“The Internet of Things (IoT) is a prevalent technology that provides communication and collaboration between physical and virtual objects. The growth in size and dimension depends on the level of development and this in turn impacts certain portions of our lives such as the educational sector”
~ Predictable Influence of IoT in Higher Education, IJDR (Bayani and Vilchez, 2017).
It was presented to the world by Kevin Ashton in 1999 while he was working at MIT, stating that technologies that drive IoT such as Radio Frequency Identity Devices and Wireless sensor networks.
These have allowed us to not only access the IP addresses but also have cloud storage and various other smart objects which can be tailored to become more ubiquitous in various areas of education.
They enable the virtual learning and digitalization process, resulting in several divisions such as virtual labs and much more! So, let us discover the world of IoT together through this article.
Smart LMS Powered By IoT
Learning management systems (LMS) or web-based technologies are software applications that have been gaining high popularity worldwide and are used mainly in planning, implementing, and assessing a given academic process.
Applying IoT to LMS could be bestowed with an abundance of advantages that can be a breakthrough in education system development. This is ascribable to the fact that:
IoT inclusion lets LMS systems furnish on-time analytics and personalized feedback loops:
These linked sensors observe and record the activity and performance of our pupils and provide immediate insights to teachers about every learner’s progress.
This allows the instructors to provide prompt assistance and recommendations, specifically designed for each student’s needs, which makes this pair tailored to their development.
Did You Know?
According to research conducted by Data Bridge, the global IoT learning market is expected to reach a whopping $35.70 Billion by 2030!
IoT device integration in LMS potentiates safety and security mechanisms in schools:
Smart sensors are capable of detecting potential dangers, maintaining air quality, and utilizing advanced technologies, for instance, facial recognition techniques to restrict access to only authorized personnel.
This level of situational awareness, thanks to the Internet of Things classroom, develops a security system, which, along with the didactic environment, is the best base for education that is successful for the learners.
The availability of IoT solutions provides a connectivity platform where collaborative and interactive remote classes can be taught via smart learning management systems:
Individuals can work as a team, no matter where they are in the world, since these collaborative tools such as tablets, digital pens, and wearables. This enables them to easily share resources and facilitate task coordination among dispersed teams.
With the possibility of bilateral data sharing and interaction options, this integration can better the future of the educational domain.
Integrating IoT in smart LMS can result in immersive and experiential learning:
Smart curricular systems can be empowered by digital devices like VR and AR to provide learners with interactive content and create highly stimulated academic environments.
This can enable learners to address multifaceted themes jointly, apply them to hands-on activities to make more sense of the subject under study, and acquire essential skills that can lead to productive educational outcomes.
Smart LMS powered by IoT can assist in establishing smart classrooms:
Smart learning environments are the best method for deepening children’s involvement and cooperation.
Some devices, like wearable devices, sensors, and technology-driven boards, have completely changed traditional classrooms into high-tech class environments. These allow the teachers to assess pupils’ classroom progress, manage their attendance, and fulfill administrative tasks.
Fun Fact!
According to research conducted by Webby Lab, the US market in the technological education sector is expected to reach $3.1 Trillion by 2030!
What are the Benefits of IoT in LMS?
IoT in LMS offers multiple benefits. Such benefits include:
- Assisting in collecting and transmitting real-time data that can be used to personalize classroom experiences, pinpoint areas that necessitate changes, and provide effective and timely interventions for student success.
- It can assist in dynamically tailoring educational resources and content to suit each learner’s unique needs, making the learner experience engaging and effective.
- Moreover, integrating the Internet of Things in LMS can help enhance interactivity, and collaboration, and improve learning outcomes.
- Learners can easily access educational materials, attend virtual classrooms from anywhere, and interact with peers to exchange information, promoting engagement and collaboration in digital learning.
- Faculty members can communicate and respond promptly to pupils, promoting their understanding of course materials.
IoT Solutions in Education
Technology in learning has served as a learning catalyst, contributing to the enhancement of the education sector. The advent of IoT has helped the academic domain climb the ladder of rising success. Several scholastic solutions exist that can help Educating institutions deliver quality outcomes. Such applications include:
Smart boards
The academic world has evolved and students have started enjoying interactive boards more than traditional blackboards.
Interactive whiteboards imply interactive whiteboards that educators use to project subject images. The pupils and teachers can interact with it by moving it across the classroom or writing on it.
Accuracy in attendance data
It can aid management in pulling out accurate attendance data that is not prone to human error.
IoT-based attendance systems can help calculate classroom attendance and generate personality, punctuality, and regularity reports effortlessly.
Significant safety
IoT sensors including hearing-impaired notifications, Wi-Fi clocks, audio enhancers, and emergency indicators can help detect issues and alert an institution instantly for correction.
Therefore, schools have started investing substantially in meters and sensors to avert dangers.
Adjusting Disability
It has become essential in enabling disabled children to learn as well as reflect on novel things.
Through this technological advancement, differently abled children can perform just like normal ones by learning and practicing novel things.
Tablets and mobile applications
IoT has aided in shifting the use of tablet and mobile applications from social networking and gaming to curricular achievements.
These gadgets now contain curricular themes, which readers can utilize for their studies. Research has demonstrated that this has significantly improved student’s grades.
Implementing IoT in Education: A Step-by-Step Guide
- The first step in implementing IoT in e-learning should involve assessing the academic goals that the institution is aiming to achieve.
- The second step should encompass pinpointing appropriate devices that align with the institution’s teaching strategies and curriculum.
- Next, the institution should implement strong security measures including regular audits, firewalls, and encryption to ensure that student data is protected and the network’s integrity is maintained.
- The fourth step should involve training teachers to ensure that they are conversant with the devices being used.
- The last step should involve incorporating them into the curriculum to ensure it effectively enhances learning.
The IoT And E-Learning: Today And Tomorrow
Currently, IoT has made it easy for learners to engage in learning without geographical limitations. Learners can now participate in online courses anywhere, anytime.
In addition, it has also transformed classroom content, as educators have been able to make content highly visual by incorporating images and videos for elaboration.
In the coming future, the examinations and tests will evolve as IoT is likely to ensure internet access across various wearables, including pens, shades/glasses, and sneakers.
With this, teachers will have no choice but to shift from requiring their pupils to write and remember things to asking them to search for things via the internet and augment them.
IoT development service will become easier with the incorporation of AI and ML, resulting in more engaging learning approaches. This will help in making the process more captivating and interactive in the future.
Conclusion
In a nutshell, IoT is creating collaborative E-learning environments that are significantly improving learner outcomes. The educational solutions are transforming and enhancing the quality globally.
They have enabled students to collaborate on school projects from anywhere and anytime, receive constant feedback on progress, and pinpoint areas for improvement.
However, with an increase in technological advancements, IoT is likely to present more avenues that will transform the academic sector, improving its outcomes even more.
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