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CBSE revises board exam schedule for classes 10 and 12

CBSE Board Exam

The Central Board of Secondary Education (CBSE) has officially revised the examination dates for Class 10 and Class 12 board exams. As per the updated schedule, the Class 10 board examination, which was earlier set to begin on 3 March next year, will now be conducted from 11 March.

Similarly, the Class 12 board examination has also been postponed. The exam, initially planned for 3 March 2026, will now commence on 10 April 2026. CBSE clarified that the revision in dates has been made due to administrative considerations.

Also Read: Delhi University VC Yogesh Singh takes over as Interim AICTE Chairman

The board has directed all affiliated schools to promptly communicate the revised examination schedule to students and parents to ensure clarity and smooth preparation.

Delhi University VC Yogesh Singh takes over as Interim AICTE Chairman

VC Yogesh singh

Delhi University Vice Chancellor Prof. Yogesh Singh has been given additional responsibility as the Chairperson of the All India Council for Technical Education (AICTE), officials have confirmed.

The move follows the completion of the tenure of former AICTE Chairman Prof. T.G. Sitharam on December 20. According to a communication issued by the Ministry of Education, Prof. Yogesh Singh will continue in this role until a full-time Chairperson is appointed or further directions are issued by the government.

Currently serving as the 23rd Vice Chancellor of Delhi University, Prof. Yogesh Singh brings extensive experience in academic leadership. Prior to this, he was the Vice Chancellor of Delhi Technological University and has also headed the National Council for Teacher Education (NCTE).

Also Read: Jaro Education Renews Partnership with Symbiosis for Five More Years

In August 2023, the government entrusted him with the additional charge of Director at the School of Planning and Architecture (SPA). His earlier leadership roles include serving as Director of Netaji Subhas Institute of Technology (NSIT), Delhi, between 2014 and 2017, and as Vice Chancellor of Maharaja Sayajirao University of Baroda, Gujarat, from 2011 to 2014.

With this interim appointment, Prof. Yogesh Singh is expected to oversee AICTE’s regulatory and policy functions until a permanent appointment is made.

Jaro Education Renews Partnership with Symbiosis for Five More Years

Jaro education

Jaro Education has extended its exclusive partnership with Symbiosis School for Online and Digital Learning for an additional five years, marking a significant milestone in their collaborative efforts to expand online higher education accessibility across India.

The renewed agreement, announced recently, builds on the success of their initial three-year partnership that commenced in February 2023. Under this arrangement, Jaro Education manages admissions and learner support services for multiple degree programmes offered by SSODL, a constituent of Symbiosis International (Deemed University).

The partnership encompasses a diverse portfolio of online programmes including MBA, BBA, BCA, and specialized master’s degrees in Computer Applications, Data Science, Economics, Mass Communication, Applied Statistics, and International Studies.

The collaboration has proven highly successful, generating approximately ₹450 crores in gross fees over the past three years, making it one of Jaro Education’s top three institutional relationships. This performance reflects strong market demand for quality online education and the effectiveness of their partnership model.

Also Read: IIT Patna Inaugurates Bihar’s First Supercomputer to Boost Research Capabilities

Sanjay Salunkhe, Chairman and Managing Director of Jaro Education, stated that their role extends beyond enabling online delivery to helping academic institutions scale responsibly while maintaining academic integrity. The company ensures Symbiosis’s academic excellence reaches students at scale through structured admissions management and comprehensive learner support systems.

The five-year extension provides enhanced revenue visibility and positions both organizations to capitalize on the growing demand for flexible, accessible higher education in India’s evolving digital learning landscape.

IIT Patna Inaugurates Bihar’s First Supercomputer to Boost Research Capabilities

IIT Patna

The Indian Institute of Technology Patna has commissioned PARAM Rudra, Bihar’s first supercomputer, marking a transformative development in the state’s research and technology infrastructure. Amitesh Kumar Sinha, Additional Secretary at the Ministry of Electronics and Information Technology, presided over the inauguration ceremony.

Established under the National Supercomputing Mission through a Memorandum of Understanding signed between IIT Patna and the Centre for Development of Advanced Computing in May 2023, the supercomputer operates at 838 teraflops using indigenously developed components and software. The facility is expected to serve approximately 60 faculty members and nearly 400 students across 10 departments.

PARAM Rudra will enable cutting-edge research in computational astrobiology, material design, molecular electronics, fluid mechanics, nano-bio interfaces, artificial intelligence, data science, and quantum computing. The high-performance computing system will significantly reduce computation time for complex simulations and modeling, accelerating breakthrough discoveries.

Also Read: Microsoft Launches Global Data Centre Academy in India to Build Skilled Talent

IIT Patna Director T.N. Singh emphasized that the facility would catalyze revolutionary changes across Bihar and the broader eastern region. Under the National Supercomputing Mission, 37 supercomputers have been deployed nationwide with a combined capacity of 39 petaFLOPS, currently supporting over 12,000 researchers. Ten additional systems are planned, which will elevate India’s total computational capacity beyond 100 petaFLOPS in the upcoming phase.

The supercomputer is expected to strengthen research output, foster industry partnerships, and establish IIT Patna as a premier hub for computational excellence in eastern India.

Can the Parent-Teacher-Tech Triangle Improve Student Outcomes in Schools?

Wes Dubai

When we talk about the future of education, especially at platforms like the World Education Summit where global educators, innovators, and leaders come together to explore what’s next in learning, there’s a simple idea that keeps resurfacing: education isn’t just something that happens inside four walls. It’s a living process shaped by every person connected to the child’s learning journey. At the heart of this journey lies what many of us have seen work in classrooms and at home: the parent-teacher-tech triangle.

Think about it like this: parents know their child best, teachers bring the expertise to teach and inspire, and technology provides tools that can make learning more personalized and engaging. Alone, each of these elements has value. But when they come together, when parents, teachers, and technology genuinely connect that’s when student outcomes can really take off.

Imagine a parent who receives updates not just once a term, but regularly on how their child is progressing, where they’re struggling, and what they’re excited about. That’s the power of smart communication tools, simple apps where teachers can share real-time feedback and parents can stay in the loop. No more waiting for parent-teacher meetings twice a year; instead, constructive conversations happen when they matter most. This kind of communication builds trust and breaks down the barriers that too often separate home and school life. 

Now, add teachers into this mix. We all know teachers are stretched, they manage classrooms, prepare lessons, assess work, and still find ways to inspire. Technology doesn’t replace what teachers do best, but it augments it. For example, digital platforms can help teachers track individual student progress and tailor instruction to meet unique learning needs. Tech tools can also give teachers more space to focus on what matters most – creative teaching, mentoring, and connecting with students at a personal level, rather than getting buried in paperwork and manual tracking. 

And then there’s the student, the central point of the triangle. When learning becomes more interactive and meaningful through technology, engagement goes up. Students begin to see learning as something that adapts to them, not something rigid and monolithic. They can explore topics at their own pace, revisit materials they find challenging, and shine in areas where they show strength. A student who feels supported by both parent and teacher  and has tools to help guide their learning is more likely to stay motivated and succeed.

Also Read: How Can University Leaders Use AI to Make Smarter Decisions?

But let’s be honest: this triangle doesn’t magically form on its own. It requires intentional collaboration. Schools need policies that foster open communication with families. Parents need access to resources and confidence to participate. Educators need ongoing training in using technology meaningfully not just adopting tools for the sake of being modern, but using them to deepen understanding and connection.

At forums like the World Education Summit, we talk a lot about innovation and inclusion. What innovation really looks like on the ground is when a parent reaches out to a teacher after noticing growth in their child, or when a teacher uses an app to spot early signs of struggle before it becomes a barrier, or when technology opens up personalized learning pathways. Together, this triangle isn’t just a concept, it’s a platform for better outcomes, deeper engagement, and more powerful learning experiences.

In the end, improving student outcomes isn’t just about digital transformation or new policies; it’s about people learning to work with each other – parents, teachers, and technology,  as partners. That’s education at its best.

Microsoft Launches Global Data Centre Academy in India to Build Skilled Talent Programme rolled out at IIIT Hyderabad in partnership with Telangana government institutions

Microsoft

Microsoft has launched its global Data Centre Academy in India, responding to the growing demand for skilled professionals as the country expands its digital infrastructure. The programme was rolled out at International Institute of Information Technology Hyderabad in collaboration with Young India Skills University, Government of Telangana.

Vice Chancellor Dr Subba Rao Young said the first cohort will include 30 students, with a focus on building job-ready skills aligned with industry requirements. He added that high-performing participants may also be considered for internship opportunities with Microsoft.

The Data Centre Academy follows a globally standardised curriculum and includes nearly 600 hours of hands-on training. The course content covers data centre fundamentals, power and cooling systems, networking, safety standards, compliance requirements, and facilities management.

Bharath Merugu of United Way of Hyderabad said the programme is designed to improve employability in critical digital infrastructure roles. He noted that the initiative provides students with a structured pathway into careers that support the country’s digital economy.

Students completing the programme will receive certification from Young India Skills University, with select candidates also becoming eligible for international EPI certification. The academy is expected to expand in phases as demand for trained data centre professionals continues to rise across India.

IIT Madras Launches National AI Training Programme for Government Officials

IIT Madras

The Indian Institute of Technology Madras has introduced a comprehensive capacity-building initiative to train government officials in responsible artificial intelligence deployment and governance. The programme, launched through IIT Madras’ Centre for Responsible AI at the Wadhwani School of Data Science and Artificial Intelligence, was unveiled during the Conclave on Strengthening Human Capital for the AI Era held on December 19, 2025.

Developed in collaboration with Google and the Digital Futures Lab, the training initiative seeks to equip public sector officials with essential technical, operational and governance capabilities for implementing AI systems across government institutions. As artificial intelligence increasingly influences critical sectors including education, healthcare, service delivery and digital governance, the programme addresses the urgent need for AI literacy and ethical decision-making frameworks within public administration.

Also Read: NCERT Forms Expert Team to Develop AI Textbooks for Senior Secondary Classes

The curriculum encompasses foundational AI technologies, procurement evaluation strategies, risk assessment methodologies and governance protocols aligned with India’s policy frameworks. Through interactive case studies, workshops and practical sessions, participants will evaluate their departments’ AI readiness and develop implementation roadmaps for AI-based solutions.

Professor B. Ravindran, Head of the Wadhwani School, emphasized that responsible AI adoption must be grounded in trust, inclusion and accountability. The initiative serves as a precursor to the India AI Impact Summit 2026, aiming to position India as a leader in responsible AI adoption across the Global South while ensuring safe, human-centered technology deployment.

NCERT Forms Expert Team to Develop AI Textbooks for Senior Secondary Classes

NCERT

The National Council of Educational Research and Training has established a specialized textbook development committee to create comprehensive Artificial Intelligence curricula and learning materials for Classes 11 and 12, marking a significant step in India’s education modernization efforts.

This initiative follows the National Education Policy 2020 and the National Curriculum Framework for School Education 2023, which emphasize technology integration in modern learning. The Ministry of Education confirmed that NCERT has additionally incorporated an AI-focused project on Animation and Games into the vocational education textbook for Class 6 students.

The government plans to roll out AI curriculum across all schools starting from Class 3 during the 2026-27 academic session. The Central Board of Secondary Education has already prepared an AI and computational thinking framework spanning Classes 3 through 12, introducing foundational concepts in lower grades while making advanced computational thinking mandatory for Classes 9 and 10.

Read More: IBM pledges to train 5 million learners in India in AI, Cybersecurity and Quantum Technologies by 2030

Supporting this educational transformation, the government launched SOAR (Skilling for AI Readiness), a national program aligned with NEP 2020 and the Viksit Bharat 2047 vision. The initiative targets students in Classes 6-12 and aims to build AI literacy among educators while bridging the digital divide across different regions.

The SOAR curriculum offers three progressive micro-credentials for students: AI to be Aware, AI to Acquire, and AI to Aspire, each comprising 15 hours of instruction totaling 45 hours of comprehensive AI training.

IBM pledges to train 5 million learners in India in AI, Cybersecurity and Quantum Technologies by 2030

IBM

IBM has announced a major skilling commitment for India, aiming to equip 5 million learners with critical capabilities in Artificial Intelligence (AI), Cybersecurity and Quantum Computing by the year 2030. The initiative will be delivered through IBM SkillsBuild and reflects the company’s broader vision of creating an inclusive, future-ready workforce by expanding access to advanced digital skills and improving employability for both students and adult learners.

As part of this long-term effort, IBM plans to scale education in AI and emerging technologies across schools, higher education institutions, and vocational and skilling networks nationwide. The company will work closely with key bodies such as the All India Council for Technical Education (AICTE) to strengthen experiential learning through AI-focused pathways, faculty development programmes, curriculum integration, hackathons and internship opportunities.

Highlighting India’s global potential in advanced technologies, Arvind Krishna, Chairman, President and CEO of IBM, emphasized that mastery of frontier technologies like AI and Quantum Computing will be central to economic growth, scientific advancement and societal progress. He noted that IBM’s commitment to skilling five million people is an investment in empowering India’s youth to innovate, build and contribute meaningfully to the nation’s digital future.

Also Read: NVIDIA Designates CloudThat as Its Inaugural Education Partner in India

IBM is also reinforcing foundational readiness at the school level by co-creating AI curricula for senior secondary students. This includes structured teaching resources such as the AI Project Cookbook, Teacher Handbooks and interactive explainer modules. These initiatives aim to introduce computational thinking and responsible AI concepts early, while enabling educators to deliver AI education effectively and at scale.

Central to the programme is IBM SkillsBuild, one of the world’s most widely accessible digital learning platforms. Offering more than 1,000 courses across AI, Cybersecurity, Quantum Computing, Cloud, Data, Sustainability and workplace skills, SkillsBuild supports learners, educators and institutions globally. With over 16 million learners already engaged worldwide, the platform plays a key role in IBM’s global goal to skill 30 million people by 2030, with India emerging as a significant driver of this ambition.

NVIDIA Designates CloudThat as Its Inaugural Education Partner in India

NVIDIA

In a strategic move to strengthen India’s artificial intelligence talent pipeline, NVIDIA has selected CloudThat as its first authorized education services partner in the country, marking a significant development in the nation’s rapidly expanding AI training ecosystem.

The Bengaluru-based technology training and consulting firm becomes the first Indian edtech company officially authorized to deliver NVIDIA’s education programs centered on AI and accelerated computing. This partnership arrives as India intensifies efforts to establish itself as a global AI powerhouse through increased investments in infrastructure and workforce development.

Through this collaboration, CloudThat will provide NVIDIA’s specialized training courses to corporate enterprises, universities, and individual professionals. The curriculum focuses on practical skills needed to develop, optimize, and deploy AI systems across various applications, including computer vision, language processing, generative AI, and large-scale production environments.

Courses will be delivered by CloudThat’s instructor team, which includes India’s first two NVIDIA-certified trainers. Participants will gain access to NVIDIA’s comprehensive AI ecosystem, featuring GPU-accelerated laboratory environments, specially designed development platforms, ready-to-use models, and specialized workflow tools.

The announcement follows NVIDIA’s 2024 India tour, during which company executives visited CloudThat’s Bengaluru facility. Speaking in Mumbai during that visit, NVIDIA CEO Jensen Huang emphasized India’s potential, stating the country should focus on creating AI systems using its own data rather than exporting information and importing intelligence.

Bhavesh Goswami, founder and CEO of CloudThat, highlighted that India’s AI aspirations depend equally on infrastructure and skilled professionals. He noted that with substantial investments being made in GPU infrastructure, developing qualified talent to harness that capacity represents the crucial next step. The partnership aims to equip the next generation of AI professionals across multiple industries.

Also Read: Chitkara University innovates microwave-based green technology to produce high-purity silica gel from rice straw

The initiative is positioned to meet rising demand for AI expertise in sectors including information technology services, banking and finance, manufacturing, retail, and government operations. It will also create career opportunities in fields such as AI engineering, data science, MLOps, robotics, and AI infrastructure management.

This partnership reflects broader efforts to address India’s AI skills gap as the technology becomes increasingly central to economic competitiveness and digital transformation across industries.

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