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Persistent Systems Partners with IIT Kharagpur to Launch AI Innovation Lab

Persistent Systems

Persistent Systems has partnered with IIT Kharagpur to establish an AI Innovation Lab at the institute’s Department of Computer Science and Engineering, aiming to advance AI research, talent development, and industry-academia collaboration.

The initiative aligns with Persistent Systems’ AI-first strategy and a shared vision of “AI for All.” The lab will focus on building robust, safe, and responsible AI systems across sectors such as healthcare analytics, educational technology, and financial intelligence.

The facility will feature advanced computational and instructional infrastructure to support both foundational and applied AI research. It is also expected to strengthen Persistent’s AI capability stack through reusable frameworks, domain expertise, and future-ready talent pipelines.

Also Read: upGrad Set to Acquire Unacademy in ₹2,055 Crore Deal

Anand Deshpande, Founder, Chairman, and Managing Director of Persistent Systems, said India’s AI future will depend on original research, deep engineering, and solving real-world challenges. He added that the lab will work closely with students and faculty to develop impactful, India-centric AI solutions.

The collaboration will also encourage international partnerships and cross-domain engagement, creating a platform for knowledge exchange among academia, industry, and policy stakeholders.

upGrad Set to Acquire Unacademy in ₹2,055 Crore Deal

upGrad

upGrad is set to acquire rival edtech platform Unacademy in an all-stock transaction valued at around ₹2,055 crore, marking one of the biggest consolidation moves in India’s edtech sector.

The deal values Unacademy at nearly 90% below its 2021 peak valuation of $3.4 billion, reflecting the broader correction in the online education market following the pandemic-era boom.

According to reports, Unacademy is expected to have ₹900–950 crore in cash reserves at the time of closing, making it an attractive acquisition for upGrad as it looks to strengthen its market position.

Also Read: Physics Wallah Acquires 40% Stake in Sarrthi IAS to Strengthen UPSC Test Prep Business

The acquisition follows months of negotiations between the two companies. Earlier discussions reportedly stalled due to valuation disagreements, but both firms later signed a term sheet for a 100% share-swap transaction.

The proposed deal highlights the ongoing consolidation trend in India’s edtech industry, where companies are focusing on profitability, operational efficiency, and AI-driven learning models amid changing market conditions

Physics Wallah Acquires 40% Stake in Sarrthi IAS to Strengthen UPSC Test Prep Business

Physics Wallah

Physics Wallah (PW) has acquired a 40% stake in Sarrthi IAS, expanding its presence in the civil services examination preparation segment. The deal reportedly values Sarrthi IAS at around ₹250 crore.

Founded by Varun Jain and Dr. Shivin Chaudhry, Sarrthi IAS offers mentorship-driven UPSC coaching programs, including foundation courses, mains preparation, prelims revision, and interview guidance. The platform will continue operating independently while leveraging Physics Wallah’s technology infrastructure and reach.

The acquisition is expected to strengthen PW’s UPSC vertical, PWOnlyIAS, as the company looks to deepen its footprint in India’s competitive exam preparation market. Reports suggest the combined UPSC business could cross ₹350 crore in revenue in FY26.

Read More: Codingal Appoints Praveen Kumar as VP of Operations

The move also comes as Physics Wallah prepares for its IPO, with the edtech firm reportedly planning a public issue worth around ₹4,500 crore

Codingal Appoints Praveen Kumar as VP of Operations

Praveen Kumar

Codingal has appointed Praveen Kumar as Vice President of Operations to strengthen its operational capabilities and support its next phase of growth.

In his new role, Kumar will oversee teacher operations, customer service, and delivery systems, while working closely with internal teams to improve coordination and execution across markets.

Kumar brings more than 16 years of experience across internet, edtech, and marketplace businesses. Before joining Codingal, he led operations at Apna and played a key role in scaling the India business of Udacity. He has also held leadership positions at OYO, EduKart, and TACT, and previously co-founded an agri-tech startup.

Also Read: Pearson Expands AI Learning Platforms as Virtual Segment Grows 21%

Commenting on the appointment, Vivek Prakash, Co-Founder and CEO of Codingal, said Kumar’s expertise in building scalable operating systems and execution frameworks would be instrumental as the company expands its AI and coding education offerings.

Pearson Expands AI Learning Platforms as Virtual Segment Grows 21%

Pearson

Pearson is accelerating the expansion of its AI-powered learning platforms as its virtual learning business recorded 21% growth, supported by rising adoption of digital education tools and improved student outcomes.

The company reported that its AI-enabled study tools are delivering measurable academic benefits, including up to an 11% improvement in pass rates and higher student engagement across virtual learning environments. Pearson’s AI-driven platforms use adaptive learning models to personalize study experiences and help students achieve proficiency faster.

Pearson has been embedding AI capabilities across its education ecosystem, including AI-powered study assistants, assessment tools, digital tutors, and instructor support systems. The company said these technologies are designed to improve learning outcomes while also reducing workload for educators.

Also Read: Dai Nippon Printing Co. Opens First India R&D Centre at IIT Hyderabad

Recent company data showed that students using AI-powered adaptive practice tools were significantly more likely to achieve topic mastery compared to those using traditional study methods, without spending additional study time.

Pearson’s broader AI strategy focuses on integrating responsible AI into education and workforce learning, as demand for flexible, personalized digital learning solutions continues to grow globally.

From Classrooms to Communities How Sairam Institutions is Redefining Purpose-Driven Education

Sairam Institutions

In a fast-changing world shaped by artificial intelligence, global competition, and complex societal challenges, educational institutions face a key question. Are students being prepared only for jobs, or for life itself? At Sri Sairam Institutions, this is not a slogan. It is a guiding belief that influences decisions across curriculum, student development, and community engagement. Under the leadership of Dr. Sai Prakash Leo Muthu, Chairman and CEO of Sairam Institutions, the group has strengthened its focus on outcomes, innovation, and real-world relevance, while consistently linking academic excellence with meaningful impact. 

A legacy built on credibility and consistency

Established in 1995, Sri Sairam Engineering College, Chennai, is an autonomous institution affiliated with Anna University. Over the years, it has earned recognition through NBA accreditation for all engineering programmes, NAAC accreditation with an A+ grade, and consistent presence in the NIRF rankings. These milestones reflect a strong academic foundation and reliable governance. 

From its origins as a traditional engineering college, the institution has expanded into a broader academic ecosystem. Today, the Sairam Group offers programmes across engineering, medicine, management, arts and science, polytechnic, and school-level disciplines. This multidisciplinary environment supports wider thinking, flexibility, and learning beyond subject boundaries. 

Education as experience, not routine

Dr Sai Prakash Leo Muthu describes education as a national responsibility, especially as India aims to become a developed nation by 2047. He believes learning should not rely only on lectures and examinations. Instead, education must be experiential and rooted in real engagement. Inspired by the Scouts and Guides movement, Sairam emphasises activity-based learning, discipline, character building, and life readiness. The institution also draws inspiration from Dr A. P. J. Abdul Kalam’s words on creativity and growth. In an age where information is widely accessible, Sairam sees inspiration and inner motivation as increasingly rare. It therefore encourages students to initiate personal change and build purpose-driven mindsets. 

Autonomy that strengthened systems and student readiness

Sairam Engineering College received autonomy from 2019 to 2020, a period that coincided with the COVID-19 disruption. Autonomy helped the institution strengthen governance and redesign academic systems with clarity. Faculty appraisal became more structured. Continuous professional development became mandatory. Curriculum reviews became a regular part of academic practice. Faculty training was directly linked to teaching quality and learning outcomes. 

This shift also moved the institution’s focus beyond narrow performance metrics. Student readiness became central. Confidence, ethical awareness, adaptability, and lifelong learning were treated as essential outcomes alongside academic performance. 

Closing the industry gap through structured roles and feedback

Sairam identifies the industry readiness gap as a gap of application, communication, and adaptability. To address it, faculty roles have been redesigned. Some faculty function as Talent Enablers who focus on skill development and mentoring. Others act as Placement Facilitators who maintain continuous engagement with industry partners. Industry feedback is routed through the Board of Studies and reflected in curriculum updates. Internships are mandatory, and faculty members undergo at least fifteen days of industry exposure to keep learning aligned with workplace realities. The institution has maintained pass percentages above 95 per cent since inception, supported by positive recruiter feedback. 

PGPA and the X Factor

A key initiative is PGPA, or Performance Grade Points Average. It is designed to go beyond CGPA by adding an X Factor that captures skills and experiences employers value. This X Factor is measured through fourteen components, including technical skills, certifications, internships, innovation events, clubs, sports, and social impact activities. PGPA offers students a roadmap for measurable growth and real-world readiness, while helping faculty mentor students using a holistic, data-driven view. 

Also Read: Reimagining Global Education for a Capability-Driven Future

Service, innovation, and recognition

Sairam aligns engineering education with social relevance by mapping course outcomes and projects to the UN Sustainable Development Goals. A flagship example is the Unnat Bharat Abhiyan initiative, through which Sairam has adopted ten villages and works on water, sanitation, and livelihood challenges. Students follow a structured process that begins with understanding the problem and ends with a prototype shared with the community. 

Innovation, research, and entrepreneurship form the backbone of the institution’s vision. Sairam has secured twenty-two granted patents and over six hundred and fifty published patents. It also achieved national recognition at the Smart India Hackathon 2024, with twenty-one teams qualifying for the Grand Finale and nine teams winning first prizes. Dr Sai Prakash Leo Muthu also notes honours such as the Baden Powell Award and recognition at the 80th United Nations General Assembly as collective achievements reflecting discipline, service, and responsibility. 

Ultimately, Sairam’s message is clear. Education must prepare individuals not only for employment, but for life itself. This belief continues to shape the institution’s direction and decisions.

Views expressed by: Dr. Sai Prakash Leo Muthu, Chairman and CEO, Sairam Institutions

Dai Nippon Printing Co. Opens First India R&D Centre at IIT Hyderabad

IIT Hyderabad

Dai Nippon Printing Co. (DNP) has inaugurated its first research and development (R&D) centre in India at the Indian Institute of Technology Hyderabad, marking a major step in strengthening India–Japan collaboration in advanced technologies.

Located at the institute’s Technology Research Park, the facility will focus on joint research in electric mobility and healthcare. Key areas of work include wireless power transfer systems for electric vehicles and the development of advanced synthesis methods for active pharmaceutical ingredients (APIs).

The centre aims to combine DNP’s technological expertise with IIT Hyderabad’s academic strengths to accelerate innovation and enable real-world applications. It also seeks to promote industry–academia collaboration, talent development, and knowledge exchange between India and Japan.

Also Read: NCERT Launches Free SWAYAM Courses for Class 11 & 12 Students

This marks DNP’s first R&D base in India and its second overseas facility after the Netherlands, reflecting the growing importance of India as a hub for research, innovation, and global technology expansion.

NCERT Launches Free SWAYAM Courses for Class 11 & 12 Students

SWAYAM Courses

NCERT has introduced a series of free online courses for Class 11 and 12 students on the SWAYAM platform, aiming to make quality education more accessible and flexible.

The initiative covers 11 key subjects, including Accountancy, Biology, Chemistry, Economics, Geography, Physics, Mathematics, Psychology, Sociology, Business Studies, and English. Each course is designed for a duration of around 21 weeks, allowing students to learn at their own pace through structured digital content.

The courses feature interactive learning tools such as quizzes, assignments, and assessments, with certificates awarded upon successful completion of the final evaluation.

Also Read:- Reimagining Global Education for a Capability-Driven Future

This move is part of NCERT’s broader effort to support students with accessible, curriculum-aligned resources, especially for board exam preparation, while promoting digital learning across the country.

Reimagining Global Education for a Capability-Driven Future

Mathieu Cooper

Digital platforms now allow institutions in different regions to co-create learning content, test innovations in diverse contexts, and share outcomes in real time. This reduces duplication, increases relevance, and ensures that innovation reflects cultural, economic, and social diversity rather than a single dominant model, shared Mathieu Cooper, Creator, Merkabah Management Systems, Australia in an exclusive interview with Kaanchi Chawla of Elets News Network (ENN). Edited excerpts:

How do you envision the evolution of global education systems in the next decade, especially as they transition from traditional hierarchies to more integrated, purpose-driven frameworks like the Merkabah Management System?

Over the next decade, education will shift from being primarily content-centred and hierarchical to becoming capability-centred, networked, and purpose-driven. Traditional models have been excellent at transferring knowledge, but less effective at building the adaptive, ethical, and systems-level thinking now required in a rapidly changing world. Frameworks like Merkabah Management Systems are not replacements for existing institutions, but integrative layers that help align learning with real-world complexity. They support a move from linear curricula toward learning ecosystems, where learners develop technical competence alongside critical thinking, emotional intelligence, ethical reasoning, and cross-disciplinary literacy.

Education will increasingly become a continuous, adaptive process embedded in work, community, and leadership. Curricula will no longer be static documents updated every few years, but living systems co-designed in real time with industry, educators, and learners, allowing institutions to respond quickly to technological change, workforce shifts, and emerging societal needs. The role of institutions will evolve from gatekeepers of knowledge to stewards of capability, coherence, and trust.

What role should global education leaders play in shaping policy frameworks that balance regulation with innovation in AI-enabled learning environments?

Education leaders have a responsibility to act as translators between innovation and governance. On one side is rapid technological change; on the other is the public’s need for safety, equity, transparency, and trust. Rather than reacting defensively to AI, leaders should proactively shape standards around responsible use, data governance, assessment integrity, and learner wellbeing. This includes co-creating frameworks with regulators, technologists, educators, and learners, not leaving policy formation solely to governments or vendors. The goal is not to slow innovation, but to ensure it remains human-centred, inclusive, and aligned with long-term societal benefit. Education leaders are uniquely positioned to hold that balance because they sit at the intersection of knowledge creation, workforce preparation, and social development.

Global education systems vary significantly in readiness for AI integration. What core capabilities should universities and vocational institutions prioritise to build future-ready graduates at scale?

The most important shift is from teaching tools to building capabilities. At scale, institutions should prioritise digital and AI literacy, not just how to use tools, but how to understand their limits, biases, and impacts.

They must also focus on systems thinking: the ability to understand interconnections between technology, society, the economy, and the environment; critical thinking and sense-making, so learners can evaluate information rather than simply consume it; ethical and civic literacy, ensuring graduates understand responsibility, privacy, and social consequences; and human skills such as communication, collaboration, creativity, and emotional intelligence.

These capabilities must be supported by strong learner-experience design, including personalised learning pathways, mentoring, wellbeing support, and career guidance. As learning becomes more flexible and technology-enabled, human support becomes more, not less, important.

I have worked directly on designing and delivering programs for regional learners, refugees, people with disabilities and diverse needs, parents returning to work, mature-aged workers, Indigenous communities, and young people at risk. These experiences have made it clear that while the intent of inclusion is strong, traditional delivery models are often too rigid, compliance-heavy, and slow to adapt to truly meet people where they are.

The next evolution of education must move beyond standardised pathways toward flexible, locally responsive, and culturally aware learning design, co-created with communities and employers, and supported by strong human facilitation rather than administrative control alone.

What international collaboration models do you believe hold the most promise for sharing best practices in education innovation (especially between Global North and Global South institutions)?

The most promising models are peer-based, reciprocal, and problem-driven rather than top-down or extractive. Effective collaboration looks like shared research platforms, open curriculum exchanges, joint pilot programs, and co-development of standards rather than unilateral “knowledge transfer.”

Digital platforms now allow institutions in different regions to co-create learning content, test innovations in diverse contexts, and share outcomes in real time. This reduces duplication, increases relevance, and ensures that innovation reflects cultural, economic, and social diversity rather than a single dominant model. True collaboration is not about exporting solutions, but about building shared learning ecosystems where knowledge flows in multiple directions.

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

As industries worldwide adapt to digital transformation, what educational models best prepare learners for careers that may not even exist yet?

The most effective models are modular, flexible, and deeply connected to industry, but structured as partnerships rather than pipelines. Education must be co-designed with employers so that learning pathways align with real workforce needs, while also protecting learner wellbeing, development, and long-term growth. This includes integrating formal education with work-integrated learning, apprenticeships, project-based collaboration, and continuous professional development, creating lifelong learning environments where people can learn, contribute, reflect, and evolve across different stages of their lives. These pathways should not end at first employment, but continue as industries, technologies, and societal needs change.

This approach also creates an opportunity to redesign education, so it genuinely serves those who have historically been marginalised by standard models, including regional communities, migrants and refugees, Indigenous learners, carers, and people re-entering the workforce, by aligning learning, support, and meaningful employment into a single, coherent pathway.

Ultimately, the true measure of success is not how many people are trained, but how many are supported to grow, contribute, and thrive over time. Education systems and industries share responsibility not only for skills development, but for human development, ensuring that technology, learning, and work evolve together in ways that serve people, communities, and the broader social good.

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

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