Over the years, the education landscape has undergone a sea change. The pandemic in 2020 accelerated the shift to online and remote learning, driving the rapid adoption of edtech solutions and creating a significant demand for digital education tools. Key technologies such as artificial intelligence (AI), machine learning (ML), predictive analytics, internet of things (IoT), augmented reality (AR), virtual reality (VR), and gamification have powered this growth. The widespread adoption of smartphones and increased internet access have also played crucial roles in this transformation.
As a result, there has been a proliferation of edtech companies in India. These companies are providing new and innovative ways of delivering academic lessons, thereby improving the teacher-student equation while enhancing the learning outcomes of students. Keeping with this trend, the Indian government allocated a budget of
Rs 1.12 trillion to education in financial year 2023-24, marking an impressive 8.26 per cent increase compared to previous years.
The edtech market in the country is expected to have a subscriber base of 37 million by 2025. This significant growth highlights the transformative impact of technology on education. A look at the key technologies transforming the education landscape, the required regulatory framework and the way forward…
AI-powered learning
AI has made its mark in almost all sectors, including education. It is revolutionising learning in two ways. First, AI-powered personalised learning provides educational experiences to fit each student’s unique interests and needs. By adjusting curricula, AI creates a more effective learning environment, catering to individual learning styles and addressing specific knowledge gaps. This personalised approach allows students to learn at their own pace, leading to better comprehension and improved outcomes. Second, conversational AI, such as Alexa, Cortana and Siri, plays a vital role in education by offering interactive and accessible support for various tasks.
Nonetheless, the benefits of AI in education are extensive, ranging from personalised learning and predictive analytics to chatbots, data analysis and research advancements.
Amongst various new edtech players, UpGrad is looking to utilise AI to translate its popular bootcamps and certificate programmes into vernacular languages to improve its product offerings and expand its reach. Similarly, Physics Wallah is set to officially launch its generative AI tool, Alakh AI, in 2024.
Going forward, AI is poised to emerge as the next frontier for Indian edtech innovation. The year 2024 promises a wave of collective upskilling for stakeholders in the education ecosystem, an increased adoption of AI-based educational solutions, and a surge in AI-generated educational content. However, it is crucial to ensure that AI is used ethically and responsibly, ensuring it complements and supports human interaction.
Immersive learning gaining traction
AR and VR have long been recognised as valuable concepts in the education space. However, it is only recently that immersive learning has moved from small-scale trials to widespread use. Educational institutions are utilising AR/VR and now extended reality (XR) for virtual field trips, science experiments, soft skills training and various other purposes. The development and use of immersive content is also becoming more user-friendly and cost-effective. While basic experiences can be accessed via mobile devices, advanced tools such as VR headsets are becoming more affordable and higher in quality.
AR and VR offer students immersive learning experiences. They can bring abstract concepts to life by visualising complex subjects in a more interactive and three-dimensional way. This technology allows students to explore historical events, scientific processes, architectural designs, and engineering concepts in an engaging way. For instance, by scanning images in AR interactive textbooks using smartphones or tablets, particularly in subjects such as physics and medicine, students can access additional digital content and engage in more hands-on learning.
Among the start-ups, Counseling Shortcuts has emerged as India’s first VR-based edtech start-up. Besides, the Indian Institute of Technology (IIT) Madras has announced a project focused on AR/VR-enabled learning for schools in rural areas. The initiative aims to develop VR-enabled immersive and experiential environments, providing students with opportunities to learn various subjects.
Furthermore, advanced XR technologies are significantly enhancing interactive learning and supporting the development of virtual labs, providing even more dynamic educational experiences.
IoT-enabled solutions
The emergence of IoT in education has revolutionised learning approaches. By connecting various devices to the internet, IoT facilitates seamless data sharing and processing, significantly reducing idle time and enhancing operational efficiency. With just a single touch, information can be transmitted quickly without human intervention, creating a more automated learning environment.
Remarkably, IoT is emerging as a game changer in education, as many institutions now use connected smart devices to complement existing e-learning tools and smart board infrastructure. This technology helps build connected classrooms, making learning more engaging and effective. For instance, interactive whiteboards and apps increase student involvement and interest, leading to better learning outcomes and a more enjoyable educational experience.
Additionally, IoT provides teachers with real-time insights into students’ progress, simplifying the monitoring and management of classroom resources such as books and supplies. For instance, IoT-enabled school management systems can track the circulation and stock of classroom materials, helping educators anticipate supply needs. Other applications include student cloud logs, attendance tracking, smart microphones to enhance lesson delivery, and automatic test-checking capabilities.
The impact of IoT in education is substantial, with the market expected to grow at a CAGR of 14.22 per cent to $17.42 billion in 2028. This growth underscores the transformative potential of IoT in creating more efficient, engaging and connected learning environments.
Gamification
Edutainment as a concept has been gaining traction in the education sector for some time now. This approach of combining education with entertainment, engages students through educational games, making learning a more experiential and multisensory process.
That said, gamification has emerged as an innovative learning method, transforming traditional education by incorporating game elements such as points, badges and leaderboards. This concept has turned learning into an immersive and engaging experience. By setting goals and challenges, gamification motivates students to actively participate.
New tech-driven gamification offers students immediate feedback on their progress, allowing them to monitor their performance and adjust their strategies in real time. This real-time feedback is particularly beneficial in immersive learning environments, where quick decision-making and adaptability are crucial.
Gamification techniques, along with interactive learning tools, are making education more engaging and immersive. Digital simulations, educational games, and virtual reality experiences help students understand complex concepts, improve retention and develop problem-solving skills.
Regulatory framework
The rapid growth of the edtech sector in recent years has highlighted the need for a comprehensive regulatory framework. The recently launched National Education Policy (NEP) 2020 underscores the importance of digitalising schools, creating opportunities for innovative educational technologies, platforms and digital resources to enhance teaching methodologies and student engagement. This policy prioritises the use of technology in education and supports the creation of learning content in regional languages.
However, the edtech industry in India currently lacks well-defined guidelines and oversight. There is a need for an edtech policy to set standards for teachers, curricula and the safety of children using these technologies. Such a policy should also include safeguards to protect children’s privacy and data. Additionally, it is crucial that this policy takes an inclusive and equitable approach, ensuring the rights of children with disabilities are taken into consideration.
An effective regulatory framework will allow technology-based interventions to improve learning outcomes safely and systematically, while also fostering the growth of edtech unicorns. Therefore, it is essential for key stakeholders, including educators, technology experts, policymakers and industry leaders, to collaborate closely and understand the nuances of the edtech landscape. This collaboration will enhance the credibility of the edtech sector, contributing to its long-term sustainability and positive impact on education globally.
Outlook
In addition to these advancements, transformative technologies such as blockchain are being used to secure educational records, while adaptive learning platforms are tailoring content to suit individual students based on their strengths and weaknesses. The combination of blended learning, AI, and the integration of other technologies will drive the sector’s rapid growth over the next five years. Emerging start-ups and ongoing innovations are expected to attract substantial funding from both private investors and the government; meanwhile, the industry is projected to achieve a CAGR of 27.5 per cent during 2024-28.
This growing use of technology has prompted a shift towards child-centred learning methods and motivated the government to build a system aligned with the global standards of school education. According to the India Brand Equity Foundation, the edtech industry in India is expected to reach $30 billion by 2031. However, it is essential to recognise that technology serves as a tool to enhance education, not to replace it entirely. Hence, it should be utilised with caution and care to complement traditional teaching methods.
Niha
