Learn how IoT transforms the education industry by revolutionizing learning environments, enhancing student engagement, and improving academic outcomes.
The booming demand in the education market gingers up the competition, making many owners of education products rethink their strategies. Smart IoT solutions for education can become a growing point for such businesses. Implementing IoT-based solutions helps educational startups and classical institutions not only hold their market share but also take the technological lead and gain a competitive advantage in the field due to a number of benefits.
Having successfully conquered such areas as health, industry, and finance, IoT remains less popular in education. But, technological backwardness is not something we can blame educators for.
Schools and universities around the world are taking confident steps towards smart education IoT solutions to make educational plans up-to-date and engaging for students. It also helps them improve school management and administration processes, make the most of the resources and increase the financial return on investment in the education business.
Let’s look at how universities and schools can enhance the learning routine with IoT applications and devices. We are going to give some successful examples and remind you about challenges, together with ways to overcome them, when implementing IoT in the education industry.
Even the most conservative institutions were to make a radical turn towards technological advances because of COVID-19. The pandemic has become an outstanding accelerator for the widespread adoption of technology in education. This sector has been one of the hardest hit due to the restrictions imposed in response to the epidemic. In the spring of 2020, schools around the world were forced to close their campuses and move quickly to online learning. It was a challenge not only to traditional training models but also to the financial sustainability of this business.
The shift to distance learning benefits the blooming of IoT in education. By the same token, IoT challenges the traditional education system, enabling learning outside traditional classrooms and libraries. It is already changing the game in education, which cannot be overlooked.
The request for IoT in the education industry is expected to grow at a double-digit pace yearly in the next 8 years. It is most likely there will be fewer schoolers in the world that have not tested this technology, than those who already have. The spreading of IoT-enabled gadgets, the expansion of storage capacities, and the cheeping of cloud services, as well as the growing demand for trendy education, will be the accelerators for demand.
The education market in the US was estimated at $1.4 trillion in 2021, with an expected average growth rate of 4.2% to $3.1 trillion by 2030. Experts believe that high growth rates will be associated with both the increasing role of education in the United States, rising consumer spending on education, and the development of smart technologies. The North American region will move the market forward, remaining the main source of income. The emerging markets will also form a significant part of the demand, as governments are seeking to close the education gap with the Western world.
Innovations in education appear in response to pandemics and other challenges but are not limited to this. Pioneers of the market who have been adopting IoT in education market for more than a decade have other goals than just ensuring the continuity of the learning process. They have long been implanting personalized approaches to learning, improving curriculums, collecting data to study students’ preferences, bettering the quality of teacher training, and so on.
The Internet of Things is the very technology that can help in finding a successful response to the challenges of growing competition and financial stability. Analysts expect the global IoT in the education market will grow from USD 6.01 billion in 2020 to USD 17.42 billion by 2028, increasing an average of 14.22% per year during the forecast period. The rising use of connected devices, rapid adoption of e-learning, and increase of cloud-based solutions available are expected to be the main reasons IoT in the education market will be evolving.
Nowadays, the market is also affected by the ongoing Russian aggression in Ukraine, due to which many schools and universities were destroyed, and millions of schoolchildren and students became refugees.
The Internet of Things has revolutionized the education system. Educational technology improves the operational efficiency of schools, colleges, and universities, enabling them to improve their financial performance and respond more flexibly to changing student demands.
Just imagine what the net of interconnected devices and physical objects like the Internet of Things may mean for an educational institution. You can build a smart system that will collect data through sensors and remotely control lighting, locks, heating systems, school bells, and water supply via the Internet.
IoT allows users to implement learning management systems. With the help of it, teachers can remotely structure the educational process, and track the effectiveness of educational programs and students’ progress. As for students, they can take courses, tests, and exams at a convenient time and in any place. The system also allows you to get any necessary information on the course, videos, and textbooks in one place. Using IoT devices for education is also great at providing real-time access to such resources.
Another role of IoT in the education industry is application management solutions. Enterprise-grade IoT applications are at the heart of the smart sensor ecosystem. They allow you to make quick decisions and better manage education as a business. Applications enable extracting data, processing it, making data-driven education decisions based on this data, or initiating changes. If you consider education as a business, IoT applications are the tool that can both give you a head start in a highly competitive market and significantly increase your income.
The IoT, a network of interconnected devices that collect and exchange data, is rapidly transforming industries, and education is no exception. From smart classrooms to personalized learning, let’s explore the exciting benefits that IoT brings to the learning landscape.
A post-pandemic McKinsey study found that educators and students highly value the use of new IoT technologies in the educational process, but believe that in the future they can get even more benefits in case of broader implementation.
Teachers notice changes for the better in student progress, and learners positively rate the experience with technology as effective and interesting.
Other studies show that students demonstrate the best assimilation of educational material when it is facilitated by the alternation of already known information with new, in an approximate proportion of 80 to 20. But how do teachers know what exactly is already learned, and what is new for a particular student? This is where IoT devices will help with the ability to collect real-time data on the level of attention and mood of students. For example, a device can send an alert to a teacher when a student is having difficulty.
Creating interactive learning environments using AR-enabled wireless smart whiteboards and interactive content, note-taking digital textbooks, and virtual reality headsets could completely reshape the classroom experience for students.
IoT allows professors to focus on a personalized approach to each student, which learners especially appreciate. Experienced industry professionals know for sure that a one-size-fits-all approach does not always work. IoT sensors in education will help educators plan lessons based on the needs of every student, while robotic solutions enable the personalization of curriculum content and pace based on how students respond to questions or solve test tasks. Experimenting with these formats and smart devices, teachers get an opportunity to better understand what teaching methods work and don’t work for students.
The Internet of Things also helps students with special needs learn more effectively with the use of connected learning devices and aids. These can be, for example, text-to-speech converters or virtual reality headsets.
After all, the ability to access information anywhere allows students to learn at their own pace or create the same comfortable learning environment at home that they get in the classroom.
The IoT solutions for the education sector gives teachers the opportunity to do more creative work and constantly improve their skills, instead of wasting time on bureaucracy and routine. For example, with the development of connected technology, educators no longer need to manually grade paper exams, check notebooks, fill out endless syllabuses and reports, or spend hours on other standard activities. Note-taking, schedule checking, and research tasks can be automated using IoT devices.
Connected IoT devices in education also help automate attendance statistics, control the location of students in a school or college building, and inform parents about student progress and highlights in the educational process.
Automation can also be beneficial for students, as it helps, for example, to transcribe lessons using smart microphones. So they can save the record of the course, play it again, make notes inside the program to return to them later, and so on.
Schools will benefit from reduced operating costs and enhanced energy efficiency using the Internet of Things. Most commonly, the biggest expenses of schools and universities are for energy and other resources.
The advantage of IoT devices is that they can turn off lights, water, air conditioner, or projector if students forget to do so. Administrators can do this with just one click from a mobile device, even being far from the location. Or even set up automatic control of IoT in consumer electronics without human intervention. In such cases, the level of lighting, and the temperature in the rooms will be adjusted depending on the time of day or the weather conditions.
Combining IoT devices with AI algorithms enables analyzing data and modeling trends in the use of certain premises. They are also able to find rooms where you can optimize consumption. With a system of advanced intelligent sensors, you will make the building itself always understand where and what exact number of people are inside and what equipment they are using. All this lowers utility costs and allows enlarged investment in the educational environment.
The use of IoT in education makes the learning environment more secure due to the adoption of smart cameras, smart ID cards, and smart access control. Attackers have become more cunning nowadays, so manual ways of protection and familiar methods may no longer work.
You can consider such solutions as video monitoring to detect intruders on school premises, or RFID technology, which is useful to track the whereabouts of each student. By the way, such systems can also be relevant for the educational process: for example, to control attendance punctuality.
IoT devices with leakage or smoke sensors will protect not only educators and students but also the infrastructure of educational institutions. All mentioned will work to create a secure environment in the learning campuses and make the staff and students feel more safe and protected.
Let’s look at specific solutions that have been successfully implemented and are already helping to make the learning experience more versatile and deep, and the process of educational management more effective.
The developers of the SmartBus application of the US company Kajeet have set a goal to help schoolchildren get safe and free access to the Internet while traveling on a school bus. The product includes a router for Wi-Fi and 5G signal transmission, as well as the Kajeet Sentinel cloud platform. Due to the built-in security IoT protocols, children can only connect via Internet to secure sites related to learning, as well as do their homework.
Up to 65 students can connect at one time, making SmartBus convenient for daily bus routes, athletic buses, field trips, mobile STEM labs, and bookmobiles. The manufacturer emphasizes that the service helps bridge the digital divide for those children who do not have Internet access at home, as the number of such children in the US is estimated at 30%. In addition, with the help of SmartBus, the school administration department can remotely receive complete information about the movement of the bus, which helps in ensuring safety.
LocoRobo makes products that help students learn computer science and robotics within K 12. One of the company’s solutions is My Loopy, an interactive high-tech robot that plays games, tells jokes, and is aimed to make it fun to learn early STEM and coding concepts. The robot uses AI and high-tech IoT sensors to learn, grow and react to the world around him. Loopy responds to touch, light, sound, proximity, temperature, and motion with more than 250 phrases and responses.
It is made for kids as young as four and can be used with or without an app or additional device. When paired with the free My Loopy app, My Loopy can help teach coding and STEM with a colorful, easy-to-use, programming block interface. Little users may learn how to change the color and pattern of Loopy’s lights, set his eye animations in motion, give him a script of funny phrases to say, make new music for him to play, and more.
IPEVO develops teaching tools, including document cameras, that can optimize remote education and help teachers abandon old-fashioned methods switching to new modern technologies. IPEVO cameras allow users to show what their cameras see, either on a big screen see or in an online conferencing app.
Together with IPEVO’s Visualizer software, the video feed can be displayed from the computer camera, recorded, and modified with features like zooming, stop-motion, video filters, and much more. It means that teachers may create flipped classroom videos with software such as Seesaw, Camtasia, or OBS. They also can use the doc cam as a webcam for video conferencing or remote teaching via communication software such as Zoom, Skype, or Google Meet. At the same time, the company claims that it avoids overloading devices with unnecessary features to keep the price of the product low and affordable for students and educators with different financial capabilities.
The producer of learning and communications solutions from San Francisco, SweetRush has got a challenge from its big client in the financial sector to improve performance of the call center. They wanted to increase customer satisfaction and improve personnel’s knowledge of available credit card products. Previously, they used to get training in the classroom, but it wasn’t a gainful answer to the problem.
SweetRush offered a new training IoT solution for the educational sector, a conversation simulator, that blends a goal-based scenario with a branching social simulation. An educator may choose their avatar/character and follow the storyline of an upset customer who has just received her credit card bill after traveling in Europe. An agent and the program role-play their responses, and the trainee is able to follow in real time the customer’s satisfaction via a mood meter as feedback. The applications also use tools like competitive games and audio/video animation that help to increase participation and retention. Such an interactive conversation simulator may be a model for best practices in call center training, as well as a good example of applying IoT-based decisions in different businesses.
Magicard is a developer and producer of ID card printing technologies and devices. It manufactures printers for issuing personalized contactless plastic cards, like those we all use for entering offices or other buildings. Magicard printers are wide-known for their built-in card security features, including the secure watermark and digital shredding.
In addition to ID card printers, Magicard offers other products that include ID card issuance software and smart cards. Magicard printers can encode smart cards in-line with printing.
Used by teachers or students as personal electronic keys at universities, Magicard cards provide them safe access to education campuses, classrooms, faculties, or science labs, securing from unauthorized entry into the territory of suspicious persons. Along with this, MagiCard printers are able to print cards that help track students’ usage of library resources, or timely submitting of their assignments. Students can use smart cards to pay for services within the university or store their medical information and emergency contacts.
Many schools across the US have implemented IoT-based security systems to improve safety. These systems typically include connected cameras, smart door locks, and motion detectors. They regulate building entry, allow security personnel to monitor areas remotely, and send instant alerts if suspicious activity is detected.
For example, in Schenectady, New York, the City School District has installed security scanners at the high school entrances to improve safety. The system aims to detect weapons or prohibited items efficiently through walk-through metal detectors and smart bag scanners.
More and more educational institutions are implementing IoT sensors and smart meters to manage energy consumption, reduce waste, and create more sustainable learning environments. This is often achieved through smart energy management systems that track energy use in real time and adjust lighting, heating, and cooling based on occupancy or time of day.
The leading universities in the US have already adopted sustainable infrastructure. For instance, Stanford University and the University of California use smart lighting and HVAC systems to adjust brightness and temperature, significantly reducing operating costs.
Even as many colleges and universities are interested in using IoT solutions to support student learning, some difficulties become a barrier to the widespread adoption of its tools. Let’s look at some of them, as well as solutions that can be an answer to these challenges.
One of the disadvantages of IoT in education is the growing number of connected IoT devices and sensors, which makes networks more vulnerable to cyberattacks, causing reasonable consumers’ concerns about a possible leak of data. Threats like data theft, “fishing” activity, man-in-the-middle attacks, ransomware, and so on are not excluded. Such situations can have an extremely negative impact on the reputation of the educational institution and create serious problems for students.
What you can do. Do not ignore following all security policies to protect data, and do your best to raise awareness of students and staff about digital hygiene. Don’t save on protective measures and contingency plans for the event of cyber threats. Use only trusted solution providers who apply only best practices and the latest security technologies for their products.
Financial resources play a crucial role in the integration of IoT devices and software in the education environment. These expenses include not only the expenses of purchasing hardware, software licenses, and maintenance price of IoT tools, but also spending on the power supply and teacher training. You should also take into account sufficient bandwidth and reliable Wi-Fi connectivity. All this could be the most challenging issue for public-funded schools or big institutions, requiring a lot of resources given the scale of implementation.
What you can do. Manufacturers are doing their best to reduce the cost of the IoT solutions for education and make them available to as many students as possible. Perhaps you should hire a consultant who will select a product on the market that is not the most widely advertised, but perfectly suitable for your tasks. Another option is to order a custom solution yourself from a vendor with extensive experience, which allows you to eliminate unnecessary features and focus on exactly what you need.
IoT devices generate a huge amount of data that needs to be stored and processed. The local infrastructure some institutions engage for data storage is likely too outdated and unstable to empower connected IoT-based solutions. It interferes with uninterrupted data transfer and may cause the malfunction of devices. But what is even more important, it increases the risk of sensitive information leakage or data loss in the event of a cyber threat.
What you can do. When implementing IoT solutions in education, university or school management needs to choose a reliable computing platform and data tools. Using cloud-based storage systems, you can store a massive amount of data. We advise also keeping multiple copies at different places to ensure your data is safe even if one facility is down.
Read also: Internet of things (IoT) in consumer electronics market: 5 Top Use Cases
As our world moves onward, we require educational tools to enable teachers to keep up with the latest achievements of science and progress. Applications of IoT in schools and universities allows educators to put on digital tracks the learning process and make it more efficient and streamlined. Today’s technologies give us limitless possibilities, and even if the use of IoT applications in education is still associated with some difficulties, such as high cost or security issues, but as they improve, all these barriers will certainly be removed. Anyway, you can start getting all the benefits of IoT in education right now.
Webbylab creates complex IoT solutions for education, managing the entire process from concept to finished product. Our team consists of experts with deep knowledge in the field of IoT, including developers, designers and QA engineers. We provide solutions for both large enterprises and start-ups.
We can consult you at any stage of your IoT project, as well as help you to validate your IoT business idea, offer a range of implementation options, share our professional expertise. Furthermore, we use for development a Proof of Concept approach, what helps you get the maximum out of your IoT software development with the smallest costs.
One of our projects related to education was the grandexpo.school learning management platform, that we created and launched in a limited amount of time. You may also be interested in our experience in creating a smart home system, together with such products as control system Propustator with a line of access controllers and firmware for them, automation platform for connecting a smart home or industrial facilities 2Smart Standalone, or security robot prototype with the ability to remote control and video surveillance via a mobile application.
So If you want to create your own ecosystem or bring added value to your clients, making devices smart, please feel free to contact us. We’ll be happy to support you through all the stages of the creation of the new IoT solution development, including IoT consulting, acceleration, and integration, both in hardware and software.
Written by:
Head of IoT at Webbylab
With a robust academic background in Telecommunication Systems Engineering, I apply my knowledge to lead innovations in the IoT domain. Starting as the first team member in the newly formed IoT department at WebbyLab, I've spearheaded its growth, fostering the expansion into embedded and hardware development alongside our core software projects. My dedication lies in pushing the boundaries of IoT technology, fostering a culture of innovation and excellence that profoundly impacts our clients' operational success.
The key elements of a smart education system using IoT could be the following: student attendance monitoring, special education, e-learning, elements of safety, applications for connecting per-to-peer professionals, evolving methodologies, tools for improved resource management, robotic learning decisions, and many others. You may order a custom solution, which allows you to eliminate unnecessary features and focus on exactly what you need.
The Internet of Things in education can help in finding a successful response to the challenges of growing competition and financial stability. Benefits of IoT in the education sector are obvious. Schools will benefit from reduced operating costs and enhanced energy efficiency using the Internet of Things. IoT solutions lay the groundwork not only for more efficient school management but also for better experience for all participants in the learning process, both for teachers and students. You can improve attendance statistics, help scholars get better results on assessments, enhance their safety in campuses, offer broader opportunities for remote students or children with disabilities, and much more.
For example, an interactive smart whiteboard allows a teacher and students to collaborate on the same document and share it with the entire class in real-time (but is far from limited to this). Small robots give an opportunity to explore complex STEM topics playfully, while digital learning tools like a digital pen enables converting any type of handwritten communication into electronic files instantaneously, just by writing on special digital paper or directly on a selected computer screen. You can build a smart system that will collect data through sensors and remotely control lighting, locks, and heating systems in the classrooms.
Even though many colleges and universities are interested in using the Internet of Things and education solutions to support student learning, some difficulties become a barrier to the widespread adoption of its tools. High implementation costs, privacy, security challenges, or inappropriate infrastructure for storing and processing data are among them. You should properly follow all security policies to protect data and not save on protective measures and contingency plans for the event of cyber threats. Use only trusted solution providers who apply only best practices and the latest security technologies for their products. Don’t forget to ensure using a reliable computing platform and cloud-based storage system. You also should take into account such factors as regulations in the local area of implementation, user experience features and opportunities for future scaling of the project.
IoT education helps schools improve security, save energy, and create better learning environments. It allows for real-time monitoring, automation, and data-driven decisions, so schools can manage resources more effectively, keep students safer, and provide smarter learning environments with connected devices.
With IoT, classrooms become more interactive and personalized. Smartboards, connected devices, and AI-powered analytics help teachers track student engagement, monitor progress, and adjust lessons in real time, improving overall classroom efficiency.
Examples include smart attendance tracking systems using RFID, IoT-based security systems for campus safety, classroom automation and energy efficiency with smart lighting and HVAC controls, as well as AI-powered learning tools that adapt content to each student’s performance.
In the US, IoT is used to improve security with connected cameras and access controls, manage energy with automated HVAC and lighting systems, and automate classroom features like interactive displays and smart whiteboards. Organizations also use IoT in higher education for asset tracking and student activity analysis.
Yes! IoT is becoming more affordable, with modular, scalable solutions that fit different budgets. Schools can start with low-cost smart sensors, cloud-based analytics, and phased rollouts, making implementing IoT without excessive upfront costs easier. Plus, many governments and private organizations offer grants and funding for smart education initiatives.
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