Interview with Dr Saravana Kumar S. Professor and HOD Information Technology, CMR University

The education sector is witnessing a significant transformation with the integration of cutting-edge technologies such as artificial intelligence (AI), machine learning (ML), augmented and virtual reality (AR/VR) and internet of things (IoT). This revolution is being driven by 5G networks, which offer substantially higher bandwidth and lower latency. Industry leaders share their views on the technology trends shaping the edtech space, emerging use cases of these technologies and the challenges in deployment…

What innovative use cases have emerged for technologies such as AI/ML, AR/XR/MR and IoT in education? How are these technologies enhancing the learning environment?

The integration of AI/ML, AR/XR/MR and IoT in education is revolutionising the learning environment with several use cases. AI enables personalised learning by analysing student data to tailor materials and pace. AR creates immersive learning experiences by overlaying digital content onto the real world, while VR provides realistic simulations for skill practice in a risk-free setting. Medical students can perform surgeries, engineers can troubleshoot machinery and astronauts can experience space missions – all contributing to experiential learning and skill development. Further, IoT transforms classrooms into smart environments with real-time monitoring and collaborative tools. Additionally, data-driven decision-making utilises AI and IoT to analyse student performance and engagement comprehensively.

What ICT tools and platforms has your organisation implemented to enhance digital learning experiences? What are the main challenges faced while deploying new-age technologies? How are they being addressed?

There are several common ICT tools and platforms that organisations often implement to enhance digital learning experiences:

• LMS: LMS platforms such as Moodle, Canvas and Blackboard facilitate course delivery, content management, assessments and communication between students and instructors in a digital environment.
• Virtual classroom platforms: Tools such as Zoom, Microsoft Teams and Google Meet enable real-time video conferencing, screen sharing and collaboration features for synchronous online classes and virtual meetings.
• Online assessment and proctoring systems: These systems, such as ProctorU or ExamSoft, enable secure online assessments with features such as remote proctoring, plagiarism detection and question randomisation to maintain academic integrity.
• AI-powered adaptive learning platforms: AI-driven platforms such as Coursera, Khan Academy, or Duolingo use ML algorithms to personalise learning experiences, recommend content and provide feedback based on individual learner’s preferences and performance.

Meanwhile, challenges in deploying new-age digital learning technologies include ensuring reliable internet connectivity and hardware access, especially in remote areas; addressing digital literacy gaps with adequate training for educators and students; and protecting student data while complying with regulations such as General Data Protection Regulation and Children’s Online Privacy Protection Rule. Additionally, seamless integration of ICT tools and equitable access to technology are critical. Further, ensuring seamless integration and compatibility between different ICT tools and platforms used within an educational institution’s ecosystem and addressing disparities in access to technology and digital resources among students are other certain challenges. Organisations can address these challenges by investing in infrastructure, providing professional development, implementing robust security measures, partnering with tech providers and promoting inclusive policies.

As remote and hybrid learning models continue to evolve, what are the key technological advancements you foresee shaping the future of education? How are you preparing to integrate these into your platform?

The key technological advancements shaping education include AI for personalised learning, utilising algorithms to analyse data for tailored content and feedback. Immersive technologies such as AR and VR provide interactive learning experiences where students explore virtual environments and engage in simulations. Meanwhile, IoT enhances learning environments with real-time data from sensors and smart devices, optimising instruction based on student engagement and behaviour. Notably, blockchain ensures secure and verifiable credentialing, maintaining tamper-proof records of academic achievements. Further, natural language processing enables intelligent tutoring systems and virtual tutors that interact with students naturally, enhancing educational support through conversational interfaces.

To integrate these technological advancements into their platforms, organisations need to invest in research and development, collaborate with technology vendors and research institutions, train educators and staff on new tools and methodologies, and curriculum adaption.

Going forward, how do you see the education space transforming in India? What will be the key drivers?

The education space in India is poised for significant transformation, driven by several key factors:

• With the growing availability of smartphones, laptops and high-speed internet access, online learning platforms, digital content and educational apps are becoming more accessible to students across the country.
• The Indian government’s initiatives such as Digital India, NEP 2020 and schemes such as SWAYAM and SWAYAM PRABHA are aimed at promoting digital literacy, expanding access to quality education and fostering innovation in the education sector.
• The burgeoning edtech sector in India is witnessing rapid growth and innovation, fuelled by increasing demand for online learning solutions, test preparation courses, skill development programmes and lifelong learning opportunities.
• Government initiatives such as the Skill India Mission and vocational training programmes integrated with technology will play a crucial role in bridging the skills gap and fostering economic growth.
• As aspirations for higher education and upward social mobility continue to rise in India, there is a growing demand for quality education that is accessible and affordable. Online learning platforms, MOOCs and distance education programmes are providing learners with flexible and cost-effective alternatives to traditional brick-and-mortar institutions.

Overall, the education space in India is undergoing a paradigm shift towards digitalisation, accessibility and innovation, driven by technological advancements, policy reforms, entrepreneurial initiatives and evolving socio-economic dynamics.