Transforming IoT Labs: A Personal Look at Solving the Biggest Challenges in IoT Education

FAVORIOT STORIES

Solving IoT Education Problems

When I started exploring the world of IoT, one of the first things I noticed was how fragmented the ecosystem seemed.

Every project required a different set of tools, and connecting the dots — devices, platforms, and data — felt like piecing together a jigsaw puzzle without knowing what the final picture would look like.

That’s when the idea behind FAVORIOT — an IoT ecosystem — truly clicked for me.

I didn’t want to create just another IoT platform; I tried to solve real problems that educators, students, and developers face daily.

Let me take you through it in my own words.

The Real Problem with IoT Education

During one of my visits to a university, I candidly chatted with an educator who shared their frustrations about their IoT lab.

We have the hardware,” they said, pointing at a table full of Arduino boards and sensors. “But the students never get the complete picture. They build projects, but these projects live in isolation, never really demonstrating what IoT is capable of in the real world.” That conversation stayed with me.

I started asking others in the field; the story was the same everywhere. Students spend more time figuring out middleware and less time learning how IoT could transform industries.

And worse, most of their projects died after submission — no data continuity, no way to scale, and no means to manage the work if they wanted to revisit it later.

That’s when I realised we needed to bridge this gap.

Enter FAVORIOT: Built with Real Challenges in Mind

When we designed the FAVORIOT IoT Ecosystem, we didn’t start with features — we started with problems.

Could we make it effortless for students and developers to integrate their devices into an IoT platform? What if educators could easily create a complete IoT lab experience without assembling a dozen tools? These questions drove our design.

I remember thinking, “It’s not about cramming features into a platform; it’s about solving headaches.”

Take, for example, the issue of middleware. I’ve seen students spend weeks deciding which middleware to use, only to hit a wall regarding implementation.

FAVORIOT eliminates this by offering a ready-to-use IoT platform that handles device management, data ingestion, and visualisation — all in one place.

What Does This Mean for Educators and Students?

Let’s go back to that IoT lab I visited.

Imagine if those Arduino boards and sensors were connected to FAVORIOT. Suddenly, students wouldn’t just be building isolated projects; they’d be building scalable IoT solutions.

They’d learn how to send real-time data from their devices to the cloud, process and analyse it, and visualise it for meaningful insights. Isn’t that what IoT is all about?

And for educators, the value is clear. “How do I make IoT exciting for my students?” an instructor asked me. FAVORIOT gives them the tools to answer that question.

Providing a complete ecosystem lets them focus on teaching concepts rather than troubleshooting technical hurdles.

Students get hands-on experience with a real-world IoT platform, and educators see their students’ potential fully realised.

Solving the Continuity Problem

One of the most significant pain points I’ve heard is the lack of project continuity. Students build something impressive, present it, and then… it’s gone.

There’s no scalable database to store the data, no device management to maintain the system, and no way to build upon the project later. FAVORIOT changes that.

Features like data storage and device scalability ensure that every project has a future. “What if your final-year project could become the foundation for your startup?” I often ask students, and their eyes light up at the possibility.

Real Impact, Not Just Buzzwords

Sometimes, I ask, “What’s the difference with FAVORIOT?

For me, it’s the focus on solving practical problems. It’s not just another IoT platform; it’s a tool designed to empower users.

One educator shared how FAVORIOT transformed their teaching approach. “Before this, our IoT projects were disconnected. We have a complete ecosystem that lets students see the bigger picture,” they told me.

Hearing that kind of feedback reinforces why we do what we do.

Preparing Students for the 4IR

As we move deeper into the Fourth Industrial Revolution (4IR), IoT skills are no longer optional but essential.

FAVORIOT helps students develop these skills in a meaningful way.

They learn not just how to connect devices but also how to create solutions that can scale and adapt.

And because the platform is affordable, it’s accessible to institutions that might otherwise struggle to provide such opportunities.

A Personal Vision

Creating FAVORIOT wasn’t just about building a product and making an impact.

I often reflect on how my technological journey began with curiosity and access to the right tools.

I wanted to give today’s students the same chance to explore, innovate, and excel. FAVORIOT is more than an IoT ecosystem; it bridges education and industry, ideas and implementation.

Wrapping Up

If there’s one thing I’ve learned, technology is only as good as the problems it solves.

FAVORIOT solves real problems in IoT education and development, empowering users to build solutions that matter.

And for me, that’s what makes all the effort worthwhile.

So, the next time you think about IoT, ask yourself: Are you just building devices, or are you building solutions?

FAVORIOT is here to help you do the latter.

The Best Universities in Malaysia That Offers IoT Courses or Programmes

The Universities That Implement and Embrace These Traits Will Become the Leaders in IoT Education

Image created using Canva by Author

“The spark of IoT innovation will transform students into architects of tomorrow’s interconnected world.”

Which Universities offer the best IoT education in Malaysia?

But how do we define the best IoT education?

As someone involved in building the IoT curriculum for universities and TVET institutions in Malaysia, I would like to share my perspectives.

Malaysia’s approach to weaving IoT into the academic fabric is cultivating a future workforce ready to navigate and shape the technological frontiers of the local industries.

How many Malaysian universities architect their IoT academia, spotlighting their holistic course offerings, cutting-edge lab environments, synergistic industry ties, and scholarly faculty?

Let’s dive deep into the traits of IoT Education leaders.

Crafting a Multifaceted IoT Curriculum

“Through the loom of academia, the comprehensive IoT curriculum weaves together the essence of innovation and application, shaping the pioneers who will navigate the technological frontiers of tomorrow.”

An exceptional IoT program must be characterized by its comprehensive and multidisciplinary curriculum, addressing all critical facets of IoT technology:

  • Embedded programming
  • Programming languages
  • Microcontrollers
  • Fundamentals of telecommunications (connectivity options)
  • Data communications (protocols)
  • Middleware (IoT Platforms such as Favoriot, Azure IoT or ThingSpeak)
  • Mobile or web development.

Furthermore, it should delve into specialized skills such as:

  • Data Analytics
  • Machine learning
  • IoT security

The curriculum’s design within these universities must be meticulously crafted to provide a deep dive into IoT’s theoretical underpinnings and practical applications, ensuring a well-rounded education.

Laboratories Equipped for the Future

“Within the crucible of our labs, theory is transformed into action, where every experiment brings us closer to the future we’re not just predicting but creating.”

Hands-on experience is indispensable in IoT education, necessitating laboratories with the latest IoT tech.

These labs are incubators for innovation, where students engage directly with IoT devices, navigate programming challenges with microcontrollers, explore connectivity through various protocols, and send data to the IoT platform.

They have become adept in harnessing IoT platforms (such as Favoriot) for:

  • Data aggregation
  • Understanding the IoT protocols such as MQTT, REST, or CoAP
  • Mastering the art of data visualization and analytics.

This hands-on approach is critical, bridging the gap between theoretical knowledge and real-world application, ensuring graduates are proficient in both.

Fostering Industry-Academia Synergies

“The bridge between academia and industry is built on shared visions, where classrooms extend into the real world, and students emerge not just as graduates but as pioneers of IoT innovation.”

The symbiosis between academia and industry is a cornerstone of IoT education.

Universities with robust industry connections offer students unparalleled access to real-world IoT projects, internships, and the chance to earn IoT Professional Certifications.

These collaborative ventures are more than educational enhancements; they are a conduit to the practicalities of the IoT landscape, preparing students for the dynamic challenges of the industry.

Scholarly Faculty: The Pillars of Excellence

“Behind every great innovation in IoT, there stands a mentor from academia, whose wisdom lights the path from knowledge to wisdom, from classrooms to the cosmos of technology.”

The caliber of an IoT program is significantly uplifted by the faculty’s expertise and industry experience.

The distinction of Malaysian universities in IoT education can be attributed to their accomplished faculty, whose academic rigor and practical insights equip students with a profound understanding of IoT’s technical and business dimensions.

Their guidance ensures students are well-versed in the latest technological advancements and prepared to navigate the complexities of the IoT ecosystem.

Envisioning a Future Forged by IoT Expertise

“In the realm of IoT education, Malaysia is not just a participant but a visionary architect, crafting a future where technology serves as a bridge to an innovative, interconnected world.”

Malaysian universities are at the vanguard of global IoT education, heralding a new era of technological leadership.

By offering a curriculum that is both comprehensive and cutting-edge, fostering hands-on learning through advanced labs, cultivating industry partnerships, and being home to esteemed faculty, these institutions are laying the groundwork for IoT innovation.

The burgeoning demand for skilled IoT professionals underscores the significance of their mission, positioning these graduates as pivotal contributors to the local and global technological landscapes.

The achievements of these educational programs transcend national boundaries, marking Malaysia as a critical influencer in the IoT domain’s future direction.


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Malaysian Higher Education Institutions Using Favoriot IoT Platform

A Comprehensive List

Image created using Canva by Author

Awareness and education are among the most important elements when introducing new technologies, especially in the era of IR 4.0.

Although IoT was coined by Kevin Ashton (the Father of IoT) in 1999, IoT has taken a faster pace in 2014 and later became one of the core technologies for IR 4.0.

Without data (from IoT), there will be no intelligence.

IoT became the word of the day in Malaysia when Malaysia’s Industry 4WRD strategic framework was introduced in 2018.

https://iotworld.co/2018/10/industry-4wrd-malaysia-national-policy-on-industry-4-0/

Here’s when the topic of IoT became very hot in higher education institutions.

Either a new syllabus content in IoT that is more comprehensive or the existing syllabus that needs to be refreshed with the latest trends and tools.

This is where Favoriot plays a critical role in enhancing the learning of IoT within higher institutions — it has become one of the critical tools for students and lecturers alike.

The lecturers used Favoriot as a teaching tool and for their research projects.

The students use Favoriot as their learning tools and for their final-year IoT projects.

https://iotworld.co/2018/10/industry-4wrd-malaysia-national-policy-on-industry-4-0/

Below is the list of the higher education institutions that have adopted or embraced their teaching and learning. (Note: Kindly contact me if your organization is not listed here)

  1. Universiti Malaysia Trengganu (UMT)
  2. Monash University
  3. German-Malaysia Institute (GMI)
  4. Universiti Kuala Lumpur (UniKL) — MIIT & BMI
  5. Universiti Islam Antarabangsa (UIA)
  6. Universiti Tun Hussein Onn Malaysia (UTHM)
  7. Universiti Sultan Zainal Abidin (UniSZA)
  8. Universiti Teknologi Malaysia (UTM)
  9. Universiti Malaysia of Computer Science and Engineering (UNIMY)
  10. Asia Pacific of Technology and Innovation (APU)
  11. Universiti Malaysia Sarawak (UNIMAS)
  12. Universiti Teknologi Malaysia (UiTM)
  13. Universiti Sains Malaysia (USIM)
  14. Kolej Kemahiran Tinggi MARA
  15. Universiti Malaysia Pahang (UMP)
  16. Universiti Malaysia Perlis (UNIMAP)
  17. Institut Teknikal Jepun Malaysia (JMTi)
  18. Universiti Teknikal Malaysia Melaka (UTeM)
  19. Universiti Putra Malaysia (UPM)
  20. Malaysia-Japan International Institute of Technology (MJIIT)
  21. Universiti Pendidikan Sultan Idris (UPSI)
  22. Universiti Pertahanan Nasional Malaysia (UPNM)
  23. Multimedia University (MMU)
  24. Politeknik Malaysia

Favoriot IoT platform has been introduced as part of the syllabus, project tool, and lab.

Interested parties can contact Favoriot (info@favoriot.com) for an appointment or further details.


Download three eBooks: (1) IoT Notes (2) Mastering IoT with Favoriot: A Comprehensive Guide for Businesses and Educational Institutions (3) Internet of Things (IoT): A Beginner’s Guide.

https://iotworld.co/2018/10/industry-4wrd-malaysia-national-policy-on-industry-4-0/https://iotworld.co/2018/10/industry-4wrd-malaysia-national-policy-on-industry-4-0/