Creating innovative & engaging opportunities for learners through emerging technology

Summary
At Bett Asia 2026, Dr Anusuya Kaliappan delivered a transformative session addressing how emerging technologies—specifically Artificial Intelligence (AI), Virtual Reality (VR), Augmented Reality (AR), and green technology—can be meaningfully integrated into Technical and Vocational Education and Training (TVET). Rather than focusing on technology procurement, Dr Kaliappan advocated for a problem-first, learner-centred pedagogical framework.

By shifting the core question from "What technology should we use?" to "What new opportunities can technology create for our learners?", she outlined a six-stage connected learner journey. This framework connects digital ideation and immersive rehearsal directly with hands-on workshop practice and sustainable decision-making, ensuring technology deepens authentic practical capability rather than replacing it.

The Paradigm Shift: Opportunities Over Tools
TVET has always been an applied discipline centred on practical execution: learners design, create, test, repair, troubleshoot, and manufacture. However, digital transformation in vocational education often suffers from superficial adoption—deploying AI platforms or VR headsets simply because they are fashionable, rather than because they solve an educational barrier.

Dr Kaliappan emphasised that true educational transformation occurs only when technology enables students to learn better—helping them visualize complex concepts, explore multiple alternative solutions, or overcome confidence gaps before entering physical workspaces. To achieve meaningful impact, emerging tools must serve as a bridge between three essential pillars:
 

• Learning: Deepening comprehension and critical evaluation.
• Practice: Rehearsing procedures and mastering physical skills.
• The World of Work: Aligning training with industry realities, sustainability imperatives, and professional judgment.

The 6-Stage Connected Learner Journey
Instead of treating AI, immersive tools, and sustainability as isolated topics, Dr Kaliappan presented a unified, sequential learner journey where each technology is introduced precisely at the moment it adds pedagogical value.


[1. Authentic Problem] ➔ [2. AI Ideation] ➔ [3. Immersive Prep (VR/AR)] ➔ [4. Workshop Practice] ➔ [5. Green Review] ➔ [6. Showcase]



Stage 1: Authentic Problem Definition
The learning process begins with an authentic, real-world challenge rather than a digital tool. Educators must first identify the specific learning barrier—whether a student struggles with idea generation, three-dimensional spatial visualization, or confidence in handling machinery. Technology follows the learning problem; it never leads it.

Stage 2: AI as an Exploration Partner (Not an Answer Machine)
A common challenge in design and technical education is "idea fixation", where students quickly select one initial concept and spend all their energy attempting to make it work, resisting alternative possibilities.
Here, AI serves as an exploration partner:

 

• Expanding Possibilities: Students use AI to ask probing questions, challenge assumptions, test alternative materials, and generate multiple design paths.
• Exercising Human Judgment: AI outputs must be rigorously evaluated by the student for technical feasibility, manufacturability, cost, and user appropriateness.
• Ethical AI Integration: Ethics is not taught as a standalone topic, but embedded directly into tasks. Students are required to verify AI claims against authoritative textbooks, check technical data, evaluate privacy, and acknowledge AI assistance.
• Core Principle: AI must create more thinking, not less thinking. The final decision remains strictly human.

Stage 3: Immersive Preparation via AR, VR, and 3D Visualisation
Before physically fabricating a design, students often encounter comprehension or access barriers due to equipment costs, safety risks, or limited workshop time. Immersive technologies bridge this gap:
 

• Virtual Reality (VR): Allows learners to experience environments and rehearse complex, hazardous procedures repeatedly to build confidence.
• Augmented Reality (AR): Overlays contextual digital information and technical specifications directly onto physical equipment.
• 3D Visualisation: Enables learners to inspect spatial relationships and internal components that are difficult to grasp from two-dimensional diagrams.

Immersive learning is not the final destination; it is purposeful preparation for physical practice.

Stage 4: Authentic Workshop Practice
Digital simulation must never become a substitute for genuine vocational practice. The primary destination of TVET remains the workshop, where learners engage with physical tools and materials—measuring, cutting, joining, assembling, testing, making mistakes, and learning how to rectify them. Digital preparation directly enhances physical performance, connecting digital competence with tactile execution.

Stage 5: Embedded Sustainability (Green TVET)
Sustainability should not be treated as an afterthought or a final checklist item. Green TVET principles must influence decisions throughout the design and manufacturing workflow:

 

• Pre-production: Selecting eco-friendly materials and using digital 3D modelling to spot flaws before wasting physical resources.
• Production: Optimising workflows to minimise energy consumption and material waste.

Stage 6: Showcase and Communication
The journey concludes with learners presenting and defending their work. Students explain the rationale behind their design choices, justify material selections, demonstrate problem-solving pathways, and articulate the practical skills they have acquired.

Pedagogy Over Procurement: Implementation Strategy for Leaders
For institutional leaders in TVET and Higher Education, digital transformation should not begin with purchasing hardware or signing software contracts. Dr Kaliappan advocated for an evidence-based roadmap that prioritises pedagogical intent over technology acquisition:

The Leadership Action Framework
 

Step	Action	Focus
1. Define	Identify Problem	Select one authentic learning barrier within a curriculum module.
2. Connect	Map Technology	Determine precisely where a specific tool strengthens the learning journey.
3. Pilot	Small-Scale Test	Trial the approach within a single cohort, module, or learning activity.
4. Evidence	Gather Data	Evaluate impact: Did understanding, accuracy, confidence, and waste reduction improve?
5. Build	Educator Capability	Invest in teacher training to align technical fluency with pedagogical judgment.
6. Scale	Institutional Rollout	Expand only those technological applications that demonstrably add educational value.

Instead of the traditional, flawed sequence of "Buy, Install, and Hope", leaders must adopt "Define, Connect, Pilot, Evidence, Build, and Scale". Institutions can start small by leveraging existing student smartphones, laptops, shared devices, and rotating learning stations.

The Multiplier Effect in Teacher Education
As a lecturer at the Institute of Teacher Education in Malaysia, Dr Kaliappan highlighted the strategic importance of educator training. When trainee teachers experience technology integrated purposefully—using AI for critical thinking, VR for safe preparation, and green principles for design—they carry those pedagogical habits into their future classrooms.

Developing pedagogical judgment in educators is essential because platforms, devices, and AI models will continually evolve. A teacher equipped with strong pedagogical judgment can adapt seamlessly regardless of technological shifts, creating a multiplier effect that positively impacts thousands of future learners.

Defining the Future-Ready Learner
Being "future-ready" entails far more than mere technological literacy. A truly valuable and irreplaceable workplace graduate combines technical competence with digital fluency, human critical judgment, environmental responsibility, adaptability, and clear communication.

Emerging technologies should not distract learners from vocational mastery; they should draw them deeper into it. The future of TVET lies in a balanced synthesis: hands-on, technology-enabled, sustainable, and career-ready learning.

Audio and written summaries powered by Gemini Notebook, a free generative AI tool grounded in your provided sources. Try Gemini Notebook for free. You can listen to the audio overview of the session here.