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Empowering STEM Education in Southeast Asia:

Mobile Digital Learning, Immersive Technologies, and Capacity Building

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Mr. Brad Ker

Director Digital Learning

Labtech International

General Manager

Labtech Academy

Trainer of Trainers in Digital Transformation

Labtech International

Council Board Member

Worlddidac Association

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About Labtech

Established since 1985, 40 Years in Industry:

Our long-standing presence since 1985 reflects a wealth of experience and stability in the industry.
Over the past 40 years, Labtech has witnessed and adapted to significant changes in education and technology, contributing to our credibility and resilience.

Originating from USA and based in Batam, Indonesia:

The dual origin from the USA and current base in Batam, Indonesia, highlights an international perspective and a global approach to STEM and TVET solutions.
Operating in Indonesia indicates a strategic location in a region with growing demand for technical and vocational education.

Regional Offices in Malaysia, India, Jordan, UK, and USA:

The presence of regional offices in diverse locations underscores our commitment to catering to the specific needs of different markets.
The offices serve as hubs for localized support, ensuring a more personalized approach to education solutions.

Supply STEM and TVET solutions to over 95 countries around the world:

Serving over 95 countries demonstrates our truly global reach, showcasing our organization's ability to adapt solutions to diverse cultural and educational contexts.
We have a strong international network and understanding of global trends and needs in STEM and TVET.

One of the leading and oldest STEM and TVET designers and manufacturers in the world:

Being a leading and longstanding entity in STEM and TVET design and manufacturing positions our organization as a reliable and trusted player in the industry.
Labtech’s experience translates into a deep understanding of educational methodologies and cutting-edge technologies.

Providers of total education solutions for STEM and TVET from Physical trainers to digital solutions for Education 4.0:

Offering a comprehensive range of education solutions, from physical trainers to digital solutions for Education 4.0, showcases adaptability to evolving educational paradigms.
This approach reflects an understanding of the importance of blending traditional and modern teaching methods.

Extensive STEM and TVET product range: The diversity in our product range across eight key technology areas suggests a broad spectrum of offerings, catering to a variety of disciplines.

This diversity indicates our commitment to providing holistic solutions that address the multifaceted needs of STEM and TVET schools and institutions.

ISO Certified in eight technology areas:

Having ISO certification in eight technology areas demonstrates a commitment to quality and adherence to international standards.
This certification signifies that our organization follows best practices in product development and service delivery.

Align ourselves with the needs of industry for STEM and vocational schools, and private training institutes around the world:

Labtech’s alignment with the needs of various educational institutions worldwide reflects a customer-centric approach.
This adaptability makes Labtech well-versed in tailoring solutions to the specific requirements of different educational entities

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EDUCATIONAL VALUES

Transformative and industry-based learning
21^st century skills - critical thinking, collaboration, creativity and communication, and I add lateral thinking, problem solving and leadership
There is a need to empower the youth, an undervalued resource
Promote the understanding of STEM for Sustainable Futures (Green Technology)
We should teach sustainability on all levels, and we should teach Peace

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Background & Rationale

Mobile STEM Learning – Virtual STEM

AI in Digital STEM

XR and Digital Twin Technologies

Capacity Building for Educators

Implementation Approach

Expected Outcomes

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CONTENTS

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Regional STEM Model

Industry Alignment

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Challenges & Opportunities

LIVE Demonstrations with Q&A

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Industry 4.0 requires rethinking STEM education.

Current STEM over-emphasizes Science & Math.

Technology & Engineering (sTEm) must be strengthened with practical, applied learning.

Background and Rationale

PRE-SURVEY

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“Industry 4.0 is transforming the way we live, work, and learn. It’s not just about digital technology — it’s about how automation, AI, robotics, and connectivity are redefining industries and jobs. To prepare our learners, we need to rethink STEM education.

For too long, STEM has leaned heavily on Science and Math. Of course, those are vital foundations, but they’re not enough by themselves. The real gaps are in Technology and Engineering — the parts of STEM that bring knowledge into action, turning theory into real-world solutions.

What Industry 4.0 requires are practical, applied skills: the ability to design, build, and innovate with technology. Learners need to practice with simulations, digital twins, and hands-on projects, so they’re not just learning concepts, but learning how to apply them to solve problems.

This shift — from STEM that is mostly theoretical, to STEM that is practical, applied, and industry-aligned — is what will make our future workforce truly ready for the challenges ahead.”

Industry 4.0 and even now 5.0 demands a new kind of STEM education. While Science and Math remain essential, we must strengthen Technology and Engineering with hands-on, applied learning. This is how we equip learners with the practical skills they need to thrive in the future economy.

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1,000+ interactive knowledge objects.

Physics, automotive, electrical, HVAC, renewable energy.

Anatomy, botany, zoology, microbiology, earth science.

Built using gaming technology, accessible via PC, tablet, smartphone.

Integrates with LMS: assessment, reporting, blended learning.

Mobile STEM Learning – Virtual STEM

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Adaptive learning pathways personalize progression.

Automated skill assessments using simulations & sensors.

Predictive analytics detect skill gaps & disengagement.

AI-powered virtual assistants guide learners in labs & simulations.

AI in Digital STEM

HANDOUT

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VR, AR & MR immersive environments.

Digital twins link physical trainers to virtual counterparts.

Enables remote monitoring, fault simulation, performance tracking.

Learner's practice troubleshooting in safe, risk-free environments.

XR and Digital Twin Technologies

HANDOUT

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2-Day Teacher Training – digital STEM classroom tools.

3-Day Digital Transformation Workshop – planning & curriculum redesign.

5-Day Leadership Workshop – institutional strategies.

Capacity Building for Educators

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“Of course, technology alone isn’t enough. Teachers are the real game changers. That’s why we provide capacity building programs — from 2-day STEM teacher training, to 3-day digital transformation workshops, to 5-day leadership programs for school heads. We don’t just hand over tools, we train educators to use them effectively and sustainably. Every program comes with certification and practical activities to ensure skills stick.”

�Teacher training ensures sustainability. Empowered educators are the backbone of successful digital STEM transformation.

A powerful Digital STEM Framework is critical

1. Infrastructure – The Backbone of Digital STEM

Infrastructure refers to the physical and technological foundations that enable digital teaching and learning.

Key Elements:

Physical Devices: Computers, tablets, projectors, VR/AR headsets, and interactive smart boards.

Internet Connectivity: High-speed, stable connections to ensure seamless access to online resources and platforms.

Power Stability: Backup generators, UPS systems, and solar solutions to prevent disruptions.

Smart Classrooms: Integrated environments combining hardware, audio-visual tools, and interactive technologies.

Why it matters: Without strong infrastructure, even the best digital content and policies cannot function effectively.

Example: A rural STEM school installing a hybrid power backup and satellite internet, enabling consistent online lessons despite local power outages.

2. InfoStructure – The Digital Systems & Tools

InfoStructure is the digital ecosystem that supports content delivery, interaction, and analytics.

Key Elements:

Digital Platforms: Learning Management Systems (LMS) like Moodle, Canvas, or even Google Classroom.

Immersive Content: 3D simulations, XR training modules, and interactive e-learning materials.

Virtual Simulations: Automotive diagnostics, welding simulators, and renewable energy virtual labs.

Analytics Tools: Data dashboards that track learner engagement, progress, and competency mastery.

Why it matters: These tools transform traditional learning into interactive, engaging, and data-driven experiences.

Example: Using a simulator in a STEM program reduces material waste and allows students to practice unlimited times without safety risks.

3. InfoCulture – The Human & Policy Dimension

InfoCulture is about the mindset, leadership, and policies that ensure digital transformation is sustainable.

Key Elements:

Leadership Engagement: Directors and administrators championing the digital vision.

Supportive Policies: Clear guidelines for digital resource use, cybersecurity, and e-learning standards.

Faculty Capacity-Building: Ongoing training for teachers in digital pedagogy and tool use.

Curriculum Alignment: Ensuring content, delivery methods, and assessment align with industry needs.

Mindset Shifts: Encouraging innovation, adaptability, and lifelong learning among both staff and students.

Why it matters: Culture determines adoption. Without buy-in from leadership and staff, even the best tools will remain unused.

Example: A STEM school introducing a “Digital Champions” program where trained faculty mentor peers in integrating technology into their lessons.

Interaction Between the 3 Pillars

Infrastructure provides the hardware and connectivity.

InfoStructure delivers the software, content, and analytics.

InfoCulture ensures people and policies drive sustainable adoption.

Without one, the others fail to reach full potential — the three must be developed together.

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Pilot projects in INNOTECH network schools.

Educator training & leadership programs.

Deployment of mobile kits, XR labs, digital twin systems.

Evaluation with LMS analytics before scaling regionally.

Implementation Approach

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Increased learner engagement through immersive STEM.

Teachers confident in digital teaching methods.

A regional STEM model scalable across Southeast Asia.

Industry-aligned programs preparing learners for Industry 4.0.

Expected Outcomes

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Combines mobile learning, immersive tech, and capacity building.

Aligns with Industry 4.0 & Education 4.0.

Sustainable, scalable, and adaptable across the region.

Regional STEM Model

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POLL QUESTIONS

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Digital manufacturing, science labs, & smart factories.

Renewable energy & smart mobility.

Core skills: AI, IoT, XR, and simulation-based problem-solving.

Workforce equipped for global competitiveness.

Industry Alignment

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Challenges

Limited infrastructure in some schools.

Teacher readiness for digital integration.

Opportunities

Regional collaboration & knowledge sharing.

Leverage Labtech’s global expertise.

Strong demand for Industry 4.0 skills.

Challenges and Opportunities

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Labtech Academy – interactive STEM content.

Mixed Reality Applications – immersive teaching tools.

zSpace Systems – interactive 3D learning experiences.

LIVE Demonstrations

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Questions and Answers

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brad@labtech.org