E-Learning
Education

E-Learning Benefits and the Role of IoT

Students are seeking alternatives to the traditional classroom-based educational system because most have had relatively negative experiences. As a result, one of the popular ways that students around the globe are choosing to educate themselves these days is through online or electronic education.

With advances in IoT and AI applications, significant shifts and changing trends are expected in how online education is delivered.


Flexibility

One of the important benefits of studying at home is flexibility. Unlike attending face-to-face classes, learning online makes it possible to study whenever you want.

It’s a great way for working people or parents who might not have a lot of spare time during the week to find some on the weekends.


Lower Costs

By expanding our modern technological developments to the world of learning, there has been a complete transformation of how we access the content. Whether it be newspapers or books, all information has gone digital. Remote learning is also very cost-effective.

The price reduction comes from many factors that revolve around eliminating the costs associated with learning in physical settings, chiefly, transportation and accommodation.

Additionally, there are no pricey textbooks to include in these packages either, which stops us from having to go down the rabbit hole of student debt.


A Remote Approach to Learning

People got sick of the traditional four-year route to college, of going to campus for lectures and paying through the nose for it. Today, there are hundreds of online colleges offering thousands of courses you can study anytime, anywhere.

Not only can it save you time and money, but it means you can learn what interests you; there’s no more restricting yourself to rigorous course schedules or obligations to take courses that are not in alignment with your goals.


Real-Time Monitoring

Innovations in IoT-driven distance learning have increased during the pandemic. With the right framework, students’ engagement with their learning is enhanced by knowing how consistently they attend courses. Over time, data about attendance patterns can be used to inform teaching staff regarding the activities that produce the most engaged, active participants.


Controlling Behavioral Patterns

IoT-powered e-learning dashboards provide the lecturer with behavioral parameters regarding their students based on facial recognition data. This allows them to visualize negative average values for a given student, which helps them adapt their teaching style to the student’s personal preferences if necessary.

Sometimes it can be very easy to forget that each user has unique needs, and an understanding of these needs will help you create more effective lesson content for your students.


Data-Driven Training

A lecturer is now more than just a presenter. They play an equally important role as a guardian of student progress and as a motivator for people struggling to keep up with the class and remain on course so they can graduate successfully.

Nowadays, professors must be equipped to work with MOOC classes and provide enough interactivity. Students stay engaged during lectures and are encouraged to actively participate in online discussions with their classmates and instructors through social media platforms such as Twitter.


Online Labs

Online laboratory classes are a great way to further students’ experiences. There are IoT frameworks that may allow students to take online classes with different sensors attached to them in the future. The signals are then analyzed in real-time to inform syllabus calibration. This allows for better interaction with computer programming, hardware, and software.


Accurate Exams

In examinations, students’ interactions may be monitored through the use of IoT sensors. If a student behaves inappropriately during their exam, an IoT system can send a message to a lecturer to take action against the student, whether warning them or even completely removing them from the examination.

E-learning represents the wave of the future because it makes it possible for students worldwide to learn at their own pace. As online education expands, IoT will continue transforming the e-learning experience to make it even more versatile, convenient, and effective.


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Top Education
Education

The Top Education Trends in 2021 and Beyond

The pandemic obligated educational institutions worldwide to undertake one of the largest experiments ever with online education. Governments and educators developed partnerships with technology vendors to improve efforts to re-engage students and connect with them remotely.

As stakeholders in various aspects of education, what you have learned will transform the future of learning and teaching. These fundamental changes in education systems will better serve all learners. Below are some of the top education trends to be excited about in 2021 and beyond.


E-Learning

When education institutions the world over were forced to shut down in 2020 due to the pandemic, remote learning became the only viable option. With this increase in demand for e-learning platforms, educational trends expanded towards companies providing EdTech solutions and any associated technologies.

E-learning has become especially important for students in 2021. It provides new opportunities for you to teach students outside the boundaries of the classroom. You can make the E-learning process more interactive and fun by utilizing videos, podcasts, and animations.

E-learning offers numerous benefits, from customizable learning environments and broad research capabilities to convenience and cost-efficiency. Based on current demand, the online learning trend is set to grow in the coming years.


Virtual and Augmented Reality

Among the latest technological advancements that the education sector is increasingly adopting are Virtual Reality (VR) and Augmented Reality (AR). VR and AR education tech are dynamic concepts that involve student-friendly functions that accommodate and enable unique learning experiences.

Research has shown that students can absorb information better in 3D environments compared to explanations and pictures. VR and AR offer a more engaging and fun experience than conventional learning methods.

Through these technologies, you can provide learners with immersive experiences by developing 3D digital learning environments comprised of computer-generated content. Below are some benefits of VR in education:

  • Improves student outcomes
  • Effective information transfer
  • Improves student engagement
  • Eliminates distractions during learning
  • Can eliminate language as a learning obstacle
  • Ability to access environments outside the traditional study setting


IoT: Connected Classrooms

Today, IoT connectivity continues to replace paper, chalkboards, and pencils as learning opportunities and teaching approaches expand. IoT in education results in a more collaborative and better-connected learning environment.

With IoT devices, students can access everything from communication channels to learning materials. IoT also allows you to assess the student’s learning progress in real-time. When coupled with a solid curriculum, IoT has great potential to improve and enhance personalized learning experiences.

You can share information and knowledge, develop learning communities, communicate effectively and create a professional culture in learning institutions. At a glance, you can see that these aspects are part of the responsibilities of education stakeholders.


AI-Based Teaching Programs

Artificial Intelligence (AI) has become a staple in many sectors, and it’s gradually cropping up in education. You can enlist the help of AI teaching assistance and automated grading systems to complement conventional learning modules.

A notable example of Educative AI in action is the question bot developed by David Kellerman. The University of New South Wales implemented this AI bot. It was developed to answer student queries and queue videos of relevant past lectures.

David Kellerman’s bot features machine learning capabilities, which means it will improve as it’s exposed to more queries. This is one scenario that showcases the potential for AI and machine learning to bolster conventional learning methods. You can utilize AI to automate basic tasks, which frees up time to tackle the more complex aspects of the learning process.


Personalized Learning Modules

The needs of learners are diverse. Adjusting your teaching plans to accommodate each student’s needs is a major challenge. Technology-backed personalized learning can help you modify learning processes. These advancements can help ensure students receive their education in supportive and customized environments.

This trend in education seeks to transform learning by working with students’ strengths while tackling individual weaknesses. This will be particularly important for learners with special needs as they can learn through mediums that interest them. When combined with conventional textbook procedures, personalized learning has the following benefits:

  • Fosters collaboration among students
  • Ensures instant informative feedback
  • Sets clear learning goals
  • Enables learner-paced progress
  • Encourages creativity
  • Improves problem-solving skills
  • Improves teacher-learner relations


Conclusion

Education stakeholders should expect technology trends will continue to transform the sector. New advancements, evolving student needs, resource availability, and government mandates will impact all areas of education. By adopting and leveraging the solutions mentioned above, instructors and institutions will develop better learning methods and programs that improve students’ ability and eagerness to learn.


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Education 4.0
Education

Education 4.0 and What to Expect

The classroom is changing, thanks to laptops, tablets like iPads, and other mobile devices. Students can access the Internet via their devices for research purposes. They can also attend virtual classrooms where instructors teach subjects online or use a format where students can interact.

New methods involve using robotics, artificial intelligence (AI), big data, and 3D technologies like augmented reality (AR) to help students learn in various ways. However, these tools are only the beginning as world technology continues to grow.

Education 4.0 is a new way of learning that utilizes technology to enhance the curriculum and better prepare students for future jobs, from elementary school to college or trade school. Creativity is at the heart of Education 4.0, which emphasizes teamwork and teamwork-building skills.

For students to be relevant in today’s fast-changing society, their studies must cover information technology and trends like AI and IoT. Curriculums and syllabi should be based on the needs of the society and problems of industry. While learning should be tuned to the unique learning styles and environments of each student. These are the principles that describe education 4.0.


Trends Shaping Education 4.0

Tailored learning

Education 4.0 aims to tailor education specifically to students to ensure they learn at their own pace while still receiving an adequte education. In addition, students will have access to powerful cloud computing capabilities, allowing them to stay on top of projects and assignments without having to wait for a teacher or textbook.

Adaptive remote learning

Education 4.0 helps students focus on the personal development skills and academic excellence that will help them succeed in higher education and their career. The goal is for students to receive these benefits regardless of whether they are getting formal instruction at a traditional four-year university or studying at home with the help of online resources, YouTube videos, etc.

For example, many educational institutions now use software technologies like Moodle’s Adaptive Learning function to give students an opportunity to study according to their own unique learning styles – something that is proven to be not just effective but also fun! Additional education 4.0 infrastructure includes technology tools like artificial intelligence (AI) and cloud computing, which help learners understand concepts faster than ever before.

Diverse learning tools

Education 4.0 offers students a clear path to take regarding how they progress in their own learning experience. Incorporating new technologies provides the resources necessary for students to choose which tools and techniques best suit their needs.

Examples include collaborative software like flipped classrooms or educational video formats like blended learning, a type of instructional design where classroom time is combined with online tools.

Project-oriented pedagogy

Project-based learning is a technique that education 4.0 uses to help students learn to delve deeper into a topic. As a result, students receive a much more comprehensive view of a topic as they examine it from all angles and apply what they’ve learned through their experiences working on real-world tasks.

This method makes their education more practical and relevant which ultimately prepares them for the road ahead as they will have both the skills and experience needed for their careers.

Truthful exams and data-led learning paths

A much more practical form of assessment occurs in settings using Education 4.0. Both online and offline assessments are given to students, allowing them to learn on a broader spectrum than had previously been possible.

Instructors can determine where their students stand throughout the evaluation process and speak with the students and their families about areas for improvement.


Conclusion

In today’s day and age, education is changing as quickly as the technology that drives it. Our world is increasingly becoming more interested in personal development. Few disciplines have shifted as seismically as online courses because of how many people they can reach and their price tags.

Today, universities and colleges must prepare for and implement an education 4.0 curriculum that creates exceptional student experiences that lead to highly engaged and knowledgeable people who can positively impact their communities and the world.


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AR and VR Learning
Education

How AR and VR Elevate Everyday Learning

Different people have different learning abilities, with some being able to learn better visually. Their ability to see and apply a process is quite impactful. Thus the need for augmented reality (AR) and virtual reality (VR) in education. Both AR and VR can play a critical role in the learning process. The extended reality or XR is likely to help students visualize ideas and concepts to learn vital information and acquire new skills interactively. Read on to learn how immersive technologies can positively impact the learning process.


Creating Immersive and Interactive Experiences

The advancement and immersive nature of VR allows learners to venture far and wide at different times. A perfect example is the 1943 Berlin Blitz by Immersive VR Education for BBC. This particular production recreated some events that happened on September 3, 1943. The experience brings out a vivid story of a bombing mission to Berlin carried out by a Lancaster Bomber.

During this historical event, there was a BBC reporter, Wynford Vaughan Thomas, accompanied by Reg Pidsle (his sound reporter) onboard alongside the regular crew. The unfolding events on that fateful day are created by the VR experience with the help of VR simulations and archive recordings. The creation of immersive and interactive experiences helps students and other learners access past events easily.


A New Kind of Field Trip

School trips are usually expensive for some parents. Even some students can miss out on such educative field events. The availability of VR can make field trips easily accessible to all students. Besides, VR can be an affordable option and more interesting than the actual field trips for students.

Using VR in conjunction with internet search engines like Google eliminates typical barriers that may exclude many learners from attending actual field trips. An example is the Google Expeditions app which is designed for teachers and students to use in class. The app offers numerous adventures with some using AR while others using VR. The app spans the arts, history, natural world, and science. With the use of affordable Google Cardboard Virtual Reality headsets, students can virtually visit different destinations in the comfort of their classrooms.


Transformation of Hands-On Learning

A combination of AR and VR can make practicals in learning easy and manageable. For instance, you don’t have to dissect a frog when you can virtually do it with the help of AR. Currently, an AR app known as Froggupedia enables learners to study the frog’s internal organs.

Students can explore and even dissect the complex internal structure of vital frog organs without necessarily harming the frog. This option also allows students to view the frog’s transformation during each growth phase- from an egg to a fully grown frog.


Enhancement of Workplace Training

AR and VR are the future of workplace training. VR can be helpful in many ways, including simulating dangerous situations that cannot be recreated in real life. Take an example of the FLAIM System associated with an Australian company that has recently been affected by wildfires. Through FLAIM Systems, fire departments in various countries can offer interactive training to their firefighters. This type of training is made possible with the help of VR Technology.

The VR immerses firefighters in different virtual scenarios that seem too dangerous to recreate in reality. These scenarios include airplane fires and wildfires. The tech realistically recreates all elements-fires, water, smoke, heat, and fire-extinguishing foam. The system can even recreate the powerful force that the water hose produces during the fighting process.


Improvement of Lifelong Learning Experience

Both VR and AR can improve your everyday learning experience. This is true with public speaking, thanks to the award-winning VirtualSpeech, which enables scores of people to practice and master the art of public speaking.

The VR provider VirtualSpeech makes it easy to speak to many people or a large audience confidently. Furthermore, this app helps you deliver better pitches, improve your networking skills, and carry out good presentations to various audiences.


Final Thought

Immersive technologies provide corporate training and lifelong learning across many sectors. These technologies make learning more effective, interactive, and engaging. Indeed, AR and VR in education are more relevant for the current tech-driven world. So take advantage of this new technology and make your learning journey an easier one.


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Mobile Education
Education

How Mobile Education Apps Drive Student Engagement

The days of strictly learning academic or work-related material in a conventional brick-and-mortar classroom are gradually fading away. Mobile education has arrived, and it is here to stay. Mobile learning tools are used by students and professionals alike. Educational institutions, as well as businesses, are using mobile education apps for teaching and training, respectively.


Advances in Mobile Education Tech

The educational technology sector, commonly shortened to “EdTech,” is as dynamic as it gets. This sector is rapidly progressing with each passing day, bringing new training and teaching tools to the market. In particular, specific apps are proving especially important for teaching, learning, and training.

One such app is Remind. This app has been installed more than 11 million times. At one point, Remind was downloaded more than any other app in the education category. This communication tool facilitates the transmission of real-time communication to fellow learners, trainees, groups, and others. Remind even empowers learners to translate messages in nearly 90 languages.  Additionally, Remind sets the stage for educators and trainers to easily share files, communicate and keep everyone on the same page.

Photomath is another example of mobile education apps transforming the learning process. At one point, this app was the second-most downloaded learning app in the entire country. The app makes it that much easier for people to learn the often-dreaded subject of mathematics.

Photomath is designed with a camera calculator app that makes it easier for students to use their phone’s camera for solving math problems. The app is advanced to the point that it presents specific instructions as to how to solve those problems directly on the screen. In fact, Photomath even has a scientific calculator built in it.


Self-Learning Around the Clock

Part of the appeal of mobile learning apps is they make it easy to learn at any time of the day. Mobile apps will prove essential whether you need to teach/train new hires, students serving as interns, or employees looking to expand their skill set. These apps are available day and night, setting the stage for information-hungry individuals to learn as much as possible whenever desired.


Track Your Progress with Mobile Learning Apps

Think back to the last time you were taught something new, whether it was at work or in school. The rate at which you progressed through the learning material was likely different from that of your peers. Teachers, trainers in the workplace, and learners alike are looking for ways to track learning progress. Mobile Learning Apps (mLearning apps) empower individuals to visualize the extent to which the learner is advancing their skills and knowledge.


Efficiency and Convenience

It no longer makes sense to pay considerable sums of money for learning or training materials when mobile education apps are easily accessible. Why bother spending your hard-earned dollars on costly educational and training materials that will eventually become outdated when comparably affordable and dynamic apps are available? It merely takes a couple of clicks to access mobile apps for learning.


Mobile Apps Will Continue to Shape How We Learn

Use your mind’s eye to envision a future in which the vast majority of learning is performed through interactive mobile apps, virtual reality technology, and internet presentations/training sessions. Such a future will soon be our new reality. The rapid advancement of mobile education and training apps has reached the metaphorical “critical mass” necessary for an explosion of new apps that catalyze learning/training for students as well as employees.


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Curriculum 4.0
Education

Curriculum 4.0 Brings Sweeping Changes to Education

Curriculum 4.0 will allow students to participate in discussions, take adaptive exams, or challenge each other through face-to-face competitions made possible through technology. New types of software will also let instructors be more efficient with the use of their time. For example, teachers can spend more time on higher-level needs and student objectives by using an automated system to answer routine questions.

Many are concerned about the quality of online examinations because these are taking over real-life testing methods. AI in Curriculum 4.0 helps address this problem by adapting exams for individual student needs and abilities which has the additional benefit of reducing test related stress!

The future of education looks bright, but several changes to traditional instruction need to happen alongside the adoption of new technologies to ensure success.


Integrated Learning

As modern medicine inches humans closer to 100-year lifespans, Curriculum 4.0 will need to be multi-disciplinary. Since people will spend most of their lives working, one specialty is not enough. Today’s students must prepare themselves to be lifelong learners and familiarize themselves with multiple topics and concepts to prepare themselves for the future.


Adaptive Instruction for Intelligent Database Management

Since data is that new oil that powers the engines of our economies, there will be a pressing need for data analysts. This technical role helps companies make sense of their data for strategic business decisions to make their products stand out in crowded markets. For instance, today, most e-commerce websites provide customers with personalized experiences by using large data sets to segment customers based on their shopping preferences.

Companies like Amazon and Uber rely heavily on collected data to optimize labor and capital goods assets for business forecasting. As a result, universities will need to develop curriculums for teaching how collected data can assist businesses with product development and human resource management.

To this end, institutions must develop new frameworks for knowledge acquisition to fit the needs of individual learners. Combined with intelligent tutoring, this approach would provide adaptive learning opportunities with multiple methods and strategies for instruction. These adaptive instructional systems use AI technology to distinguish between learners and modify the content to accommodate the individual’s knowledge level and training goals.


Learning Across the Scope of Technological Change

Employers will increasingly be interested in new techniques and business principles around analytics and self-managed organizations. Examples show how social media has evolved and generated novel ways to identify collaboration opportunities with the help of open resources.  That being the case, employers will want graduates prepared to manage technological change by using the online resources available through various training courses.

Instructional technology must now find ways that will help students develop their problem-solving skills. In some instances, institutions believe students can learn how to solve problems by conducting real-time research and applying their knowledge to current industry-identified issues.


Design Thinking

Other forward-looking schools have considered introducing courses in design thinking as a required class for all majors. This field is considered highly useful for solving everyday problems with creative solutions. Students in these schools are encouraged to develop individual projects or work on innovations supported by industry partners.


A More Practical Pedagogy

Educational institutions will have to work more closely with industry, governments, and social organizations to develop a system of mutual interdependence. Students will gain critical skills by working to solve real-world problems with faculty members. Ultimately, companies and institutions will benefit from creating more public-private partnerships because it helps each entity remain relevant in their market.

In the future, most of the simple and easy jobs will be completed by machines. People will be more involved with making decisions and thinking about future initiatives. As a result, learning content and delivery for curriculum 4.0 will require a different kind of education. It requires a change in tradition from rote memorization of past events to focusing on value creation and imagining the future.


Self-Learning Capabilities

The pedagogy of teaching and learning will change with the curriculum transformation to meet the needs of Industry 4.0. Almost all course content will be available online, which means faculty will be more engaged in coaching and mentoring rather than lecturing. “Self-discovery” and “self-learning” will also be easier and more effective with this change.

Curriculum 4.0 students will be expected to develop their imaginations as teachers learn how to facilitate the process of discovery. This change will shift the student’s role from simply being a passive listener in the classroom to an active creator of insights. As the most promising and defining period in human history, technology has become highly influential in changing educational, social, and cultural environments. Therefore, it is necessary to keep a global perspective on current changes and act cooperatively to steer the use of technology towards the very best future that we can imagine for ourselves.


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Remote Learning
Education

Positive and Negative Aspects of Remote Learning

In a nutshell, remote learnings just what it sounds like: the ability to remotely educate a diverse set of learners. But, instead of having to come to a physical location, through the innovation of the world wide web, provided there’s a solid internet connection, students can learn from wherever they happen to be.


Exploring the Good and Bad Aspects of Remote Learning

With any innovation, there are going to be benefits and drawbacks. For example, electric light reduced smoke and caused fewer fires than candles did. However, there was still light pollution and electricity production to consider. Well, remote learning is in a similar category–it has its pros and cons. We’ll explore several of each here:


Pro: Students learn new skills through associated in-class technology

Remote learning requires skills in terms of online navigation that would not have been available otherwise. Why learn how to navigate new software you’re never going to use? However, with Zoom, Google Meet, and other online conference software, it becomes increasingly clear that associated familiarity is paramount to professional viability in modernity. As a bonus, remote learning increases the digital competency of employees regarding conferencing software and other tools that can give personnel and businesses a competitive edge.


Con: Technical issues can stifle learning effectiveness

Distance learners need to ensure that their home computer equipment meets the software and hardware requirements for courses.  Unfortunately, the quick pivot to online learning didn’t account for those without access to such technology. Additionally, learners of all ages can have a frustrating experience when residing in rural areas with low bandwidth. Successfully navigating multiple platforms, completing assignments, and getting help through video conferencing are all highly dependent on a solid internet connection.


Pro: More freedom for breaks and learning at a slower pace

With remote learning, students can learn at a pace that matches their abilities. Many remote lessons are recorded in advance, and students simply follow along. Accordingly, if they need a break, they can take it. If they need to run a video back, they can do that and explore what was being taught more closely–that’s impossible in a general classroom.


Con: Isolation can have negative effects on mental health

It has been discovered isolation has disastrous effects on mental health, and many remote learning situations have developed specifically due to social distancing. Accordingly, many using this method of education are doing so out of necessity and don’t have direct human contact. That’s not good for the mind. Face-to-face classes are favorable in this respect.


Pro: Better problem solving and family time

You don’t have anybody to help when learning remotely–at least not in a “hands-on” way. As a result, students doing a remote course at home will have to figure out their own issues. That’s a positive because it will help them be better problem solvers. Also, since they’re at home, they get to spend more time with their families, which can have a positive mental health component.

 

Con: Increased responsibility at home

When students are working and learning remotely, the responsibility to learn falls on them, and they have only themselves for motivation. Some students aren’t able to make that work, and it can affect productivity overall. Also, family responsibilities can take preference over academic responsibilities, initiating a conflict of interest that isn’t evident when students work and learn from a centralized location.


Determining Which Options are Right for You or Your Business

Students of all types can experience notable benefits through remote learning, including new skills, more freedom, learning at their own pace, family time, and problem solving. However, cons include increased home responsibility, isolation, and technical issues. For most, the pros outweigh the cons. At a minimum, it is wise to consult with tech groups who facilitate remote learning to determine what’s best for you or your institution.


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STEM education
Education

STEM and IoT: Paving the Future of the Younger Generation

STEM is a learning method that integrates Science, Technology, Engineering, and Mathematics into courses to generate innovation for society. STEM education develops the skills needed for the future economy, and it is what will be sought out by employers in the near future.

The use of STEM education in schools has been shown to have many benefits. It improves academic performance, increases creativity, and helps students learn about the engineering design process, which helps them think outside their comfort zone.


Data-Driven STEM

Internet of Things has opened a new door for STEM education. On the one hand, IoT provides a promising opportunity for STEM education because it is a topic that can be more easily taught at the high school level. However, on the other hand, IoT also presents new challenges in STEM education because some concepts are too complicated to be taught at this level.

While the IoT is still in its early stages of development, it will become inevitable for us to adopt this new technology. This type of education will allow students to learn about technology at a young age and provide a robust understanding of how these advances can be utilized in society.


STEM by Machines

In the near future, more and more companies will start to develop IoT products. For learners to thrive in this environment, STEM programs must evolve and prepare students for a world where everything is connected.

Artificial Intelligence (AI) is now gradually making its way into STEM education. It is no surprise that this new technology has changed the way we learn. Robots are now teaching lessons, and AI is assisting humans with grading, which can make the whole process easier for both teachers and students.

When talking about IoT, we cannot forget to mention AI. The future of STEM education will be largely shaped by AI in many areas, including but not limited to:

  • New instructional materials that will be created by machine learning
  • Computer-aided instruction
  • Virtual tutors
  • AI grading tools
  • Computerized test scoring
  • Robots as teachers or assistant teachers

The future of education is one that will rely heavily on IoT and artificial intelligence. Computers and robots will be the ones making textbooks and educating our youth. The job market will also change as artificial intelligence will be used to replace many jobs. With advances in robotics and artificial intelligence, we can expect many STEM careers to evolve or even disappear in the next decades.


STEM on the Go

There is a saying that “science changes everything,” but science doesn’t change the human instinct to fear what we cannot control. In this case, it’s artificial intelligence. Understanding the future of AI and how it will affect our society is imperative because it will shape our world in unimaginable ways.

Many educators are worried that science education will be displaced by the increasing popularity of computer games and social media. The concern is that students will not make time to read books, learn about science and develop the skills needed for STEM-related careers.

This concern is not actually a valid one because students are now able to learn about science through their devices. There are many apps available on the Google Play Store which can help them learn more about it.

Today’s students indeed spend a lot of time playing computer games and surfing social media sites. However, there are still many STEM educational apps that parents can download for their children or even buy. Society is changing with the introduction of new technologies like artificial intelligence. Students should take part in projects that involve AI, to understand how it works and how it supports their education. AI should not be used to replace humans but rather work alongside them, eventually replacing specific unskilled tasks that humans perform today.


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