Pedagogy, Assessment and ICT in Education · Chapter 6

ICT Integration in Teaching and Learning

What to remember

ICT integration means using technology to support the learning goal, not for show. The teacher decides the purpose first and then picks the tool.
Key models: SAMR (Substitution, Augmentation, Modification, Redefinition), TPACK (technology + pedagogy + content knowledge) and ASSURE (a lesson-planning model for media).
Assessment with ICT includes online quizzes, e-portfolios, rubrics and learning analytics, but must guard against the digital divide, cheating and loss of privacy.

Meaning and need

ICT integration is the planned and meaningful use of digital tools in each stage of teaching, learning and assessment. It is different from learning about computers (computer literacy). Benefits: makes abstract ideas visible, attracts attention, allows self-paced learning, reaches remote learners, gives quick feedback, saves time on records, and builds 21st-century skills such as collaboration and critical thinking. Limits: cost, power and Internet gaps, teacher training needs, content that is not in the learner's language, distraction, and health concerns from long screen use. NCF 2005 and NEP 2020 both encourage use of technology as an aid; NEP 2020 also stresses digital equity and teacher preparation.

Classroom display and projection tools

Tool	Key points
LCD / DLP projector	Projects computer, mobile or video output on a screen; brightness is measured in lumens; keep the room darkened for a clear image; do not touch the lens; allow the fan to cool before switching off
Interactive whiteboard (smart board)	Touch-sensitive board linked to a computer and projector; teacher can write, draw, drag objects, save and replay notes, and use ready-made content
Interactive flat panel	A large touch-screen display with a built-in computer; no separate projector
Document camera (visualiser)	Shows a book page, specimen or hand-written work live on a screen
Smart TV, tablets, e-readers	Show video and e-books; useful for group work
Audio devices	Speakers, microphones, headphones for listening tasks
Overhead projector	Older tool using transparent sheets

Using a projector or board well. Prepare slides in advance; test the system before class; keep text short and fonts large; use pictures, diagrams and video; stand where learners can see you; pause for questions; and always keep a non-digital back-up.

Multimedia

Multimedia combines text, graphics, audio, video and animation in one product. If the user can control it (click, choose, answer), it is interactive multimedia; hypermedia adds links between items.

Mayer's principles of multimedia learning (simple form):

Coherence: remove extra, unrelated material.
Signalling: highlight key points.
Redundancy: do not show the same words on the screen and read them aloud.
Contiguity: place related words and pictures close together.
Modality: narration with pictures is better than long on-screen text with pictures.
Segmenting: break content into small parts that learners control.

A teacher should avoid cognitive overload: too much text, sound and animation together reduces learning.

Examples in the classroom: a short video on the water cycle, an animated map, a talking story, a slide show with audio, an e-book with quizzes, and a recorded demonstration of a laboratory activity.

Simulations and virtual tools

A simulation is a computer model of a real process which learners can change and observe. It is useful when the real activity is dangerous, costly, slow, too small or too large (such as chemical reactions, electric circuits, planetary motion or cell division). Learners change a variable and see the effect; this supports inquiry and the 5E "Explore" stage. Examples are PhET simulations, virtual laboratories and geography or maths tools. Augmented reality (AR) adds digital objects to the real view; virtual reality (VR) gives a full computer-made world. A simulation should come with a real experience, not always instead of it, and the teacher must ask questions so that learners think and do not merely click.

Learning platforms and digital content

Learning Management System (LMS): a platform for classes, materials, tasks, grades and messages (for example Moodle or Google Classroom).
Blended learning: a mix of face-to-face and online teaching. Flipped classroom: learners study the content at home, and class time is used for problem solving and discussion.
Video conferencing for remote classes and guest talks.
Government platforms: DIKSHA (QR-coded textbooks and content), SWAYAM and SWAYAM Prabha (courses and TV channels), e-Pathshala, NROER, PM eVidya. Check the latest official list of platforms.
School digital facilities: computer labs, smart classrooms and tablets are provided under schemes like Samagra Shiksha and state programmes; use depends on local plans.
Digital divide: unequal access to devices, Internet and skills; teachers should support learners who lack access by using offline content, printed material and community help.

Models for adopting ICT

SAMR (Ruben Puentedura)

Level	Meaning	Example
Substitution	Tool replaces an old one, no change in task	Typing an essay instead of writing it
Augmentation	Tool replaces and adds useful functions	Typing with spell check and links
Modification	Task is greatly redesigned	Learners co-write and comment online
Redefinition	New task not possible without technology	Learners make a video with experts across places

The first two are enhancement; the last two are transformation.

TPACK (Mishra and Koehler): good ICT teaching needs Technological, Pedagogical and Content Knowledge and the way they overlap. A teacher who knows a tool but not the pedagogy will use it poorly.

ASSURE model: Analyse learners, State objectives, Select methods, media and materials, Utilise them, Require learner participation, Evaluate and revise.

Stages of a teacher's ICT adoption (Apple Classrooms of Tomorrow): entry, adoption, adaptation, appropriation, invention. Rogers' adopter categories: innovators, early adopters, early majority, late majority, laggards.

Evaluating and choosing ICT tools

Ask these questions before adopting a tool or resource:

1. Curriculum fit: does it match the learning outcome?
2. Pedagogy: does it make learners active and thinking?
3. Accuracy and quality: is the content correct, current and free from bias?
4. Language and level: is it suitable for the learners' age and mother tongue?
5. Ease of use: can teachers and learners use it with little training?
6. Accessibility and inclusion: can children with disabilities use it? Does it work offline or on a basic phone?
7. Cost and support: licence, maintenance, power, repair.
8. Safety and privacy: no harmful adverts or data misuse.
9. Evidence: try it in a pilot class, collect feedback and check learning results before wide use.

Assessment with ICT

Online quizzes and polls: Google Forms, Kahoot, Mentimeter; give instant results and class-level data.
E-portfolio: digital collection of work (documents, audio, video) over time.
Digital rubrics and checklists; auto-marked objective tests; computer adaptive tests that change difficulty by the learner's answers.
Learning analytics: data on time spent, errors and progress help the teacher find who needs help.
Digital feedback: comments, voice notes, and recorded corrections.
Digital records: spreadsheets for marks, graphs for results, e-report cards.
Issues: cheating, unequal access, technical failure, and data privacy. Use mixed methods and keep clear rules.

Teacher's role and good practice

The teacher stays the leader of learning. ICT supports, and does not replace, the teacher. A teacher should: set a clear learning outcome; choose the simplest tool that works; train learners in basic use first; give tasks that need thinking, such as "predict, test, explain"; manage time so that technology does not eat the period; keep devices safe and clean; and follow school rules for safe use and copyright. For inclusive classrooms, ICT can help: text-to-speech and large text for low vision, captions for hearing loss, and picture-based apps for learners who struggle with reading. Care for health: seat learners at a proper distance, give screen breaks, and keep the room well lit.

Example. A Class VIII teacher wants learners to understand the effect of length on the time period of a pendulum. She first lets groups try a real pendulum (real experience), then uses a simulation to test lengths that are hard to build, asks learners to record results in a spreadsheet and draw a graph, and ends with an online quiz of five questions. Here the tool is chosen after the outcome, and each tool adds something that the real class could not give. This shows planned, purposeful integration.

Exam traps

ICT integration is not the same as computer education.
SAMR: Substitution and Augmentation are enhancement; Modification and Redefinition are transformation.
TPACK is not a lesson-plan model; ASSURE is.
Interactive board needs a computer and a projector; an interactive flat panel does not need a separate projector.
Multimedia must combine at least text, graphics, audio, video or animation; a plain book is not multimedia.
Simulation does not always replace the real experiment.
Lumens measure projector brightness, not sound.
Blended learning mixes face-to-face and online; flipped classroom moves content study before class.

One-liners

1. ICT integration starts from the learning goal.
2. SAMR was proposed by Puentedura.
3. TPACK was proposed by Mishra and Koehler.
4. ASSURE ends with Evaluate and revise.
5. Projector brightness is in lumens.
6. A smart board is touch-sensitive and linked to a computer.
7. Multimedia mixes text, graphics, audio, video and animation.
8. Simulations suit dangerous or very slow processes.
9. DIKSHA offers QR-coded textbook content.
10. A flipped classroom moves content study before class.
11. Learning analytics use data about learner activity.
12. Digital divide means unequal access to technology.

Practice questions

ICT integration in teaching should begin with
1. the school's brand
2. the newest software
3. the most costly device
4. the learning outcome
Answer
D. the learning outcome
The goal comes first; the tool is chosen afterwards.
Brightness of a projector is measured in
1. lumens
2. hertz
3. pixels
4. decibels
Answer
A. lumens
Lumens measure light output.
A touch-sensitive board linked to a computer and a projector is a(n)
1. document camera
2. blackboard
3. overhead projector
4. interactive whiteboard
Answer
D. interactive whiteboard
Smart boards let the teacher write and drag objects.
A device that shows a book page or a specimen live on a screen is a
1. document camera
2. modem
3. scanner
4. router
Answer
A. document camera
A visualiser projects real objects and pages.
Multimedia combines
1. only printed pages
2. only chalk and talk
3. text, graphics, audio, video and animation
4. only numbers
Answer
C. text, graphics, audio, video and animation
Multimedia uses several media together.
A computer model of a real process that learners can change and observe is a
1. hyperlink
2. simulation
3. blueprint
4. rubric
Answer
B. simulation
Learners change variables and see the results.
Simulations are especially useful when the real activity is
1. not related to the topic
2. simple and cheap
3. already well understood
4. dangerous or very costly
Answer
D. dangerous or very costly
They allow safe and cheap exploration.
SAMR was proposed by
1. Mishra and Koehler
2. Ruben Puentedura
3. Edgar Dale
4. Robert Gagné
Answer
B. Ruben Puentedura
Puentedura's model describes four levels of technology use.
In SAMR, the letter 'A' stands for
1. Assessment
2. Adoption
3. Augmentation
4. Application
Answer
C. Augmentation
Substitution, Augmentation, Modification, Redefinition.
Typing an essay instead of writing it by hand, with no other change, is at the level of
1. Modification
2. Augmentation
3. Redefinition
4. Substitution
Answer
D. Substitution
The tool replaces the old one with no functional change.
Which pair of SAMR levels is called 'transformation'?
1. Modification and Redefinition
2. Augmentation and Modification
3. Substitution and Redefinition
4. Substitution and Augmentation
Answer
A. Modification and Redefinition
The top two levels transform learning tasks.
TPACK stands for
1. Technological Pedagogical Content Knowledge
2. Technical Planning and Content Kit
3. Training in Pedagogy and Computer Knowledge
4. Teaching Practice and Classroom Knowledge
Answer
A. Technological Pedagogical Content Knowledge
TPACK joins technology, pedagogy and content knowledge.
TPACK was proposed by
1. Mayer
2. Puentedura
3. Mishra and Koehler
4. Rogers
Answer
C. Mishra and Koehler
Mishra and Koehler extended Shulman's work.
In the ASSURE model, the first step 'A' is
1. Assess marks
2. Apply rules
3. Arrange seating
4. Analyse learners
Answer
D. Analyse learners
ASSURE starts with learner analysis.
In the ASSURE model, 'R' stands for
1. Repeat the lesson
2. Require learner participation
3. Reduce content
4. Record marks
Answer
B. Require learner participation
Learners must take active part.
The last step of the ASSURE model is
1. Evaluate and revise
2. State objectives
3. Utilise materials
4. Select materials
Answer
A. Evaluate and revise
The model ends with evaluation and revision.
Which Mayer principle says to remove unrelated extra material?
1. Segmenting
2. Modality
3. Contiguity
4. Coherence
Answer
D. Coherence
Coherence: leave out what does not help the goal.
Placing a label close to its picture on a slide follows the principle of
1. modality
2. redundancy
3. contiguity
4. coherence
Answer
C. contiguity
Related words and pictures should be near each other.
A teaching method where learners study content at home and use class time for discussion and problems is
1. distance education only
2. dictation
3. rote drill
4. flipped classroom
Answer
D. flipped classroom
The flipped classroom reverses the usual order.
A mix of face-to-face and online teaching is
1. deschooling
2. blended learning
3. flipped testing
4. micro-teaching
Answer
B. blended learning
Blended learning combines both modes.
Moodle and Google Classroom are examples of a
1. learning management system
2. search engine
3. firewall
4. compiler
Answer
A. learning management system
An LMS manages classes, tasks and grades.
Unequal access to devices, Internet and digital skills is called the
1. digital twin
2. digital divide
3. digital art
4. digital literacy
Answer
B. digital divide
The digital divide separates those with and without access.
Which Indian platform offers QR-coded textbook content for school education?
1. NPTEL
2. Moodle
3. DIKSHA
4. Wikipedia
Answer
C. DIKSHA
DIKSHA links textbooks to digital content by QR codes.
A digital collection of a learner's work over time is a(n)
1. hyperlink
2. e-portfolio
3. blueprint
4. firewall
Answer
B. e-portfolio
E-portfolios hold documents, audio and video.
A test that adjusts the difficulty of the next question to the learner's answers is a
1. fixed paper test
2. oral test
3. computer adaptive test
4. anecdotal record
Answer
C. computer adaptive test
Adaptive tests change difficulty automatically.
Google Forms and Kahoot are mostly used for
1. printing
2. compiling programs
3. antivirus scanning
4. online quizzes and polls
Answer
D. online quizzes and polls
They collect responses and give instant results.
Data on learner time spent, errors and progress used to guide teaching is called
1. learning analytics
2. bandwidth
3. cache
4. netiquette
Answer
A. learning analytics
Analytics turn learner data into decisions.
A teacher wants to show the effect of changing pendulum length for very long pendulums that cannot be built in class. The best tool is a
1. printed chart
2. simulation
3. lecture only
4. dictated notes
Answer
B. simulation
Simulations show conditions hard to build in class.
Before using a new educational app in the whole school, the best step is to
1. try it in a pilot class and collect feedback
2. buy it for all
3. ignore reviews
4. forbid all feedback
Answer
A. try it in a pilot class and collect feedback
Pilot trials give evidence before wide use.
A teacher notices that some learners have no devices at home. The best response is to
1. give offline and printed alternatives
2. give fewer marks to them
3. exclude them from tasks
4. assign online tasks only
Answer
A. give offline and printed alternatives
Equity requires alternatives for learners without access.
A slide has a full paragraph, and the teacher reads the same paragraph aloud. Which Mayer principle is broken?
1. Signalling
2. Coherence only
3. Segmenting
4. Redundancy
Answer
D. Redundancy
The same words on screen and in speech create redundancy.
Which of these is a good practice while using a projector?
1. Touch the lens
2. Use tiny fonts with lots of text
3. Prepare and test the system before the class
4. Switch it off and unplug it at once while hot
Answer
C. Prepare and test the system before the class
Testing in advance saves class time.
Consider the statements: 1. ICT should support, not replace, the teacher. 2. Computer literacy and ICT integration mean exactly the same.
1. 1 only
2. 2 only
3. Both 1 and 2
4. Neither 1 nor 2
Answer
A. 1 only
Integration uses ICT to teach subjects.
Consider the statements about SAMR: 1. Redefinition means replacing the tool with no change in the task. 2. Substitution and Augmentation are called enhancement.
1. 1 only
2. 2 only
3. Both 1 and 2
4. Neither 1 nor 2
Answer
B. 2 only
Redefinition creates new tasks.
Consider the statements about an interactive flat panel: 1. It is a large touch screen with a built-in computer. 2. It always needs a separate projector.
1. 1 only
2. 2 only
3. Both 1 and 2
4. Neither 1 nor 2
Answer
A. 1 only
A flat panel needs no projector.
Consider the statements about simulations: 1. They should always completely replace real experiments. 2. They can be used with questioning to promote thinking.
1. 1 only
2. 2 only
3. Both 1 and 2
4. Neither 1 nor 2
Answer
B. 2 only
Real experience still matters.
Consider the statements about multimedia: 1. Interactive multimedia lets the user control the content. 2. Cognitive overload can occur if too many media are shown at once.
1. 1 only
2. 2 only
3. Both 1 and 2
4. Neither 1 nor 2
Answer
C. Both 1 and 2
Both are correct.
Consider the statements about assessment with ICT: 1. Online quizzes can give instant feedback. 2. Privacy and cheating are concerns.
1. 1 only
2. 2 only
3. Both 1 and 2
4. Neither 1 nor 2
Answer
C. Both 1 and 2
Both are correct.
Consider the statements: 1. TPACK combines technology, pedagogy and content knowledge. 2. ASSURE is a model for planning lessons that use media.
1. 1 only
2. 2 only
3. Both 1 and 2
4. Neither 1 nor 2
Answer
C. Both 1 and 2
Both are correct.
Consider the statements about blended learning: 1. It uses only online teaching with no classroom. 2. It mixes classroom and online learning.
1. 1 only
2. 2 only
3. Both 1 and 2
4. Neither 1 nor 2
Answer
B. 2 only
Blended learning keeps face-to-face teaching.
Match the model with its parts: 1. SAMR 2. TPACK 3. ASSURE 4. Mayer P. Technology, pedagogy, content Q. Substitution to Redefinition R. Analyse learners to Evaluate S. Coherence and contiguity
1. 1-Q, 2-R, 3-P, 4-S
2. 1-R, 2-P, 3-Q, 4-S
3. 1-P, 2-Q, 3-S, 4-R
4. 1-Q, 2-P, 3-R, 4-S
Answer
D. 1-Q, 2-P, 3-R, 4-S
SAMR levels; TPACK knowledge types; ASSURE steps; Mayer principles.
Match the tool with its use: 1. LMS 2. Simulation 3. Document camera 4. E-portfolio P. Show real page live Q. Collect work over time R. Manage classes and grades S. Model a process
1. 1-S, 2-R, 3-Q, 4-P
2. 1-R, 2-P, 3-S, 4-Q
3. 1-Q, 2-S, 3-R, 4-P
4. 1-R, 2-S, 3-P, 4-Q
Answer
D. 1-R, 2-S, 3-P, 4-Q
Each tool serves the use shown.
Match the adopter type with its position: 1. Innovators 2. Early adopters 3. Late majority 4. Laggards P. Last to adopt Q. First few to try R. Sceptical but adopt later S. Opinion leaders who adopt early
1. 1-S, 2-Q, 3-P, 4-R
2. 1-P, 2-S, 3-R, 4-Q
3. 1-Q, 2-R, 3-S, 4-P
4. 1-Q, 2-S, 3-R, 4-P
Answer
D. 1-Q, 2-S, 3-R, 4-P
Rogers' diffusion categories in order.
Which of these is a way ICT helps inclusive classrooms?
1. Removing all captions
2. Using tiny text only
3. Text-to-speech for learners with low vision
4. Banning devices for all
Answer
C. Text-to-speech for learners with low vision
Assistive features support access.
Which of these is a healthy practice during device use?
1. Sharing passwords
2. Giving screen breaks and proper seating distance
3. Long unbroken screen time
4. Dim lights
Answer
B. Giving screen breaks and proper seating distance
Breaks and distance reduce strain.

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