to teaching, learning, and assessment.
Adaptive and intelligent-tutoring approaches have grown rapidly alongside advances in machine learning over the past decade.
Classroom Importance
Software that identifies which topics a learner is weakest in and automatically generates targeted practice — personalising pace and difficulty for each individual learner at a scale no single teacher could manage alone.
TOOLS & EXAMPLES
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C.5 ENGAGEMENT DESIGN
Gamification in Education
The use of game-design elements — points, badges, levels, and leaderboards — in a non-game context such as a lesson, to increase motivation and engagement (Deterding et al., 2011).
Points
Numeric reward for completing a task
Badges
Visual recognition of a specific achievement
Levels
Staged progression showing advancing mastery
Leaderboards
Ranked comparison that drives friendly competition
Not the Same as Game-Based Learning
Gamification adds game elements to an ordinary task; game-based learning uses a complete game itself as the instructional activity.
Tools & Examples
Kahoot!, Quizizz, Classcraft — e.g., awarding badges for completed practice sets and showing a class leaderboard to sustain engagement in routine revision.
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C.6 QUICK REFERENCE
AR · VR · MR · AI · Gamification at a Glance
Technology | In One Line | Typical Tool |
Augmented Reality | Adds digital content on top of the real world you still see | Merge Cube, Google Expeditions (AR) |
Virtual Reality | Replaces your view of the real world entirely | Cardboard VR viewers, Google Expeditions (VR) |
Mixed Reality | Digital and real objects interact with each other | Microsoft HoloLens |
Artificial Intelligence | Software adapts to and predicts learner needs | Adaptive learning platforms, intelligent tutors |
Gamification | Game elements added to a non-game learning task | Kahoot!, Quizizz, Classcraft |
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RECAP
Part 1 — Key Takeaways
A
E-Learning
Delivered synchronously or asynchronously through LMSs, virtual universities, and MOOCs; cMOOCs, xMOOCs, and LMOOCs each reflect a different pedagogical root, with SWAYAM and NPTEL leading India's national effort.
B
OER
Open Educational Resources, enabled chiefly through Creative Commons licensing, allow free access, adaptation, and redistribution of teaching material — widening equitable access to quality content.
C
Immersive Tech
AR, VR, MR, AI, and Gamification each offer a distinct way of enriching classroom experience — from overlaying digital content on the real world to adapting instruction automatically to a learner's needs.
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End of Part 1
Continue to Part 2: Cloud Computing, Internet of Things & Ethical Issues in ICT (Unit II – D & E)
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