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When AI Rewrites the World, Education Must Teach Us to Hold the Pen

Manish Bakshi

Artificial intelligence is no longer a distant concept shaping the future. It is already reshaping classrooms, careers, and societies worldwide. As algorithms grow faster and more capable, education systems are confronting a fundamental question. If machines can compute, generate, and optimise at scale, what should humans learn to do better?

This question was at the heart of a recent cross-border education exchange initiated by BenQ. The initiative brought education leaders from international schools in the Middle East to Taiwan for the EduVision Summit 2025. The exchange went beyond technology demonstrations. It created a space for dialogue on what education must become in an AI-driven world. One that values not only technical literacy, but also the uniquely human skills that machines cannot replace.

From Using AI to Understanding It

Across global education systems, the conversation is shifting. The focus is no longer just on how to use AI tools, but on how to live and learn alongside them. As AI becomes embedded in daily life, simple knowledge transfer and tool operation are no longer sufficient. Education must now cultivate AI literacy. This includes understanding how AI works, how it should be used responsibly, and where its ethical boundaries lie.

Education leaders at the summit echoed a growing global consensus. AI literacy should be treated with the same importance as reading and writing. If AI is rewriting the rules of work and society, students must be equipped not just to consume its outputs but to question, guide, and collaborate with it.

As one education leader aptly summarised, “If AI rewrites the world, we must ensure students are holding the pen.”

This shift reframes education’s role. It moves from teaching students to keep pace with machines to ensuring humans remain in the lead.

Soft Skills Are No Longer “Soft”

While AI excels at efficiency, it struggles with ambiguity, empathy, and moral judgment. These limitations are precisely where education must now focus.

Industry voices at the EduVision Summit reinforced this reality. In today’s corporate world, speed is no longer the differentiator. AI can already deliver that. What matters is the ability to create new value, solve undefined problems, and navigate complexity with judgment and trust.

Future talent, education leaders agreed, will need more than technical proficiency. Resilience, curiosity, empathy, leadership, and critical thinking are quickly becoming the defining skills of employability. AI may optimise systems, but it cannot lead a team through a crisis, understand cultural nuance, or build trust with human beings.

This understanding challenges traditional education models built on linear pathways of memorisation, testing, and repetition. Instead, agile and cyclical learning models centred on thematic exploration, application, reflection, and adaptation are emerging as more relevant for an uncertain future.

Why Cross-Border Dialogue Matters

Recognising that no single region has all the answers, BenQ positioned the EduVision Summit as a platform for listening as much as sharing. By connecting educators from the Middle East, where governments are actively investing in national AI strategies, with Taiwan’s mature EdTech ecosystem, the exchange highlighted the value of cross-cultural learning.

Taiwan’s role in the global AI value chain has long attracted international attention. What visiting educators encountered was not just advanced hardware. It was a living example of how AI, pedagogy, and culture can coexist meaningfully in classrooms.

Middle Eastern school leaders brought their own perspectives and cautions. While AI can generate instant answers, learning without context or feedback does little to build critical thinking. Technology must be guided by ethical frameworks, human values, and teacher judgment to truly benefit students.

These conversations underscored a shared understanding. AI in education cannot be implemented in isolation. It requires collaboration between educators, industry, policymakers, and communities across borders.

Inside the Classroom: AI in Practice, Not Theory

At Renai Junior High School in Taipei, the dialogue moved from philosophy to practice. The school, a long-standing leader in bilingual, STEAM, and technology-integrated education, offered visiting educators a glimpse into how AI can enhance teaching without replacing it.

In one interdisciplinary lesson combining AI, language arts, and visual creativity, students used AI image-generation tools to interpret classical literature. Abstract imagery became tangible. Discussion deepened. Creativity flourished. Teachers guided analysis and reflection, ensuring technology supported comprehension rather than distracting from it.

Beyond the classroom, students demonstrated projects in programming, robotics, immersive AR, VR, and XR experiences, and mechanical design. They confidently presented their ideas in English. What stood out was not just technical skill, but communication, collaboration, and confidence.

For educators observing from abroad, the takeaway was clear. Technology is most powerful when it amplifies student expression and teacher intent rather than dictating learning outcomes.

Also Read: Centre Disburses ₹2,042 Crore for Education Schemes Benefiting OBC, EBC and DNT Students

Technology Must Adapt to Culture

One of the most resonant messages from the exchange was the importance of cultural context in education technology. BenQ’s long-term engagement with schools in the Middle East has reinforced this lesson.

Rather than deploying standardised solutions, BenQ has worked closely with regional educators to co-develop features that reflect local needs. One example is the integration of prayer time reminders into classroom systems so learning flows naturally without disruption. These decisions reflect a deeper philosophy. Technology should adapt to the rhythms, values, and realities of the classroom.

This teacher-centric, context-driven approach positions technology not as a disruption, but as an enabler. It supports educators at their own pace through training, resources, and a long-term partnership.

Education as a Shared Responsibility

As AI continues to evolve, education can no longer be shaped by schools alone. Industry, governments, non-profits, and media all play a role in building AI literacy at scale. Large-scale outreach programs, teacher training initiatives, and collaborative ecosystems are becoming essential to ensure equitable access, especially for students in underserved or remote communities.

The EduVision Summit illustrated what is possible when education is treated as a shared responsibility rather than a siloed system.

Looking Ahead

AI will continue to advance. That much is certain. The real question is whether education will rise to meet it thoughtfully.

By fostering dialogue between regions, grounding innovation in real classrooms, and keeping teachers and students at the centre, initiatives like BenQ’s cross-border education exchange offer a compelling path forward. Not one where technology leads blindly, but one where humanity sets the direction.

In an era where machines are learning rapidly, education’s most important task may be to remind us what it truly means to be human. It must also ensure the next generation is prepared not just to use AI, but to lead with it wisely.

Views expressed by: Manish Bakshi, Managing Director, BenQ Middle East

Centre Disburses ₹2,042 Crore for Education Schemes Benefiting OBC, EBC and DNT Students

Government Education Schemes

The Government of India has disbursed over ₹2,042 crore under various education schemes aimed at supporting students from Other Backward Classes (OBCs), Economically Backward Classes (EBCs), and De-notified, Nomadic and Semi-Nomadic Tribes (DNTs).

According to the Ministry of Social Justice and Empowerment, the funding has been allocated during the financial year 2025–26 to strengthen access to quality education and support academic progression among students from socially and educationally disadvantaged communities.

Union Minister Virendra Kumar said the initiatives are part of the government’s continued efforts to promote educational empowerment and ensure targeted welfare delivery for eligible beneficiaries.

The ministry reported a significant increase in expenditure across key schemes. Spending under OBC welfare programmes rose by 36.96% compared to the previous financial year. Scheme-wise, allocations increased by 59.13% under Pre-Matric Scholarships and 27.18% under Post-Matric Scholarships. Substantial growth was also recorded in “Top Class Education” initiatives, with a 154% rise for school-level support and 105.80% for higher education programmes.

Also Read: Chhattisgarh Board Declares Class 10 and 12 Results 2026; Over 5 Lakh Students Check Scores

Officials said the enhanced funding reflects the government’s commitment to expanding educational opportunities and improving outreach to underserved communities. The schemes aim to ensure that financial assistance, scholarships, and academic support reach students in a timely and effective manner.

The move is expected to play a crucial role in improving enrolment, retention, and higher education participation among marginalised groups, while contributing to inclusive growth in India’s education system.

Chhattisgarh Board Declares Class 10 and 12 Results 2026; Over 5 Lakh Students Check Scores

Chhattisgarh Board of Secondary Education

The Chhattisgarh Board of Secondary Education (CGBSE) has announced the Class 10 and Class 12 board examination results for 2026, bringing relief to over five lakh students across the state.

The results were declared on April 29 and made available on official portals, including cgbse.nic.in and results.cg.nic.in. Students can also access their marksheets via DigiLocker and the UMANG app using their roll numbers.

For Class 10, the overall pass percentage stands at 77.15%, with girls outperforming boys by a notable margin.

In Class 12, the overall pass percentage is 83.04%, reflecting a strong performance by students across streams.

The board conducted the examinations earlier this year, and results were released following a press conference by state authorities. Students are required to secure a minimum of 33% marks in each subject to pass the examination.

Along with results, the board has also released details such as toppers, district-wise performance, and gender-wise analysis. Reports indicate that students from government-run residential schools, including tribal institutions, have performed strongly in merit rankings this year.

Also Read: Cape Breton University and BML Munjal University Sign MoU to Boost India–Canada Academic Collaboration and Research

Students who are not satisfied with their scores will be able to apply for revaluation or appear for supplementary examinations as per the board’s guidelines.

The declaration of results marks a crucial academic milestone, guiding students toward higher education and future career pathways. 

Cape Breton University and BML Munjal University Sign MoU to Boost India–Canada Academic Collaboration and Research

Cape Breton University

In a move to deepen international academic engagement, Cape Breton University (CBU) and the School of Engineering and Technology at BML Munjal University (BMU) have signed a Memorandum of Understanding to establish a structured framework for cross-border education, research, and skills development.

The five-year collaboration aims to build a two-way talent and knowledge exchange between India and Canada, enabling students and faculty to participate in globally integrated learning ecosystems. The partnership goes beyond conventional academic exchange, focusing on long-term, outcome-driven engagement.

Under the MoU, both institutions will collaborate across multiple areas, including student and faculty exchange programmes, joint research initiatives, academic knowledge sharing, and the co-creation of conferences, symposia, and innovation-led forums.

The agreement will also support undergraduate and postgraduate student mobility, faculty immersion programmes, and advanced training pathways aligned with emerging technologies and evolving global workforce demands.

David C. Dingwall said the partnership is a key step in expanding CBU’s global engagement strategy and will create meaningful opportunities for academic exchange and innovation-driven research.

Also Read: Nagaland Signs MoU with Sarojini Damodaran Foundation to Launch Vidyadhan Scholarship Programme

Prof. Maneek Kumar noted that Indian students are increasingly seeking globally integrated learning experiences that translate into real career outcomes. He added that the collaboration will strengthen research capabilities and prepare students for an interconnected global workforce.

The partnership reflects a broader shift in higher education, where institutions are moving beyond standalone international programmes toward continuous, integrated global learning models aimed at enhancing employability and innovation.

Nagaland Signs MoU with Sarojini Damodaran Foundation to Launch Vidyadhan Scholarship Programme

Nagaland Government

The Department of School Education, Government of Nagaland, has signed a Memorandum of Understanding with the Sarojini Damodaran Foundation to implement the Vidyadhan Scholarship Programme, aimed at supporting meritorious students from government schools across the state.

The MoU was signed at the Nagaland Civil Secretariat in Kohima on April 28, 2026, marking a significant step toward expanding access to education for students from economically weaker backgrounds.

Under the initiative, the scholarship will primarily benefit students who have recently passed the HSLC examination. The programme is designed to provide long-term support, extending beyond school education into higher studies, including professional courses.

Officials highlighted that the initiative is particularly relevant for Nagaland, where many students come from rural and financially constrained communities. The programme aims to enhance educational opportunities, encourage academic aspirations, and support students throughout their learning journey.

Also Read: Human Creativity in the Age of Intelligent Machines

The Vidyadhan Scholarship Programme, launched in 1999, is currently operational across multiple states and Union Territories. It offers not only financial assistance but also mentoring, career counselling, skill development, and internship opportunities to students.

The partnership is expected to complement existing government schemes and strengthen the state’s efforts to improve access to quality education, enabling more students to pursue higher education and career opportuniti

Human Creativity in the Age of Intelligent Machines

Dr. Cecilia Vallorani

The future is promising for those who have the capacity to engage in critical thinking, imagination, and creative production in collaboration with intelligent machines. As artificial intelligence (AI) becomes increasingly integrated into routine tasks, it becomes imperative for educational leaders to prioritize the human capacities that AI cannot replicate, shared Dr. Cecilia Vallorani, CEO & Founder, EchoEd L.LC-FZ, UAE in an exclusive interaction with Kaanchi Chawla of Elets News Network (ENN). Edited excerpts:

EchoEd’s educational philosophy emphasizes “learning heard, felt, and remembered.” In your view, how should global education systems evolve to prioritise neuroscience-informed and experience-driven learning over traditional rote methods?

Over two decades in multilingual education and curriculum design have taught me that learning is most effectively facilitated when students encounter information in a memorable manner, as opposed to a mere reception of it. The foundation of EchoEd is predicated on the notion that auditory stimuli, emotional responses, and narrative elements collectively engage more profound neurocognitive pathways than textual information alone. This theoretical framework posits that learners are able to process narratives in a multifaceted manner, encompassing both sensory and cognitive dimensions. Educational neuroscience corroborates this finding, demonstrating that memory, comprehension, and motivation are notably enhanced when learning engages auditory, emotional, and experiential channels.

Consequently, for global education to evolve, it must make a fundamental pivot from passive knowledge transmission to immersive, multisensory learning. This necessitates a reconceptualisation of conventional classroom practices, with an emphasis on the integration of storytelling, sound design, voice, and real-world contextualisation. This pedagogical shift enables learners to develop a deeper understanding of concepts, promoting a sense of ownership over their learning rather than merely memorizing information. Digital-orality tools, such as EchoEd’s “sound-movie” format EchoTale, which integrates narrative, music, and sound design, exemplify this shift by positioning listening not as a passive act, but as an active, immersive cognitive process in which imagination becomes a primary site of learning.

The implementation of this sensory-rich, emotionally meaningful approach necessitates systemic change. The call for change includes the necessity of teacher training in neuroscientific pedagogy, investment in audio and interactive digital resources, and, crucially, a shift in assessment away from rote-based evaluation and toward competency-based models that value applied creativity, reflective thinking, and multimodal literacy. When learning is characterised by auditory, tactile, and emotional engagement, it is more likely to be retained and transformed into transferable, meaningful knowledge that extends beyond the confines of the examination setting.

Gamification and AI are increasingly shaping education worldwide. What do you see as the ethical responsibilities of EdTech creators to ensure these tools enhance critical thinking and human empathy, not just engagement metrics?

It is imperative that technological advancements serve the needs of humanity, rather than supplanting human labor. EdTech creators bear a significant responsibility to ensure that tools such as gamification and artificial intelligence not only promote engagement but also critical thinking, empathy, and ethical awareness. My research on integrating podcasts and gamification into language learning demonstrates that significant gains in motivation and vocabulary occur when students are prompted to interact critically and creatively with content, as opposed to merely consuming it passively.

This distinction is of paramount importance. The integration of gamification within educational environments must be meticulously designed to incentivise qualities such as perseverance, collaboration, and profound reflection. This approach should eschew the cultivation of competitive spirit and superficial stimulus-reward loops that are characteristic of contemporary gaming and monetisation strategies. In a similar vein, AI systems must be designed with transparency in mind, actively mitigating any inherent bias, and purposefully crafted to complement human interaction and creativity. It is imperative that educational institutions prioritise the cultivation of student agency, facilitate the development of empathy through narrative and perspective-taking, and refrain from the implementation of data-extraction models that commodify the learner.

At EchoEd, this ethical framework is central to our philosophy, which places the human voice, whether organic or AI-augmented, at the heart of meaning-making. The conceptualisation of AI entails its design as an amplifier of imagination and a tool for personalising learning journeys. It is not intended to function as a substitute for the emotional connection and interpretive space that are inherent to storytelling. The fundamental responsibility of ethical EdTech lies in prioritising student well-being, data privacy, and inclusive design. By ensuring that these powerful tools humanise learning, reconnect students with literature and each other, and foster a more empathetic global dialogue, EdTech can contribute to a more equitable and inclusive educational environment.

What global policy shifts are necessary for emerging economies to adopt and regulate EduTech innovations responsibly, ensuring access and equity?

Emerging economies are confronted with two pressing challenges: the limited development of infrastructure and the rapid increase in the youth population. In order to responsibly adopt and scale educational technology innovations, policy must be built on a foundation of equitable access, meaningful teacher training, and deep cultural relevance.

I would advocate for three critical shifts that must occur in order to achieve the desired outcome. First, policies promoting digital inclusion must be prioritised to fund broadband access and device distribution. Concurrently, low-bandwidth learning models must be actively promoted. Examples of such models include EchoEd’s audio-first solutions, which have been shown to remain effective in environments with limited connectivity. Secondly, the establishment of comprehensive teacher upskilling frameworks is imperative; technology can only transform education when educators are equipped with pedagogical training in AI literacy, digital storytelling, and formative assessment. It is imperative to prioritise cultural and linguistic sovereignty within the domain of EdTech. This entails the utilisation of tools that reflect and elevate local languages, narratives, and identities. Digital orality is a unique medium for achieving this objective, as it facilitates the preservation of cultural voice while simultaneously enabling global exchange.

To actualise these principles, public-private partnerships are indispensable for subsidising access, while regulatory frameworks must foster innovation and mitigate digital disparities. Models such as EchoEd’s provide a scalable, low-bandwidth framework; however, authentic equity necessitates explicit policies that prioritise mother-tongue and multilingual support. The democratisation of knowledge in an inclusive and culturally responsive manner is predicated on the notion that it will ultimately result in the democratization of opportunity itself.

With advances in AI, what skills should educational leaders prioritize to prepare students for a future where human creativity and machine collaboration are central?

The future is promising for those who have the capacity to engage in critical thinking, imagination, and creative production in collaboration with intelligent machines. As artificial intelligence (AI) becomes increasingly integrated into routine tasks, it becomes imperative for educational leaders to prioritize the human capacities that AI cannot replicate. These include voice, emotion, interpretation, and the deeply personal experience of narrative.

This necessitates a definitive curricular and pedagogical transformation, with an emphasis on cultivating creative problem-solving skills, empathy, intercultural intelligence, and multiliteracies integrating the visual, digital, auditory, and AI-assisted domains. It is imperative to cultivate not only digital literacy but also critical inquiry, ethical judgment, resilience, and most importantly, enduring curiosity.

Achieving this objective necessitates the implementation of professional development programs for educators. It is important that the integration of technology in education transcend the level of basic tool incorporation and evolve to encompass adaptive teaching methodologies, design thinking, and trauma-informed pedagogy. At EchoEd, the pedagogical approach is guided by the utilization of sound-movie pedagogy, podcasts, and gamification. These methods are not regarded as mere technological substitutes, but rather as catalysts that foster student learning. These catalysts are designed to equip students with the skills to not only consume media, but also to perform, interpret, and collaboratively create it. By emphasizing these human-centered competencies, we prepare students not for a world dominated by machines, but for a future shaped by human creativity, ethical reasoning, and meaningful connection.

Also Read: Bridging Academia and Employability A New Higher Education Paradigm from Punjab

Looking ahead to 2030, what global education milestone would you most like to see realized, one that reflects true progress in equitable, human-centered learning?

By the year 2030, it is anticipated that a substantial educational achievement will have been attained on a global scale, wherein audio-inclusive, human-centered literacy has been integrated into public and private educational systems on a global scale. This integration is expected to be acknowledged on a universal scale as a fundamental human right. This would imply that digital orality is considered a legitimate and valuable form of academic literacy, comparable to reading and writing. This shift could be as significant as the advent of the printing press centuries ago, particularly for learners who have been marginalised by conventional, text-centric environments.

My vision is to explore the potential for a global initiative that would facilitate universal access to literature and learning through the medium of sound. This initiative aims to empower individuals of all backgrounds, including those with diverse linguistic and cultural identities, to engage with literary and educational materials. The initiative seeks to foster imagination, foster a sense of belonging in shared narratives, and facilitate learning in the individual’s native language. True educational progress is not merely informative; it is equitable, culturally responsive, and designed around how humans naturally process and retain information. The objective is to inspire, embrace, and ultimately transform.

EchoEd endeavors to contribute to this vision by demonstrating that innovation, when embedded in human-centered design, can facilitate learning for all individuals through sound. This approach underscores the notion that education that is auditory, experiential, and memorable possesses the capacity to democratise both knowledge and opportunity.

Bridging Academia and Employability A New Higher Education Paradigm from Punjab

S. Nirmal Singh Rayat

Education must go beyond imparting knowledge; it must foster dignity, self-assurance, and self-reliance. 

Lamrin Tech Skills University in Punjab has become a subtle yet powerful demonstration of higher education prioritising genuine capability over conventional degree programs. This transformation is driven by the vision of its Founder and Chancellor, Mr Nirmal Singh Rayat, who holds the simple conviction that universities should prepare students for life, not just for exams.

The name itself is significant. “Lamrin” is derived from the Buddhist term Lamrim, which means “stages of the path.” It implies a guided, step-by-step educational journey that builds not just skill, but also character and purpose. The university has consistently applied this philosophy.

Rather than separating education and employment, Lamrin Tech Skills University intentionally integrates them. Its programs in engineering, management, and tech-focused vocational fields are developed in close partnership with industry. Learning extends beyond lectures into labs, simulations, workshops, and real-world problem-solving, ensuring theory is validated by utility. This approach is not a compromise; it is an education that values time, effort, and relevance. Students learn concepts, apply them, and refine their understanding with support from both faculty and industry mentors. The university leadership calls this “learning with purpose,” where skill, mindset, and accountability are intertwined.

The campus draws a diverse student body from across India, including Punjab, Haryana, Himachal Pradesh, Rajasthan, Uttar Pradesh, Bihar, Madhya Pradesh, Maharashtra, and beyond. Many are first-generation learners, yet instead of being overwhelmed by a rigid system, they find a culture that encourages experimentation, inquiry, and growth. Young women enter tech roles previously unimagined in their families, while students from small towns build prototypes with pride, moving beyond rote memorisation. A common sentiment echoes: for the first time, their education feels tied to reality.

The leadership behind this model is decidedly practical. LTSU is not motivated by prestige alone, but by a central question: what kind of graduates does India truly need? The answer: individuals who think critically, communicate effectively, work ethically, master technology, and adapt to change. Achieving this requires more than infrastructure; it demands a culture that prizes discipline, curiosity, respect for labour, and the dignity of skill. In a society that often elevates theory over practice, Lamrin’s emphasis on hands-on capability is quietly revolutionary.

Industry and international partnerships reinforce this vision. These collaborations are functional, not merely ceremonial; they inform curriculum updates, bring professionals into classrooms, and align training with actual workforce needs. Students gain exposure to recognised standards and certifications, building confidence that their education will lead to opportunity.

A defining aspect of the Lamrin model is its deliberate pace. True to its name, education is treated as a path, not a race. Students progress through stages of understanding, practice, and reflection, supported by mentors and teachers who acknowledge that meaningful development takes time.

Also Read: From Scale to Credibility Building Trusted Education Ecosystems in the Middle East

Lamrin Tech Skills University’s story is still unfolding, and it acknowledges that no institution is perfect. Yet under the top leadership, its direction is clear: rather than emulating traditional elite universities, LTSU is building something more responsive, addressing the needs of contemporary India and the ambitions of young people who seek meaningful returns on their effort.

If the role of higher education is to open doors, not merely to embellish diplomas, then Lamrin Tech Skills University is steadily opening them, for one student after another. In doing so, it reaffirms that when learning is intentional, guided, and rooted in real-world application, it becomes precisely what “Lamrin” signifies: a purposeful path forward.

Views expressed by: S. Nirmal Singh Rayat, Chancellor, Lamrin Tech Skills University, Punjab

Jodhpur’s AI Pilot Transforms School Assessments, Evaluates 70,000 Students in Seconds

AI for assessment

In a significant step toward technology-led education reform, Jodhpur district in Rajasthan has launched an AI-driven assessment pilot that has evaluated over 70,000 students across more than 1,000 schools in just seconds, dramatically reducing the time taken for traditional grading processes.

The initiative covers students from Classes 6 to 9 and is being implemented under the second phase of the Competency-based Census Assessment and School Reporting Pilot Project. The AI system assessed answer sheets in five core subjects—English, Hindi, Mathematics, Science, and Social Science—across both Hindi and English medium schools.

According to officials, what earlier took weeks to complete has now been finished within three days. Teachers scan answer sheets using an AI-enabled application, which then grades responses and generates detailed report cards in seconds. The project is being seen as one of the first large-scale uses of AI in India to evaluate subjective answers, moving beyond multiple-choice assessments.

The system also creates analytical performance reports for students, teachers, principals, and schools. These reports identify learning gaps topic-wise and help teachers plan targeted remedial interventions. Officials say the AI-led process ensures faster, bias-free, and more standardised evaluations.

Also Read: Indian Institute of Technology Madras Launches Three AI Courses on SWAYAM Plus to Expand Digital Skilling

School-level dashboards compare institutional performance and provide parents with clearer insights into learning outcomes. The reports are expected to be formally shared during the first Parent-Teacher Meeting of the academic year.

Education administrators believe the pilot could become a model for wider adoption, demonstrating how AI can improve assessment quality, reduce teacher workload, and support data-driven learning outcomes in government schools.

Indian Institute of Technology Madras Launches Three AI Courses on SWAYAM Plus to Expand Digital Skilling

Indian Institute of Technology Madras

Indian Institute of Technology Madras has introduced three new beginner-friendly Artificial Intelligence courses on the SWAYAM Plus platform as part of its “AI for All” initiative, aimed at making AI education more accessible to students, professionals, and non-technical learners.

The newly launched programmes include AI for Aspiring Engineers, AI for Administrators, and Prompt Engineering. These courses have been developed in partnership with IITM Pravartak and are designed for learners with no prior coding or AI experience.

AI for Aspiring Engineers focuses on foundational skills in Python, AI, and Machine Learning using real engineering datasets, helping students transition into technical education. AI for Administrators is tailored for management professionals seeking to use AI, machine learning, and generative AI in decision-making. The Prompt Engineering course introduces learners to effective interaction with AI systems for accurate and meaningful outputs.

Also Read: Nagaland University Launches New Four-Year Undergraduate Science Programmes at MDRC

According to IIT Madras, registrations for all three programmes are open until May 10, 2026, through the SWAYAM Plus portal. The AI for Aspiring Engineers course is priced at ₹500 plus GST, while the other two programmes are available at ₹100 plus GST each.

Officials said SWAYAM Plus has completed two years of operations and now hosts more than 500 online courses across sectors such as engineering, BFSI, Indian Knowledge Systems, and IT/ITeS, with over 5.5 lakh learners registered so far.

The launch reflects the growing demand for accessible AI education and industry-relevant digital skilling across India.

Nagaland University Launches New Four-Year Undergraduate Science Programmes at MDRC

Nagaland University

Nagaland University has launched new four-year undergraduate science programmes through its Multi-Disciplinary Research Centre (MDRC), marking a significant step toward expanding research-driven higher education opportunities in the state. The new courses are aligned with the objectives of the National Education Policy 2020 and are aimed at promoting multidisciplinary and flexible learning pathways.

The programmes will be offered at the university’s Lumami campus and include core disciplines such as Physics, Chemistry, Mathematics, Zoology, and Botany. Students will also have access to Ability Enhancement Courses and Value Added Courses to strengthen practical, interdisciplinary, and career-oriented learning.

According to the university, the new academic structure offers multiple exit options, allowing students to earn a certificate after one year, diploma after two years, degree after three years, and an honours or research degree after four years. This flexible framework is designed to support varied career and academic pathways.

Also Read: Dharmendra Pradhan Reviews NCERT Textbook Availability, Directs Timely Distribution Across States

Admissions for the 2026 academic session have opened, with applications being accepted until May 18. The university said the initiative aims to equip students with strong academic foundations, practical skills, and pathways to higher studies and employment.

The launch is expected to strengthen science education and research culture in Nagaland while creating more opportunities for students within the region. It also reflects a broader push among universities across India to modernise undergraduate education through multidisciplinary curricula and research integration.

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