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Eager to embrace new learning

Before COVID-19, I'd already started using tools like Kahoot to make learning fun. However, it was during the pandemic that I learned about these tools in depth to keep students motivated and focused during online classes. Based on the behaviorist principles, I noticed how quick feedback and rewards encouraged students to stay involved. Cognitive theory on the other hand reminded me to use visuals, audio clips, and clear explanations to help them understand and remember better.

After returning to face-to-face classes, I continued using technology because it made lessons more meaningful. However, when the computer labs were fully booked and students were not allowed to bring phones, I adapted by integrating digital tools like Quizizz Paper Mode, where students answered using printed QR codes while I scanned their responses for instant feedback. I also used my laptop and projector to show videos, display infographics, and play pronunciation clips to support different learning styles. This shows that digital technology can still be used effectively even when students do not have personal gadgets.

Through these experiences, I’ve learned that technology integration isn’t about fancy tools. It’s about how I use them to help students connect with the lesson.

But at the same time, I need to make learning more fun, as students nowadays are more exposed to digital devices. By using behaviorism, I assign online grammar quizzes as their homework. Here, they can use their parent’s devices for the learning ( lower form students) at the same time they don’t feel boring to learn grammar.  Mostly, I use google forms which are way easier for both students and myself.

With constructivism, I let students create and submit a 30 second video, talking about a topic that I have listed. I evaluate them based on certain criteria for the PBD speaking skills. This approach helps them gain confidence in speaking English.

In short, it’s not about what technology the school has, but how I integrate it to make learning effective. By using online quizzes and video tasks, I am glad that I still make English lessons engaging and meaningful.

For the cognitive theories teachers should use technology in ways that it can improve students' mental processing rather being overload to them. So for this to make the students focus and retain on learning topics more effectively, it is very important teachers should plan technology in a way that the instruction should be clear , with step by step multimedia content.

As a conclusion all this learning theories help teachers to make smart choices about how to use technology in the classroom. When teachers use ideas from the concepts in all this theories like constructivist, social, and cognitive, they can make lessons more interactive and meaningful for students.

Constructivism encourages students to actively explore and build knowledge through hands-on learning, such as collaborating on projects via online tools to gain practical experience. Humanism focuses on students' individual needs and emotional engagement, allowing teachers to design personalized learning paths that create a comfortable learning environment for every student. By combining these theories, educators can effectively leverage technology to create more efficient and personalized learning experiences, ultimately fostering a love for learning in every student!

In my experience of teaching language subjects to primary students, technological tools have greatly helped in shaping students’ cognitive development and memory retention. Visual aids such as photos and videos, which reflect the principles of cognitivism, help stimulate their cognitive thinking and enhance their understanding. Meanwhile, interactive activities like educational games that provide immediate feedback and involve repetition, based on behaviourist principles, further motivate students to participate actively in the learning process and retain their knowledge more effectively.

At the end of the day, I believe it depends on the teacher as the lesson designer to decide on which technological tools and learning theory provide the best digital learning experience to their learners. Resources, infrastructure, learning needs, digital competency (for both the teachers and learners) are among other things that also need to be considered when finding the common ground between suitable learning theory and effective technology that can be integrated in lesson.  

For instance, the integration of project-based learning with contemporary media technologies can be implemented as follows: utilizing educational platforms such as Canva, micro-lectures, and Blooket to incorporate interactive mini-games, engaging video content, and online quizzes. Such an approach can significantly increase students' learning motivation, enrich the instructional content, and diversify classroom activities. Consequently, it facilitates the achievement of teaching objectives, promotes deeper knowledge retention among students, and ultimately leads to improved academic performance.

As example, when I am teaching 25 students in one session. For sure there are some students who are prefer to read text, some of them would like to see short videos and some others maybe like to structure their knowledge through infographic. So by using technology, even those students can actually comes out with their own personalized teaching aids but still using a same content provided by the teacher. Other than that, they can share all their works in real-time cloud based system so that they can actually collaborate with each others to come out with the best content structure for their learning.

In my opinion, teaching and learning has always been a straightforward approach for some times before the emerge of technology. It follows clear, structured and teacher-centred process, all done by the teacher. It only focuses on content delivery rather than a two way processes. Through integration of technology in education, based on the learning theories such as behaviorism and cognitivism, both moulds on the way the teacher design and conduct the teaching and learning process effectively.

Based on behaviourism theory, learning happens when there are stimulus and response which shown the way reinforcement affects the desired behaviours or responses. By using educational apps as one of the technolgical tool such as online games like Wayground, Kahoot, Duolingo etc, can definitely apply these theories. When the students answer all questions through these online gamified portals, teacher can give immediate feedback or rewards for correct answers which will eventually acts as reinforcement towards students behaviour and motivation in learning the desired topics.

In contratst, for cognitivism, teaching and learning are often made up of internal process of information processing, organisation of ideas and the way students store the information received. Based on this theory technology plays its part by improvising the method of understanding, memorising and critical thinking of the students. The use of online concept maps such as Coggle, Canva apps, Mindmeister that allows real-time collaboration between students can play big roles to help them visualize the topics and then help organize the complext information.

Both theories help in creating balanced and engaging learning environment in which a lesson which might starts with online quizzes such as Wayground that use to reinforce content taught by the teacher and followed by online digital mind mapping activites such as Canva to integrate the relationships between new concepts learnt.

As a conclusion, by putting the two theories together, teacher can apply the use of technology not only to control observable behaviours expected from the students but it also use to helps them develop thourough cognitive understanding about certain topics.

Learning theories allow us to incorporate technologies productively into classroom practice. Constructivist theory centers on engaged student activity facilitated by digital tools that allow for discovery activities and group work. Behaviourist strategies underpin the adoption of technologies for practice, feedback, and reinforcement. Cognitivist strategies emphasize the importance of the utilization of multimedia materials and visual resources to make learning simpler. Thus, the application of learning theories ensures that the technologies are aligned with the learning objectives and enhances student learning outcomes.

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The answer will be that theories of the learning lead the positive use of technology in education.Behaviorism is applied in drills and immediate feedback, while cognitivism enhance understanding through multimedia

1. Content Knowledge (CK): Knowing what to teach (the subject matter).

2. Pedagogical Knowledge (PK): Knowing how to teach (methods and learning theories).

3. Technological Knowledge (TK): Knowing which tools to use (digital resources).

The sweet spot—where all three intersect—is TPACK, which leads to powerful, rich learning experiences. Use this guide to quickly understand how balancing these three types of knowledge is key to innovative and effective instruction.

1.Substitution- Replace

When I adapt SAMR in teaching the topic of urbanisation, students can type their worksheet answers on Google Docs or Padlet instead of writing on paper regularly, which I usually use in the class.

2.Augmentation - Improve

In my opinion, Students can use Google Docs to add pictures regarding topic, such as urbanisation, and I (teacher) can online comment/give feedback on students' answers using the shared Google Docs.

3.Modification - Change

As planned before,students work together on Padlet or Canva to create a digital mind map or infographics showing how urbanisation affects the environment.

4.Redefinition - Transform

As my opinion students will create a virtual field trip using Google Earth or Canva platforms to show how cities like Kuala Lumpur,Ipoh,Alor Setar,Shah Alam, Georgetown n Johor Bahru have changed due to urbanisation,what are the positif and negative impact of urbanization,what are the main factor contributed to the urbanisation,what are the benefits of urbanization to cities n others.

Thank you.

For the first step which is Substitution technology can replace conventional methods in which for instance, students give feedback on tools like Menti or Google Forms instead of just telling or writing them on a paper.

For the second level which is Augmentation, teacher can make student practise maths problems and receive instant feedback through platform like Kahoot or Quizizz.

For the third level, which is Modification level, technology also gives flexibility to the teacher to restructure any learning activities in which for example, in order to make learning more interactive, students can utilize some graphing tools like Desmos to explore how maths equations adapt graphs in real time.

Finally, at Redefinition stage, technology empower teachers to create new form of learning experiences. For example, teachers can give task to to student by using technology they have to create their own digital presentation on how they are solving any complicated maths question and at the same time share it online to get feedback from other peers as well.

Through all these stages, the SAMR Model really helps teachers move from using technology for simple tasks to creating engaging, collaborative, and creative maths learning experiences that deepen understanding of the students.

Substitution is the first level of SAMR, students will type essay using Microsoft Words or Google Document instead of writing it manually on paper using handwriting. As for Augmentation, students will type essay using Microsoft Words and utilize feature of spell check, grammar correction to improve quality of their writing, here we can see technology offers functional improvement to enhance writing. Next, Modification is the third level of SAMR, it is significant to redesign the task. It can be apply  in the writing assignment by doing  collaborative project where students can share their writing online with teachers and friends through Google Document and the students can receive the feedback from teachers and friends. Redefinition is a final level of SAMR. It is a creation of a new task. For example in learning English from the writing assignment, students can use digital tools to create a digital comic strip or info graphic of the content of the essay (writing assignment) to demonstrate their understanding. From this we can see technology can create entire new task for the students. In conclusion,The SAMR model encourages English teachers to think about their teaching. It prevents them from using technology for no good reason. The higher stages, Modification and Redefinition, let student think at a higher level. This means that students can analyse, evaluate, and create. These higher levels generate real-world tasks. This allows students to practice English by actually speaking and working together.

However, all these steps are to ease up the teaching process, make it efficient and make it able to cater for multidimension students' needs with an ultimate goal, making information transfer from teacher to students as smooth as it can be and as effective as they can. 

Athanasopoulos, P., Damjanovic, L., Burnand, J., & Bylund, E. (2015). Bilingualism in the lab and in the wild: Language effects on perception and categorization. Bilingualism: Language and Cognition, 18(4), 817–829.

Samar is an altenative system for submitting request to modify student schedules electronically in case the deletion and addition process is bot possible in the electronic portal objective

The samar program amis dispends with paper forms and connect the pricess electroncally between students and their meutors

The student schedules adjustment program samar is used to connectthe student with his menetor electronically to spend up the counseling process and reduse paper reviews the program for adjusting student wants achnge in his scedule by mwans of a meutor this is due of his inability to work through the electronic portal currently the program dosent provide the possibility of following up the applications that must be sent thedeanship . such aswhen afinal exam registration of a material as out of plan . in this case the paper form must be filled in the student can submit his application electronically after that student will be able to send an electronic request delete.

add. or edit people to his academic adviser will decide to regect or send the form t the academic

the samar program represent an integrated envirement for the eeducation and devolepment of students outside the traditional farmework which contributes to the preparation of more conscious .skilled and creativegenration

Technology makes lessons more interactive, engaging, and easier to understand through Videos, simulations, and animations make lessons more interactive and interesting to comprehend. Students can find a lot of helpful information and materials online at any time and from any place.

The SAMR Model can be applied to school English class to make learning more interactive and useful. As an English teacher, using technology to help students learn about the language in interesting ways is what I think is important.

At the level of Substitution, instead of doing grammar or vocabulary exercises on printed worksheets, students will be able to do these on tablets or computers. You can provide immediate feedback to learners using Kahoot or Quizizz at the Augmentation level. Student collaboration and speaking skills are developed in small groups at the Modification level as they create a digital storytelling activity or even a short conversation, using Google Slides or Canva. Finally, at the Redefinition level, students will be able to create their own storytelling videos or simple podcasts in the target language, then share these with others. It would even be possible for them to connect with other classrooms online for feedback.

The SAMR Model, used in my English lesson, allows me to turn some boring activities into more fun ones that help students speak, write, be creative, build their confidence, and enhance their digital literacy. Using technology in school gets kids ready for the modern world and their future jobs.

In the Augmentation stage, technology offers enhanced functions. For example, geometric software can dynamically demonstrate how a cylinder unfolds. Students can drag sliders to clearly see the relationship between the length of the resulting rectangle and the circumference of the cylinder’s base—much clearer than static diagrams.The Modification stage involves redesigning tasks with technology. For instance, students use statistical software to analyze their family’s utility bills over the past three months, create line graphs on their own, and interpret consumption trends.The Redefinition stage is even more innovative. Students might work in groups to design a "campus optimization and renovation plan," using Tinkercad for modeling, calculating costs and areas with math, creating videos to present their plans, and collecting online votes. This creates entirely new tasks and learning experiences.

Substitution stage is the simplest stage as it suggests the usage of educational technology as a direct substitute for traditional practices. For instance, when producing an essay or text response, students are asked to type it in Microsoft Words instead of writing it on a piece of paper. The second stage-Augmentation refers technology as a mechanism that adds something to the learning process and might give students clearer understanding of a topic or subject matter. For example, students use applications such as Grammarly that has grammar-check features to identify and rectify incorrect usage of grammar in a sentence.

The third stage-Modification suggest technology being used to design a dynamic and interactive tasks that may surpass the limitation of a conventional classroom. As an example, students are assigned to work collaboratively on Canva to produce a presentation slides online. Finally, the fourth stage- Redefinition is a stage that encourage innovation when using technology in teaching and learning and create an entirely new learning opportunity. For example, students or teachers can create a website by using sites like Weebly to produce blog posts or digital written or animated content. The website can be published and viewed by wider audience on the internet.

In a nutshell, the SAMR Model provides a clear and structured guidelines for both the educators and learners to use technology effectively in education.

The SAMR model offers a structured approach to intergrate technology in English lessons, helping teachers integrate technology in teaching and learning. In a writing lesson titled , students first use Google Docs to type their paragraphs, substituting the traditional pen-and-paper method. Then, through augmentation, they enhance their writing using tools like spell check, grammar suggestions, and even voice typing for those who struggle with spelling or typing speed.

At the modification level, students engage in peer review by leaving comments on each other’s work directly in the document, promoting collaboration and critical thinking. Finally, redefinition occurs when students transform their writing into a creative digital product. For example, by using Canva or Sketch, they can design a digital poster or short video presentation, complete with background images, voice-over narration, or music, and share it with their peers on platforms like Padlet. These tasks not only improve their language skills but also build confidence, digital literacy, and communication.

By applying SAMR in this way, the lesson goes beyond writing . It makes learning engaging and interactive. It also empowers students to become content creators and active participants in their learning.

I use Augmentation to add functional improvement, like leveraging peer review with Google Docs' suggestion mode. The real shift occurs at Modification, where I redesign tasks transforming a solo poster into a collaborative, multimedia Canva presentation that demands critical thinking and co-creation.

Ultimately, Redefinition is the goal of using technology to create previously inconceivable experiences, such as my students engaging in a live, virtual cultural exchange with a classroom abroad. For me, SAMR provides the critical lens to ensure technology doesn't just support learning but actively redefines and enriches it.

          Under the SAMR model, S- Substitution, I can create an online task like essay practice writing using the Padlet platform, where students can collaborate with each other and write their ideas and essays in the platform.

Next, at the A - Argumentation stage, I can add in the comment and ranking sections for the students to make comments, provide feedback and correct their friends’ errors. This not only improves students’ English writing skills, but at the same time, it also promotes students’ engagement in the learning activities.

Moving to the M – Modification, I will redesign the task so that the essay writing practice is aligned with the learning objectives and critical thinking levels, as well as teaching method (student-centred/task-based learning/Project-based learning).

Finally, at the R – Redefinition stage, I can ask the students to present their answers using the technology tools, which creates a fun and comfortable learning environment that promotes students’ engagement in the lesson.

A successful strategy involves gradual progression. A teacher might start by substituting a video recording for a live performance observation (substitution), then use software to allow students to annotate and analyze the recording with peer comments (augmentation). Later, they might have students collaboratively create a multimedia analysis of different performances (modification), and finally, task them with producing and broadcasting their own original music video for an authentic online audience (redefinition). The model serves as a reflective tool for educators to critically examine whether their technology use is meaningfully enhancing learning, ensuring that pedagogical goals drive technology choices, not the other way around .

In summary, the SAMR model provides a structured and reflective framework for music educators to harness technology's potential thoughtfully. By progressing from simple Substitutionto transformative Redefinition, technology can be leveraged to make music learning more efficient, engaging, collaborative, and authentic. The ultimate goal is not to force every activity to the highest level, but to make conscious, pedagogical decisions that use technology to deepen students' musical understanding and creative expression, thereby preparing them for a future where technology and the arts are increasingly intertwined .

Explanation in the Context of Teaching Geography

In Geography, concepts often involve spatial understanding, maps, climate data, and real-world phenomena.Therefore,teachers must carefully select materials and methods that make abstract or large-scale geographical concepts easier to visualize and understand.

For example, teachers might use:

a)Digital maps and GIS tools to explore real-time locations and spatial data.

b)Videos and documentaries to show natural disasters or cultural landscapes.

c)Interactive activities like map labeling or fieldwork simulations.

Importance in Teaching and Learning Geography

1. Makes Abstract Concepts Concrete
   Geography often deals with large-scale or invisible processes (e.g., plate tectonics, weather systems). Using videos, models, or animations helps students visualize these processes clearly.

2. Encourages Active Learning
   When students use maps, atlases, or online tools, they engage actively with the content instead of passively listening. This helps them develop map-reading and spatial thinking skills.

3. Integrates Technology in Learning
   Tools like Google Earth or ArcGIS allow students to explore real-world locations virtually, promoting 21st-century digital literacy.

4. Promotes Real-World Connections
   Using current news clips or satellite images helps students see how geography relates to everyday life, such as urban development, climate change, or deforestation.

5. Caters to Different Learning Styles
   Visual learners benefit from maps and images, auditory learners from discussions or videos, and kinesthetic learners from interactive mapping or outdoor activities.

Example in Practice

For a lesson on “Types of Landforms”, a Geography teacher might:

• Use a video showing mountains, valleys, and plains.

• Display a 3D physical map to highlight elevation differences.

• Conduct a group activity where students identify landforms on a digital map.

This approach combines visual, auditory, and hands-on learning, making geography more engaging and meaningful.

Thank you...

All in all, I believe that the ASSURE model provides a clear framework on how to develop and improve teaching and learning, especially in the context of English Language teaching.

This step is essential because it ensures that students are actively involved in the learning process. In a secondary English classroom, I encourage participation through group discussions, role plays, presentations, and interactive digital tools. When students take part actively, they practice language skills, share ideas, and build confidence in using English. This step transforms learning from teacher-centered to student-centered, making lessons more engaging and meaningful.

This step is essential because it ensures that students are actively involved in the learning process. In a secondary English classroom, I encourage participation through group discussions, role plays, presentations, and interactive digital tools. When students take part actively, they practice language skills, share ideas, and build confidence in using English. This step transforms learning from teacher-centered to student-centered, making lessons more engaging. When I see my students confidently speaking or expressing their thoughts in English, it reminds me why this step matters so much. Their voices fill the classroom with energy and creativity, and I can feel their growth beyond just grades. It makes teaching feel alive, where a shared journey of learning, not just a lesson.

Hussin, A. A., Manap, M. R., Amir, Z., & Krish, P. (2019). Integrating technology in Malaysian higher education: Readiness and challenges among students. Journal of Education and e-Learning Research, 6(3), 158–164. 

Rahman, M. M., & Yunus, M. M. (2021). Teachers’ reflection and technological pedagogical content knowledge (TPACK) in the Malaysian ESL classroom. Asian EFL Journal, 28(3.1), 224–243.

It is because in this step is where i will decide how i will teach the lesson. Furthermore, it's the bridge between the lesson objective and students actually understanding it.

In my maths class, this means I don't just tell students a formula. Instead, I choose the best tools and methods to help them see and understand the maths. For example my lesson is about teaching students to understand why the area of a triangle is half the area of a rectangle and if i just write the formula for example Area = 1/2 (base × height) on the board, students can memorize it but in reality they don't really get it. So when i implement this step in ASSURE model in my lesson, i need to select a correct strategy first like using hands-on activity to make students understand this formula. Then i can give them some stationery like I paper, scissors, and rulers to draw a rectangle, and ask the students to measure its area, then cut it along one of its diagonals to create two identical triangles. They quickly see that one triangle is exactly half of the rectangle. By implementing this step i just can find a correct strategies and material for my lesson.

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Step number 5

introducing learnibg into

the learning process through the design of interactive activities that work with different strategies, whether self-directed or group, contribute to the creation of meaningful learning and ensure the achievement of educational goals that are diverse and appropriate to the learning content and take into account individual differences between students... The role of the teacher will be to motivate, encourage and monitor their work, give guidance and create an atmosphere of fun while maintaining the main goal of teaching and learning

Taking music classroom as an example， Music is not merely a knowledge-based subject, but a perceptual art that emphasizes practice, experience, and expression. Passively listening to explanations or watching demonstrations is far from sufficient for students to truly understand the essence of music or master performance skills. Essentially, music learning is a process that requires the engagement of both mind and body. The step of "Require Learner Participation" places students at the center of the learning process, guiding them through diverse practical activities to shift from being "listeners" to becoming "participants" and "creators."

What really caught my eye when I first learned the ASSURE model was the step (Analyze Learners). I discover that is the core of teaching because it really gives the teacher an idea of who the learners are before he plans any activity or uses any technology. To me, no matter how well a lesson is designed, it won't be effective if it does not match the needs, abilities, and backgrounds of the learners.

Analyzing learners can make a big difference in my teaching practice. For example, in one of my English classes, I had very shy and unconfident students while speaking in English, but others were more sociable and engaged. By observing and understanding them, I modified my methods accordingly simple speaking games for the shy students and more pair work, while introducing more challenging discussions for the advanced ones. This created a more harmonious yet supportive learning environment for all.

This step also made me realize the importance of knowing my students beyond the classroom. Conditions such as home environment, motivation, and level of digital literacy all influence their learning. For example, once I implemented a digital learning activity using videos and Smart Boards, I found out that some of the students did not know how to use them. Understanding this allowed me to guide them through it step by step, which in turn reduced their anxiety and increased their participation.

According to my way of thinking, this step has made me more aware that teaching is not just about the lesson delivery but about connecting with students on a personal note. When I invest time into analyzing the different needs and styles of learning of these students, I have managed to make lessons even more engaging, inclusive, and relevant. In return, I feel even more confident as a teacher, knowing that real improvements are evidenced through heightened motivation and performance.

The Analyze Learners step changed my perspective toward teaching. The same step reminded me that understanding learners is at the core of good teaching thus, this approach will continue to be used in the upcoming lessons, as it helped me design activities that were fair, relevant, and genuinely focused on students' growth.

Without this step, I may not be able to align my lesson with students' actual needs which may lead to disengagement and poor outcomes. Therefore, Analyze Learners ensures the lesson is student-centered, inclusive, and effective, forming the foundation for all other steps in the ASSURE model.

Evaluation plays an important role in helping the teachers to access to students’ understanding of the topic taught and learnt on that day.

            By using the ASSURE model, I am able to evaluate whether the learning website is effectively meets the learning objectives as expected. Evaluations can be carried out through students’ engagements, quiz performances, feedback on activities, etc. From there, necessary revisions can be made on the learning website to further enhance the website for effective learning experiences.

In addition, pictures and videos act as important visualising tools that enables me to better deliver the materials and further students’ comprehension better on the learning contents.   

            This evaluation stage not only important for assessing students’ learning outcomes, but also provides an opportunity for me to improve my teaching approach. I can effectively identify which learning activities best suit students with different English proficiency levels and later promote their active involvement in the learning process.

1.Limited digital skills and confidence

2.Time contraints

3.Techinal problems and unreliable infrastructure

4.Lack of adequate training and support

5.Classroom management difficulties

6.Unequale access to devices and connectivity

7.Curriculum and assessment alignment issues

8.Over reliance on technology

9.Resistance to change

10.Data privacy and security concerns

1.Limited digital skills and confidence

2.Time constraints

3.Techinal problems and unreliable infrastructure

4.Lack of adequate training and support

5.Classroom management difficulties

6.Unequal access to devices and connectivity

7.Curricullum and assessment alignment issues

8.Over-reliable on technology

9.Resistance to change

10.Data privacy and security concerns

The debate has taught that technology integration in education is not simply about providing devices or infrastructure, but about ensuring that teachers feel supported, confident, and empowered in using these tools. It has highlighted that while the government has invested in connectivity, training, and digital platforms, challenges such as unstable networks, technical failures, and overwhelming workloads remain genuine concerns for educators.

The debate has also taught that teachers’ voices and well-being must be central to any digitalisation effort. Without addressing their discomfort and providing continuous, practical support, technology risks becoming a burden rather than a benefit. At the same time, the discussion reinforced the idea that technology, when implemented effectively, can enrich teaching, expose educators to innovative pedagogical trends, and encourage students to engage in self-directed and exploratory learning.

Ultimately, the debate has taught that successful integration requires a balanced approach: strong infrastructure, effective training, ongoing technical assistance, and policies that prioritize teacher well-being. Only then can digitalisation truly ease workloads, enhance teaching quality, and empower students to thrive in the digital era.