The online edtech firm, Chegg, provides textbooks on rentals, homework help, and tutoring. The company said, “This will eventually lead to a “hollowed-out information ecosystem of little use and unworthy of trust.” CEO Nathan Schultz said on Monday, “The company is now considering a sale or take-private transaction as a result.”

The court dispute is rooted in the manner that Google’s AI overviews display generated answers on the top of search pages. According to the U.S edtech giant, this mode reduces the incentive for users to visit original websites, harming content-oriented sites whose revenue comes from search traffic. The Google AI overview case has drawn new interest in Google AI issues, which have been building as artificial intelligence transforms search engines and finding information online.

Google’s spokesperson, Jose Castaneda, said on Monday, “With AI Overviews, people find Search more helpful and use it more, creating new opportunities for content to be discovered. Every day, Google sends billions of clicks to sites across the web, and AI Overviews send traffic to a greater diversity of sites”

Impact on Websites and Content Creators

Website owners and content creators express their displeasure on Google AI overviews impact on web-based content. AI-generated abstracts extract essential content points from articles and blogs thus creating diminished motivation for readers to visit the original pieces. The policy fuels a crisis in the internet ecosystem because it damages advertising revenue streams along with the decrease in reach of independent publishing sites.

The legal action boosts the existing government oversight aimed at Google. Examiners are currently analyzing if the claims about Google AI antitrust violations present a valid argument. Regulatory authorities accuse Google of breaking antitrust rules when they maintain users inside its platform because this usage, which stems from market dominance, appears to be illegal. In 2024, the U.S. federal government targeted the Big techs with tougher regulations.

Google Under Investigation for AI Overviews

This lawsuit comes at a time of increased scrutiny where US and European regulators are investigating Google’s AI-overview operations. This lawsuit will establish rules for AI search feature management which will be significant because governments aim to maintain AI technologies from suppressing competition while preserving content diversity. In January 2025, U.K. also launched an antitrust investigation against Google and Apple mobile phones.

The continued development of Google AI overviews generates increasing legal and regulatory barriers. US edtech companies are leading another challenge against the implementation of search innovations managed by artificial intelligence through their recent Google AI lawsuit. Online businesses face an uncertain future regarding their digital visibility and market survival because Google faces an investigation for AI overviews and antitrust concerns continue to rise.

Schultz said, “Our lawsuit is about more than Chegg – it’s about the digital publishing industry, the future of internet search, and about students losing access to quality, step-by-step learning in favor of low-quality, unverified AI summaries.”

The post US EdTech Firm, Chegg Sues Google Over AI Overviews, Citing Internet Disruption appeared first on Tech Research Online.

In this era of technological advancements, many software and strategies have been introduced to enhance the quality of education.

Big data has been used in other sectors, including education, and is mainly focused on adaptive learning. Data collection provides information about each student, which helps teachers discover insights and knowledge to shape new learning models and concepts.

Thanks to these new developments, every student can now get the education they need and deserve. In this article, we discuss what Adaptive Learning is and the role of big data in education.

What Is Adaptive Learning?

Adaptive learning is a powerful tool that personalizes lessons to suit the need of each student by using data. By tracking individual strengths and weaknesses, it helps identify levels of engagement, performance, and areas for improvement.

As students interact with the platform, real-time data is collected to adjust the learning experience based on their learning style.

Gamification in education enhances adaptive learning by making the process more interactive and engaging. It encourages students to stay involved while the system continually gathers data to refine and personalize their learning journey. Additionally, Big Data provides in-depth analytics on students and their environment, enabling these platforms to improve continuously.

The Role of Big Data in Adaptive Learning Systems,

Big Data is shaping the future of artificial intelligence as it automates and accelerates data presentation tasks to train AI algorithms.

Without Big Data, adaptive learning platforms wouldn’t have the information needed to personalize the learning experience of each student.

The systems collect information such as students’ approach to learning, learning behaviors, and how they engage in tasks. All this information is added to the big data pool so that their algorithm can find patterns, which are then used to ensure future learning methods fit the students’ strengths.

With big data, the systems can detect subtle signs, such as a student taking too long to answer a question. The system can do something to help, like make the next question easier or give a hint to pass the question.

Adaptive Learning systems also have trackers that study how long it takes a student to succumb to distractions. This gives the system an idea of the student’s attention span and uses the information to break down future lessons.

The Importance of Adaptive Learning

Adaptive Learning can benefit teachers and students in several ways. So, let’s look at its importance in education.

1. Improved Engagement: Traditional teaching styles often fail to engage students because they focus only on giving information, not on how students understand it. An Adaptive Learning System considers both the content of the learning material and how students process it. It keeps students engaged by assigning tasks with personalized difficulty, deadline, and assessment style. This leads students to actively participate in class rather than feeling bored or frustrated.

2. Faster Progress: According to the US Census Bureau, educational attainment in the United States is at its highest since 1940. This is a positive aspect but it comes with its problem, which is carrying the entire class along without slowing down.

These platforms allow teachers to break their classes into groups with similar learning patterns. By doing so, the teachers can give the required attention to each group, thereby increasing the learning pace.

3. Improved Understanding: With the traditional teaching method, it is hard to ensure every student in the class understands what they are being taught. The teachers only ask generally if students understand and most of the time the students are too shy to answer.

This is eliminated when students have personalized apps for learning. Adaptive learning platforms analyze students’ learning patterns, identify where improvement is needed, and ensure they understand these parts before moving to the next.

4. Real-Time Feedback to Help Teachers: These learning platforms analyze students’ performance and provide feedback to help teachers address challenges and elevate learning experiences. With access to this information, teachers can discover knowledge gaps in students and deliver instruction more practically and efficiently.

5. Compatible With a Variety of Learning Styles: As said earlier, students have individual and varied learning styles. To improve student retention, schools must consider their learning style when teaching.

Visual learning, for example, is considered the most effective learning style, but it is rarely used in schools.

With Adaptive Learning apps, students can choose different learning styles like aural( e.g., audio materials), visual (e.g., diagrams, charts), or Kinesthetic (e.g., experiments, role playing). This allows students to receive lessons in the way that most appeals to them.

Examples of Adaptive Learning Software

The following are some of the popular adaptive learning softwares:

• Knewton: This tool provides insights about the specific part of the learning material each student doesn’t understand and suggests how to help them to teachers.
• CogBooks: CogBooks is an AI tool that develops personalized content, and continuous assessment, and provides data-driven feedback to improve students’ learning experience.
• Smart Sparrow: This is a digital learning platform that empowers educators to deliver learning experiences that lead to better learner outcomes.
• Impelsys Scholar ALS: This learning platform improves students’ learning experience by allowing them to self-monitor, break down course contents and provide reports to the teacher.

Wrapping up: The Future of Big Data in Adaptive Learning

The world has witnessed the application of big data in many aspects of life, but now is the time to apply it in the classroom.

According to Astute Analytica, there will be massive adoption of adaptive learning in schools and universities worldwide. Therefore, teachers who do not want to be left behind should use these platforms to implement teaching styles that align with student needs. This will allow them to focus on the necessary resources and support needed to improve.

Finally, Big data will allow institutions to use technology to advance the quality of their educational content to take learning to the next level. Likewise, they can take advantage of the adoption of AI in education software to personalize learning experiences.

The post Use of Big Data for Adaptive Learning: How Analytics are Shaping Specialized Education appeared first on Tech Research Online.

Traditional teaching methods could be more engaging for students, leading to boredom and decreased motivation. Teachers need to solve this important issue, and the best way to do this is by introducing gamification in education.

The first instance of gamification is linked to Dmitri Mendeleev, the scientist who created the Periodic Table framework. He loved playing card games and wrote each element and its key properties on a card for easy retention.

If this technique is adopted in schools, it will help students achieve more in their studies. How? That is what we will discuss in the rest of this article.

What is Gamification in Education?

To understand the concept of gamification, it’s important to first define what a game truly is. A game is an interactive system that starts with players being assigned abstract challenges under specific rules and ends with a quantifiable outcome.

This activity is often accompanied by excitement and engagement because it stimulates both extrinsic and intrinsic motivation in players.

Teachers want their students to feel the same way about their studies, but students don’t find the traditional teaching style interesting.

To address this, the stakeholders decided to take advantage of the rise of education software by integrating the fundamentals of gaming into the learning process.

The aim is to stimulate both extrinsic and intrinsic motivation in students while learning. This Is called gamification in education.

Benefits of Gamification in Education

1. Motivational Boost

One of the problems in schools today is the lack of academic engagement among students. This is because the students have no motivation to participate in the learning process.

The role of motivation in the student’s success cannot be overstated, and teachers have an important role to play in this.

They have to ensure their students are motivated to learn, work hard, and push themselves to excel. One way to achieve this is through the gamification of learning processes.

With gamification comes grading systems like leaderboards, badges, and points that keep students engaged through the learning process.

One of the many tools used in the classrooms today to encourage active participation is Socrative. With its “Space Race” feature, teachers can divide their class into teams and have them compete against each other in a quiz.

Students are very competitive, but if the activity is conducted in a healthy way, it removes any form of pressure they may have, turning the competitiveness into an advantage.

2. Adaptive Learning

Adaptive learning is one of the main benefits of gamification in education. Gamification makes individualized learning styles possible in the classroom, making the learning process more inclusive for every student.

With tools like Socrative, Kahoot!, and Duolingo, a teacher can adjust the learning material’s content, pace, and difficulty based on the performance and preferences of each student.

Hence, a group of students who are yet to fully grasp the idea of series and sequences can get simpler questions while the other group works with questions that meet their level of knowledge.

The two teams or individual students will complete the course but at their individual pace, moving gradually between difficulty levels.

3. Improved Retention and Recall

Anyone who has ever played a game before understands the allure of trying to improve one’s “High score” because we know we have what it takes to do better. Gamification brings this allure into the classroom.

Like in games, this learning style offers replayability, encouraging students to keep practising in order to improve their scores on the leaderboard. This results in better retention and recall of the course content.

Brainscape, for example, uses a technique called “confidence-based repetition”, where a flashcard is given to each student, and the flashcard is upgraded as their scores get better.

The card is designed to be appealing and fun to use, making the learning process more enjoyable. Thereby promoting the retention of the learning material.

This approach taps into the human’s innate desire to be better. When done properly, teachers can dramatically increase retention among their students with gamification.

4. Improved Critical Thinking and Problem-Solving Skills

Gamified classwork, quizzes, or homework encourages students to attempt questions in creative and critical manners without the fear of criticism.

This could be done by giving questions that require out of the box thinking, such as creating a virtual reality room and asking students to solve clues that would help escape the room.

According to the National Technical University of Athens, Greece, gamification improved students’ achievement by 89.45% compared to traditional teaching methods.

The most popular software used for developing this kind of quiz is Microsoft’s MimioConnect. MimioConnect is an online blended learning platform that allows teachers to augment instruction, making it easier for them to teach and students to learn.

With Mimioconnect, teachers can build game-like elements in quizzes or tests that can be scored and recorded as assessments.

By integrating gamification into education, teachers are discovering new ways to develop engagement, critical thinking, and collaboration among their students.

5. Real-Time Feedback

Gamification in education allows students to get real-time feedback on their performance and makes them understand where improvement is needed.

The feedback instills a growth mindset in the students, and when combined with a rewarding system like badges or verbal praises, it makes the learning process more engaging. It gives the students the assurance that their efforts and achievements are noticed.

There are many Edtech tools that serve this purpose and one of them is MagicBox, an online gamified learning platform that can help teachers generate multiple-choice quizzes and provide immediate feedback about the learning process of each student.

It was developed by MagicEdTech, the 2024 winner of the 1EdTech Power Learner Award. This prestigious award highlights how big a role they play in transforming the EdTech Industry.

Wrapping Up: Where Improvement is Needed

While gamification in education has many benefits to it, there are places where improvement is needed. Among them is a proper consideration of learning materials in the usage of the gamified tools. Gamification should be a thoughtful process, not a superficial engagement.

Education stakeholders need to put systems in place to ensure teachers are using these tech tools adequately. The usage must be properly integrated into the school curriculum so that it doesn’t become a distraction.

Lastly, the stakeholders should work towards making gamified Edtech tools accessible to all students, especially those with limited access to the technology.

The post What is Gamification in Education: How is It Benefitting EdTech? appeared first on Tech Research Online.

Before the rise of education software, the most effective teaching method was ‘teach to the middle.’ This method was developed to balance teaching since students in a classroom are expected to have varying skill levels and learning abilities.

Although it helped to some extent, it did not help students achieve their maximum potential. With the rise of Education software, Students can now sit in the same classroom with the same teacher and learn at their own pace.

Today, Education software like Dreambox uses machine learning to gain insights into individual students’ strengths, needs, and preferences. These tools, like robots are changing the EDTech industry, resulting in improved academic performance and heightened student engagement.

4 Ways AI is Personalizing Learning Experiences

1. Adaptive Learning

The traditional curricula that we’ve been used to are static. However, with adaptive learning, the curricula become dynamic, evolving with each learner’s capabilities and understanding.

AI-powered adaptive learning tools analyze information about each student’s struggles and strengths to adjust the pace of delivery and course content accordingly. This approach results in better retention and improved overall learning outcomes.

The role of AI in achieving adaptive learning isn’t just customizing course content; it ensures active engagement with the course content. A popular example of a software that has successfully integrated adaptive learning is DreamBox Math. This K-8 online educational software is built to create immersive and interactive maths lessons that make learning fun.

With DreamBox Math, you will get valuable adaptive learning solutions proven by several third-party organizations to accelerate student math growth and achievement.

2. Support for Special Education

Another way AI is improving learning experiences is through education softwares that provides support for special education.

Some students have distinct learning needs in the classroom due to physical, mental, emotional, or behavioral conditions. The traditional class setting doesn’t often help them, but AI can help address their challenges.

For instance, we now have AI-powered speech recognition software like PODD Communication Books, which teachers can use to help students who cannot communicate effectively.

PODD is a symbol-based communication system developed for non-verbal individuals. The student can select images, words, or short phrases from the books to instantly generate sentences on a tablet or device to express themselves.

Similarly, AI-powered predictive text tools, like Co: Writer, help dyslexic students with their writing. They suggest likely words based on what the student has typed so far, reducing spelling challenges.

These AI tools are not only making education accessible to students with special needs but also ensuring that they can participate as much as every other student in the class during the learning process.

3. Intelligent Tutoring Systems

Another achievement of AI in personalizing learning experiences is through Intelligent tutoring systems.

It is expected that a student will experience difficulty with a topic that others are already good at. Intelligent tutoring systems can help the student without slowing down the learning process of other students. This tool serves as a private tutor for the student.

Intelligent tutoring systems have engaging features like gamification that make the learning process interactive. In fact, with these tools, students can virtually talk to the AI tutor, providing them with one-on-one guidance. Since these tools are available 24×7, i.e., even after class, students can get the help they require whenever needed.

One of the common intelligent tutoring tools in America is Khanmigo, developed by Khan Academy. It serves as a virtual tutor and debate partner for students and can be used by teachers to create lesson plans for individual students.

According to Forbes research, 97% of students favor having an intelligent tutoring system, and only a few expressed disagreement. Thanks to Microsoft making Khanmigo free for teachers, every school can integrate intelligent tutoring systems into their learning process.

4. Personalized Evaluation and Assessment

After learning, there has to be an assessment. AI is not only used to learn in a fun way, it is also used to conduct periodic evaluations of the knowledge acquired during the learning process.

With AI, teachers can develop assessments specific to each student’s optimal challenge level and give feedback to each student—a process that used to require many teaching hours.

One common educational software for personalized evaluation and assessment is Class Companion. With Class Companion, the teacher can develop personalized lessons, worksheets, and assignments. It also allows teachers to choose the assignment format, whether multiple-choice, short-answer, or math/coding problems.

When students submit practice work via the Class Companion app or browser, they immediately receive feedback on their answers, with detailed explanations for why responses are right or wrong. They can resubmit answers to practice challenging problems.

With AI, evaluation, and assessment are transformed from a tedious and non-interactive process into a seamless and interactive one, helping students achieve their maximum potential.

Wrapping Up: The Future of AI-Powered Personalized Learning

The future of education is promising as AI continues to personalize learning experiences. However, we must understand that embracing AI doesn’t mean replacing teachers. Nothing can replace high-quality human-to-human interaction. AI will evaluate that interaction and use it to improve the quality of education delivered by teachers.

In fact, one key area that needs serious attention is the training of educators on how to use AI tools like education softwares to improve traditional teaching practices.

This further proves that the importance of artificial intelligence in education is needed to provide interactive learning experiences to students in the classroom. This can be done by using AI-generated robots to transfer data that can be personalized to each student’s needs and queries. Perhaps we will have an AI-powered tutoring system that considers students’ interests, abilities, socio-emotional state, and long-term goals to create personalized curricula.

We can also look forward to a world where education is modified for students all over the world, regardless of geographical or socioeconomic barriers, to have access to high-quality learning resources. This means a student in a third-world country can have the same quality of education as a student in a first-world country. This isn’t a distant reality; it’s the direction we’re heading.

The post The Rise of Education Software: How AI is Personalizing Learning Experiences appeared first on Tech Research Online.

Custom Cloud Solutions:
E-Learning Industry

About Mindfire Solutions

We are a 24+ years old, 650+ workforce, B2B software development and testing services company. We offer tailored solutions in web, mobile, and testing for a diverse array of tech companies, ranging from startups and SMBs to large enterprises. Till date, we have successfully delivered 2000+ projects, serving the needs of 500+ global companies that work across all major industries. Our solutions are built leveraging leading-edge frameworks and tools. 

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Byju’s was once India’s largest startup with a market valuation of $22 billion. The startup had attracted global investors and gained popularity for providing online courses during the Covid-19 pandemic. However, it’s now caught up in a dispute with US investors seeking $1 billion in unpaid dues.

A Troubled Past

Byju’s insolvency story started earlier this year. In July, the startup faced insolvency for failing to pay its board dues amounting to $19 million. In recent years, the edtech startup has suffered many setbacks, including boardroom exits and a tussle with investors.

The Board of Control for Cricket in India filed a complaint with the India Companies Tribunal. The tribunal ruling commenced Byju’s bankruptcy proceedings which included the appointment of an interim resolution professional to oversee the management of the company after the board of directors was suspended.

Byju’s investors have accused the startup founder and CEO, Byju Raveendran, of lapses in corporate governance, collapse in valuation, and job cuts. Byju’s is battling the insolvency case as it seeks to regain control. In the papers filed in court, the company warned of a total shutdown as the insolvency case continues.

Last week, India’s Supreme Court declined Byju’s request to stop the insolvency process.

Employee Fears

Byju’s insolvency case affected many parents and employees. A review of WhatsApp chats and interviews by Reuters revealed growing desperation as affected people plan to take action against the edtech company, whose assets have been frozen.

“A lot of people, including myself, have stopped taking classes because there’s no point doing charity for the company anymore,” Byju’s employee, Sukirti Mishra said.

Mishra taught mathematics at Byju’s and was earning $1200 each month. After halting classes, she faces anger from parents whose children she taught on the edtech platform. Having gone unpaid for months now, she struggles to pay medical bills and make loan repayments.

Byju’s 27000 employees have not been paid for three months. Most of them are considering suing the company and protesting on the streets.

About 3000 employees have filed salary claims and provided bank statements since the tribunal appointed an interim resolution professional. Through an internal memo released this week, Raveendran sought to array employees.

“Our company is on the verge of reversing the negative business cycle that began two years ago, showing clear signs of recovery. I guarantee this: When we regain control, your salaries will be paid promptly,” he said.

Tough Road Ahead

But the road ahead could be long and tough for Byju’s employees as it could take months to liquidate company assets or get a new buyer. There are no legal guarantees that the workers will ultimately recover their dues.

An estimated 280 workers have asked a state grievance panel to take action on their unpaid salaries. In a letter dated August 5, the employees accused Byju’s of failing to remit taxes deducted from their salaries to the government.

“We are deeply concerned about the company’s financial stability, our fear is that the company may be planning to shut down operations without settling our dues,” the employees wrote.

Byju’s customers fear that they’ll not be able to recover their money. The edtech startup has a 150 million student membership across 21 countries. Its programs cost between $100 and $300, with the majority being sold on loans.

Byju’s insolvency is set to be the largest in India’s tech startup landscape. Over the years, the industry has attracted investors such as Tiger Global and SoftBank.

The post Byju’s Employees Fear as Court Fails to Halt Insolvency appeared first on Tech Research Online.

Renaissance operates in 100+ countries. Its mission is to provide teachers with resources and insights they need to help students build a strong foundation for academic success.

“The Renaissance database is a rich resource that incorporates over 38 years of real student and teacher data and insights. The Renaissance Next platform brings those insights to teachers so they can truly see every student. It leverages lesson and activity recommendations to accelerate learning for all,” Renaissance Chief Product Officer, Todd Brekhus.

Teacher Needs

The new tech tool empowers teachers with recommendations to help them make important decisions. According to Brekhus, the process of developing the tech tool was inspired by the need to help teachers in their journey to support learners.

“We started by asking the question that is on the mind of every educator as they consider what’s next in their classroom, ‘How do I provide each learner with the right support, help, or acceleration? That’s what led us to create Renaissance Next, which gives teachers actionable insights and quality instructional resources to meet their students’ needs,” he said.

Renaissance Next is designed to give instructors real-time advice in the classroom. It gives teachers valuable insights by allowing them to view practice activities, accurate assessments, and instructional data on a single platform.

Renaissance Ecosystem

Renaissance’s new teacher experience tool integrates well with other key products that run on the Renaissance ecosystem. These include Freckle, Star Assessments, myON, Accelerated Reader, and Lalilo.

The new tech tool is capable of surfacing Nearpod resources based on performance in ELA and math assessments. Leveraging the power of these tools, Renaissance Next offers instructors real-time insights to guide learning and teaching in the classroom.

Teachers can use the tool to check student performance and track the progress and skill mastery of each student. Renaissance Next also allows teachers to review lesson plans and activities and either amplify them, adapt them, or make adjustments.

“Renaissance Next gives me a quick glimpse of where my kids are, where they need to go, and what I need to do. It provides all of these tools that make my job so much easier, including the ability to differentiate down to individual student needs.” Carbondale Elementary School District 95 Third-Grade Teacher and Renaissance Next Beta Tester, Julia Witges said.

Leveraging AI

The new teacher experience platform has been tested by thousands of teachers who use Renaissance products. The platform presents data for individual students. This data can be used to inform education decisions for an entire district. Feedback received from teachers informed the Renaissance Next design.

“We plan to embed insights from Renaissance Next across our district and systems. It complements our strategic plan for the 2024–2025 school year, which involves helping students understand their own data and progress, and setting their own goals, with support from and in consultation with their teachers,” Carbondale Elementary School District 95 Superintendent, Janice Pavelonis said.

Renaissance’s powerful new teacher experience tool leverages AI to provide differentiated instruction insights and recommendations to teachers. During the development of Renaissance Next, the edtech company used AI to catalog its huge library of pre-K12 practice activities and instructional resources to make them readily accessible to teachers.

The post New Renaissance AI-Powered Tool to Boost Teacher Experience appeared first on Tech Research Online.

Research by University of Chicago shows that EdTech substitutes tutoring time with high-quality educational content. The content is delivered through technology. EdTech enables institutions to reduce educational costs by a third. It also cuts back the number of tutors in schools by 50%. It does this without compromising on the impact of tutoring on students.

The Cost Aspect

The SIIA represents the digital content and software industry. The U.S. Department of Justice (DoJ) estimates that the time-consuming Title II Compliance will cost $1.134 billion for K-12 classroom courses. $5.5 billion will be required for post-secondary courses.

School districts will have to remediate current third-party websites. These processes are expected to cost an extra $113.8 million. A further $93.6 million will be required for higher education.

Web Content Guidelines

The Title II rule requires public institutions to adopt Version 2.1 of the Web Content Accessibility Guidelines. This compliance standard will ensure that mobile apps, websites, and digital textbooks have the right accessibility features. These features include images, text, videos, animation, sounds, and controls that are accessible.

Accessibility features may include web content used to support keyboard alternatives. These alternatives are necessary for mouse commands where users have limited manual dexterity. Visually impaired users need them to resize text. The standard also applies to posts on social media.

Several exceptions will be made to Title II compliance SIIA. For instance, social media posts that exist before the rule takes effect will not be affected. Content published on government websites or mobile applications by third-parties will not be affected.

Compliance Deadline

DoJ’s Title II rules will take effect by the end of June 2024. But, public universities and schools have two to three years to comply.

“Vendors providing services to state and local government entities should be ready as the compliance dates come near,” the paper stated.

SIIA Title II compliance depends on the size of the population in a local jurisdiction or state. For instance, if a K-12 school is located in a city or county with 50,000 plus people, it should comply by April 24, 2026. Public universities in the same city would work with the same deadline. This is because they are state entities.

These timelines will change if K-12 school districts or community colleges in the same location have 49,999 or less. For these public institutions, the deadline for compliance will be April 26, 2027.

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Magic EdTech owns a digital learning platform, MagicBox. The platform won the ‘Publishing Software of the Year’ title. MagicBox got the award during this year’s EdTech Breakthrough Awards 2024. The learning platform has a user base of more than 7 million teachers, learners, and publishers.

Innovation at Its Best

The 1EdTech Power Learner Award recognizes solutions that empower learners and teachers. EdTech innovations that personalize interactions have a high chance of winning the award. Such innovations also offer users options and lifetime learning opportunities.

Magic EdTech won the award for its pioneering AI-powered learning solution. The solution customizes learning to suit the needs of individual users. This has improved digital access and equity for learners across the world.

“Magic is a dedicated partner to 1EdTech, and we are committed to engineering technology that enhances learning efficacy. This award recognizes the difference our offerings make to the learning community,” Magic EdTech CEO, Acky Kamdar said.

Magic Edtech prioritizes accessibility, ethical AI, and data security. By doing so, the company creates a safe and inclusive space for learners of all ages. The company also delivers insights and actionable data to users. Students who use the platform find these insights invaluable in boosting success.

Trusted Platform

Magic EdTech has established itself as the go-to company for EdTech solutions. The MagicBox EdTech Power Learner Award demonstrates the company’s creativity and prominence in the EdTech sector.

MagicBox Chief Strategy Officer, Satadeep Mitra said, “This award underscores our commitment to providing innovative and effective digital learning solutions that empower publishers and educational organizations. We are dedicated to continuing our mission of transforming education through technology.”

The award is also a testament to Magic EdTech’s impact on digital learning.

“By integrating AI-powered tools, we are able to offer advanced capabilities for content creation, distribution, and management, ensuring that our platform meets the evolving needs of the education landscape,” Mitra added.

Google Cloud Partnership

The Magic EdTech Power Learner Award also recognized the company’s commitment to collaborative innovation. In April this year, Magic EdTech commenced a strategic partnership with Google Cloud. This was the first step towards delivering AI-first solutions to its clients.

The purpose of the partnership was to drive AI-powered growth for Magic EdTech. It leverages Magic EdTech’s expertise and Google Cloud infrastructure to transform digital learning.

It also combines Cloud Services and Magic AI to give MagicBox users access to the Google Cloud infrastructure. This access allows them to optimize and personalize digital learning content. Publishers, teachers, and students use AI-powered solutions to overcome operational challenges.

The post AI-Solution Wins Magic EdTech Power Learner Award for Education Firm appeared first on Tech Research Online.

“This patent recognizes our innovative approach to education technology, making learning more intuitive and effective,” MobileMind CEO and Founder, Tyce Miller said.

As a private EdTech company, MobileMind is a professional learning hub that provides simple, convenient, and personalized professional learning for schools. The company serves as a Microsoft and Google professional development partner offering cloud-based learning platforms. It’s designed to give teachers and other professional staff personalized growth that improves learning and teaching.

Shift in Learning Approach

The MobileMind guided in-app learning technology patent changes the way learners interact with learning materials. With this technology, users can access hands-on challenges and step-by-step instructions from the same window. By doing so, it eliminates the need to move back and forth across different applications.

The MobileMind application patent technology provides learners with hands-on learning experiences through seamless integration with current tech platforms including Microsoft and Google for Education tools.

“We are dedicated to enhancing the professional learning experience. Our Guided Learning technology is a testament to this commitment. It meets learners where they are, providing the support and resources they need directly within their existing workflows,” Miller added.

Innovative Features 

The MobileMind guided in-app learning technology patent offers users a range of critical features. It differentiates learning experiences for users based on skill levels and roles. This aspect allows teachers to personalize their learning.

The innovation provides hands-on challenges through which users take on relevant activities to demonstrate their proficiency in Google skills. Its ready-to-go micro-courses provide users with a clear learning path.

Additionally, the MobileMind application integrates gamification into the learning process. Users earn badges to showcase their progress and skills as they move from the beginner to the advanced level. Using the reporting features, leaders can track the progress their learners make by monitoring their learning paths, badges, micro-courses, and checking compliance reports.

Setting New EdTech Standards 

The patented learning technology aligns well with MobileMind’s mission of empowering learners and educators and fostering practical skill application and learning. By making learning processes interactive and simple, the company is slowly setting new standards in EdTech.

MobileMind guided in-app learning technology is the only platform that facilitates broad consolidation of professional development initiatives for districts. These initiatives include curriculum, technology, and compliance. Currently, the company delivers activity-based learning, digital badging, reporting, and personalized courses to K-12 school districts.

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Led by Round2 Capital, this round of funding enlisted the support of investors who are already supporting the startup. These include Brighteye Ventures, Ascension Ventures, Adjuvo, and leading angel investors.

At the same time, Zen Educate has announced the acquisition of Aquinas Education, a teacher staffing agency. Both Zen Educate series B funding and the Aquinas Education acquisition place the EduTech startup squarely on the growth path. Zen Educate currently operates in 11 regions within the UK and 5 states in the US.

Zen Educate Teacher Shortage Crisis Solution

Founded in 2017, Zen Educate focuses on solving the teacher shortage problem in the UK and US. The company uses technology to connect teachers with schools. Just recently, research showed an imbalance between teacher demand and supply. According to the ADP Research Institute, demand for teachers in the US outweighs supply.

Zen Educate digitizes teacher recruitment by providing a digital platform where schools and teachers create profiles. The tech startup uses experience, skills, and proximity data to match the two parties according to their compatibility automatically.

“Zen Educate has been successful in solving a significant challenge faced by educational facilities on a daily basis. The team’s deep understanding of the EdTech landscape is evident,” Round2 Capital CEO and C-Founder, Christian Czernich said.

Through the Zen Educate platforms, schools hire full-time teachers. Teachers use the platform to find part-time teaching jobs that suit them.
Zen Educate CEO and Co-Founder, Slava Kremerman said, “Educators are looking for greater flexibility in their work, and thus, there is a greater need for flexible working solutions in education like Zen Educate.”

In the last year, teachers have delivered over 2 million hours of education through the Zen Educate platform.

Scaling Up Through SaaS Products

The EdTech startup will be using the funds raised through the Zen Series B round of funding to expand operations in the US and UK. Part of this will involve completing various acquisitions. The company will also be scaling up its workforce management software to include SaaS products to enable schools to manage compliance, credentials, and absence better.

“We’ve been on a mission to solve schools’ workforce challenges. This investment brings us closer to our goal of helping the education system save over $100 million annually through our fairer, more efficient recruitment model. As we enter into the next phase of our journey, we aim to reach out to more educational institutions across the UK and US,” Kremerman added.

Zen Educate has demonstrated stable growth since its launch. Currently, the startup has a workforce of 300. In 2019, Zen Educate received the Standard in Recruitment (SiR) accreditation and has been featured on the Deloitte Fast 50 and FT 1000.

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What is Educational Robotics?

Educational robotics is a discipline that introduces students to the world of programming and robotics at a young age. Robotics in EdTech emphasizes practice rather than theory. Integrating robots in primary education means that students are provided with everything they need to build and program robots that can perform different tasks. In higher levels of education, advanced robots are used.

This education model is used to teach STEM (Science, Technology, Engineering, and Mathematics) education in schools.

Role of Robotics in Education

Robots are not just theories, they are already performing tasks in different industries. Robotics in education empowers students with requisite skills that are needed in a technological world. Besides helping in different industries, robots are innovative tools that help kids learn new concepts and acquire valuable skills through exciting recreational activities.

Since robotics is futuristic, robots stimulate curiosity. This encourages logical thinking and builds concentration in students. These skills prepare students for the world of work where automation and robotics are increasingly becoming prevalent.

What Types of Robots are Used in Education?

Robotics in education utilizes robots that are designed specifically for educational settings. Robots come in varying forms. Some are big and can interact socially with students. Others are small and programmable, students can code them. Robots that have been equipped with artificial intelligence are also used in the EdTech industry. AI allows such robots to respond to students in real-time and adapt to the learning environment.

There are four types of educational robots that are currently being used in classrooms today. Each comes with unique capabilities and features to support learning for varying age groups as follows:

Humanoid Robots

These are designed to mimic humans and are capable of performing different tasks. Humanoid robots help to teach robotic concepts like locomotion, balance, and motion.

Pre-built Robots

Unlike humanoid robots, pre-built robots are quite basic. They are fully programmed and easy-to-use robots designed for young children. Pre-built robots can be used to teach kids simple tasks like avoiding obstacles and following lines. They introduce children to foundational programming concepts.

Modular Robots

These are used to teach complex robotic concepts like dynamics, kinematics, and mechanical engineering. They utilize multiple modules that students can assemble into varying configurations.

Programmable Robots

These are used to teach students coding and robotic concepts like motors, sensors, and controllers. They have actuators and sensors to enable them to perform complex tasks. Students assemble and program them during learning.

How Robotics is Changing the EdTech Industry and Improving Learning

Robotics in EdTech is transforming how teachers teach and how students learn. Below are five ways this discipline is improving learning:

1. Supporting Interactive Learning

Educational robotics leverages interactive learning. Students work on robot projects together. This builds their communication, teamwork, and collaboration skills while helping them to appreciate individual strengths.

2. Making Education Accessible

Robots can be programmed to meet the individual needs of a child. This makes provision of special education accessible and easier. Through robotics children with special needs like autism, attention disorder, and other developmental challenges can focus and develop social and communication skills.

3. Generating Interest in STEM Subjects

The use of robots in the classroom builds student interest in STEM subjects and helps them see how those subjects apply in the real world.

4. Non-Judgmental Learning

The use of educational robotics in the classroom reduces judgment and embarrassment for students because, unlike humans, robots don’t judge or feel. Although their ability to act with intention or form opinions is low, robots have emotion recognition capabilities.

This enables them to provide non-judgmental outlets for emotional expression. This way, they can support children when they experience homesickness or cultural adjustment challenges.

5. Personalizing Learning

Robots help students and teachers overcome the one-size-fits-approach challenge. Since they are capable of adapting different teaching methods, they can be programmed to support students to learn or practice more depending on their learning styles and abilities. This personalized mode of learning allows students to get instructed in ways that resonate with their needs and preferences.

6. Higher Knowledge Retention

Educational robotics focuses more on practice than theory. It gives students global perspectives through virtual interactions, field trips, and exposure to issues in different parts of the world. These experiences help students to retain more knowledge than they would in conventional learning approaches.

What are the Benefits of Educational Robots?

Robotics in education offers numerous benefits for students, here are 3 major ones:

1. Promotes Hands-On Learning

Robotics allows students to learn by doing. Students are introduced to tech and science concepts in a practical way, empowering them with mechanical, electronic, and coding skills. This hands-on learning helps them understand theoretical concepts better.

2. Builds In-Demand Skills

Educational robots enable students to build skills like problem-solving, programming, and coding that are in demand in the job market in an engaging, fun way. Developing these skills early will help them succeed in their careers in future.

3. Prepares Students for the Workplace

Technology has become an integral part of the workplace. Robotics is already driving transformation in every sector. In the EdTech industry, robots give students a solid computational thinking and programming foundation that will enhance their understanding of emerging technologies in future.

Wrapping Up

Robotics in EdTech is changing the way students learn and retain knowledge rapidly. In the modern-day digital world, this approach can build STEM skills in students and adequately prepare them for future jobs. It can also expand opportunities for children with special needs and make education accessible to them based on their learning needs and styles.

In addition to providing technical skills, robotics in education also helps students develop a range of transferable skills like problem-solving, collaboration, teamwork, and logical thinking. These skills are what they need to succeed in life and the workplace.

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