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How will the India-UK Vision 2035 impact education?

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The India–United Kingdom Comprehensive Economic and Trade Agreement (CETA), negotiations for which began in January 2022, was finalised on July 24, with UK Prime Minister Keir Starmer and Indian Prime Minister Narendra Modi calling it a ‘step-change’ in bilateral relations. 

While the trade deal covers a wide range of areas, including tariff reductions, market access, mobility, and investment protection, aimed at delivering a £4.8bn annual boost to the UK economy and an estimated USD $9-10bn in export growth, the two Prime Ministers also endorsed the India-UK Vision 2035, “reaffirming their shared commitment to unlocking the full potential of a revitalised partnership”.

Although technology, innovation, defence, and climate action are key pillars of India-UK cooperation under the Vision 2035 framework, education remains central to the shared goal of developing a skilled, future-ready talent pool to tackle global challenges and drive a sustainable future, according to a policy statement released alongside the FTA signing.

In a first, both countries are launching an annual ministerial India-UK Education Dialogue, which will include reviews of mutually recognised qualifications and knowledge-sharing through joint participation in platforms such as the UK’s Education World Forum and India’s National Education Policy initiatives. 

The launch of the ministerial dialogue also comes as UK universities increasingly recognise the potential of establishing academic and research-focused branch campuses in India.

Just this Tuesday, the University of Bristol joined a growing list of UK institutions that have received approval to open campuses in India under the University Grants Commission’s Foreign Higher Educational Institutions (FHEI) regulations.

Bristol’s Mumbai campus, slated to launch in Summer 2026, will offer undergraduate and postgraduate programs in data science, economics, finance and investment, immersive arts, and financial technology.

Once operational, Bristol, ranked 51st globally, will become the highest-ranked British university to establish a campus in India, surpassing the University of Southampton, which launched its Gurugram campus earlier this month with classes beginning this August.

Though Modi has welcomed the establishment of British campuses in India, calling it a “new chapter in the education sector of both countries”, some UK universities are facing flak at home “for seeking fortunes in India” amid ongoing financial woes and domestic job cuts.

However, with universities like Bristol positioning their India campus as a hub for students, researchers, and industry to shape a better future, the Vision 2035 framework also underscores the India-UK Green Skills Partnership, an initiative focused on equipping young people in both countries with future-ready skills.

The partnership aims to bridge skill gaps and enable joint initiatives, such as centres of excellence, climate-focused ventures, and courses and certifications in areas such as sustainability. 

Moreover, the Vision 2035 framework also “encourages exchange and understanding among youth and students” to strengthen the success of existing initiatives like the Young Professionals Scheme (YPS) and the Study India Programme.

While the YPS, launched in February 2023, is designed as a reciprocal visa scheme enabling British and Indian citizens aged 18-30 to live, work, travel, and study in each other’s country for up to two years, it has so far been largely one-sided. 

Over 2,100 visas were issued to Indian nationals in 2023, while no such data is available for UK nationals going to India – suggesting participation has been minimal.

But on the educational front, with UK universities setting up campuses in India and more exchange opportunities emerging, British students may also be encouraged to study in the South Asian country, Alison Barrett, country director India at the British Council, said in a recent interview with Financial Express.

Once the FTA is ratified, the responsibility will shift to business organisations, institutions, and industry leaders to bring it to life
Amarjit Singh, India Business Group

Furthermore, a recent article by Bhawna Kumar, Acumen’s director of TNE and institutional partnerships, and Nikunj Agarwal, the company’s consultant in research and TNE, highlighted the pivotal role of India’s National Education Policy in shaping the FTA and the Vision 2035. 

“Chapter 8B of the FTA (UK Schedule of Commitments) places no restriction on UK providers offering higher education services (CPC 923) in India. This opens doors for UK universities to expand through various TNE models such as joint degrees, dual degrees, and campus partnerships,” they noted, citing the example of University of Birmingham’s joint master’s programs with IIT Madras in Data Science and Artificial Intelligence, and Sustainable Energy Systems, as a key example. 

“Chapter 14 of the FTA aligns closely, promoting joint R&D, researcher exchanges, and institutional partnerships in areas like digital innovation, clean energy, agriculture, and healthcare mirroring NEP’s multidisciplinary agenda,” they added. 

While the Vision 2035 framework appears robust on paper, the authors point out several implementation challenges that remain pressing, chief among them being regulatory alignment, visa bottlenecks, and the slow pace of progress on mutual recognition agreements. 

“Establishing a Joint Education and Skills Council, co-chaired by senior officials from both countries, would institutionalise cooperation, monitor delivery, and resolve bottlenecks in real time,” they suggested. 

While the trade deal does not explicitly mention international students, CETA is expected to broaden “high-quality employment pathways” for young Indians by easing access to the services market and facilitating short-term mobility for skilled talent across sectors such as IT, healthcare, finance, and the creative industries. 

Each year, up to 1,800 Indian chefs, yoga instructors, and classical musicians would be able to work in the UK temporarily under CETA. 

Additionally, Indian workers will benefit from the Double Contribution Convention (DCC), which will exempt them and their employers from UK National Insurance contributions for up to three years.

Will CETA stand the test of time in delivering benefits to students and professionals? Amarjit Singh, CEO, India Business Group, believes it can but only with a collaborative approach to ensure its long-term success.

“The UK-India partnership is respected across party lines. While the 2030 Roadmap was negotiated last year, the framework has been in the making for nearly a decade. There is broad consensus not to jeopardize this progress,” Singh told The PIE News. 

Though CETA has been signed by both countries, it still requires ratification by their respective parliaments, a process expected to take another six to 12 months.

“Once the FTA is ratified, the responsibility will shift to business organisations, institutions, and industry leaders to bring it to life. That’s where we need more awareness, active engagement, and a bit of hand-holding to realise its full potential.” 



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Florida Virtual School rolls out AI course to strengthen student math skills

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Florida Virtual School is using artificial intelligence to strengthen its students’ math skills.

More than 80 students from sixth to eleventh grade were the first to participate in the online school’s “AI in Math” enrichment program.

The online school says students were able to learn AI concepts and boost AI literacy by using algebra-based activities.

The 10-hour course was developed by the University of Florida and the education research group Concord Consortium. FLVS students currently taking Algebra 1 Segment 1 can sign up for the program and earn a certificate from UF.

READ MORE: AI in schools: Miami-Dade set to develop ethical guidelines for students, teachers

This is a News In Brief report. Visit WLRN News for in-depth reporting from South Florida and Florida news.

Copyright 2025 WLRN Public Media





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How AI Is Turning Hugh School Students Into Entrepreneurs

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Opinions expressed by Entrepreneur contributors are their own.

This is the third installment in the “1,000 Days of AI” series. I’ve had a front-row seat to K-12 education’s transformation — working with school systems worldwide as an AI education consultant to develop school district AI strategies and watching something remarkable unfold. The change didn’t come from curriculum committees or federal mandates, but from students who, as always, refused to wait for permission.

While educators debated whether ChatGPT constituted cheating, 17-year-old high schooler Zach Yadegari built an AI app generating $1.12 million in monthly revenue. He began coding at age seven, initially creating a gaming website to bypass his elementary school’s firewalls. By 16, he’d already sold his first company for $100,000.

Related: How AI Is Transforming Education Forever — and What It Means for the Next Generation of Thinkers

The stark reality: AI has already changed everything

Within 1,000 days, ChatGPT has fundamentally challenged traditional K-12 education. According to ACT research, 70% of high school students used AI tools in 2023-24, up from 58% the previous year. Pew Research confirms ChatGPT usage for schoolwork doubled from 2023 to 2024. But these statistics miss the real story: Students aren’t just using AI to complete assignments — they’re using it to build businesses, forcing schools to rapidly develop AI policies that balance innovation with responsible AI use in education.

The traditional model assumed knowledge was scarce and teachers were gatekeepers. AI shattered both assumptions overnight. Every student now has access to infinite tutoring, instant expertise and tools that turn ideas into products in hours, not years. The question isn’t whether students should learn entrepreneurship — they already are.

From high school hallways to revenue streams

The most successful young entrepreneurs started as intrapreneurs within the school system itself. High school students across the country are transforming their AI skills into real businesses. Students nationwide are selling AI-generated study guides to classmates for $50-$500 monthly.

The irony isn’t lost on me: What adults call cheating, these students call market research. What teachers label shortcuts, investors recognize as minimum viable products. In my work helping districts with developing AI policy for schools, I’ve seen how these entrepreneurial students actually exemplify AI education best practices — they’re solving real problems with real tools.

The intrapreneurs inside our schools

Not all innovation happens outside school walls. Student intrapreneurs are creating AI tutoring programs for struggling peers, building attendance apps for their schools and developing mental health chatbots for counselors. They see school problems as product opportunities, transforming education while living it.

Teachers are becoming intrapreneurs, too. Forward-thinking educators use AI to create personalized learning paths, automate grading to spend more time with students and build tools that spread district-wide. These educator-intrapreneurs bridge institutional requirements and student innovation, creating space for experimentation within existing structures while contributing to AI curriculum development for K-12.

Related: Why We Shouldn’t Fear AI in Education (and How to Use It Effectively)

The federal framework meets grassroots reality

In April 2025, President Trump signed “Advancing Artificial Intelligence Education for American Youth,” establishing the White House Task Force on AI Education. The executive order creates the Presidential AI Challenge to “encourage and highlight student and educator achievements in AI” across multiple age categories. This isn’t just another science fair — it’s federal recognition that K-12 students are already AI practitioners, validating the school district AI strategies that forward-thinking administrators have been developing.

Crucially, the Presidential AI Challenge calls for students to “use AI to address community challenges,” validating what student entrepreneurs have been doing all along. The framework emphasizes that AI education must “spark curiosity and creativity,” but students aren’t preparing to participate — they’re already leading. This federal backing provides the cover innovative schools need to transform detention into incubation and homework into hackathons, establishing new AI education best practices along the way.

3 practical steps for schools right now

1. Implement “innovation hours” aligned with the Presidential AI Challenge:

Dedicate weekly time for students to work on AI projects addressing real community problems. Let students form ventures, not just groups. Let them pursue customers, not just grades. Schools implementing this now will have students ready when the Presidential AI Challenge launches. This approach to AI curriculum development for K-12 turns theory into practice.

2. Transform detention into incubation:

Every student “caught” using AI creatively should be redirected, not punished. Create an “AI Innovation Council” where rule-benders become rule-makers. Have them develop your school’s AI policy and teach AI literacy to younger students. The White House Task Force calls for student-educator collaboration — make your “problem students” your problem solvers. This is responsible AI use in education at its best.

3. Create intrapreneurship pathways:

Establish formal recognition for students improving school operations through AI. Give course credit for building tools the school actually uses. Partner with local businesses for real-world projects. Every pizza shop and dental office needs AI help. Your students can provide it while earning money and credits. These pathways should be central to any school district AI strategy.

The next 1,000 days: Bigger challenges, bigger opportunities

The first 1,000 days proved that students could use AI. The next 1,000 days will prove they can lead with it. As AI becomes more powerful, the gap between students with access and support versus those without will widen exponentially. A student with ChatGPT, supportive teachers and entrepreneurial parents will build companies. A student with restricted access and punitive policies will fall behind — not by years, but by generations.

The mental health implications are staggering. When 14-year-olds can build million-dollar businesses, what happens to those who can’t? When AI can do homework in seconds, how do we measure learning? These aren’t distant philosophical questions; they’re immediate challenges requiring thoughtful approaches to developing AI policy for schools.

The next 1,000 days will see AI-native students enter the workforce. I can’t wait to see how they reshape entire industries. The concept of “entry-level” will dissolve when teenagers arrive with more AI experience than senior executives.

Related: What The UAE’s AI Education Revolution Could Mean for the Future of Classroom Activities: Insights from a Young Entrepreneur

The entrepreneurial imperative

Schools that thrive won’t be those with the best AI policies or detection tools. They’ll be those cultivating intrapreneurs — students and teachers who transform systems from within. Every student who builds a tool to help classmates is an intrapreneur. Every teacher experimenting with AI to improve outcomes is an intrapreneur. Every administrator creating space for innovation enables intrapreneurship.

After 1,000 days of ChatGPT in K-12 education, one truth emerges: Students who embraced AI as a tool for creation rather than completion are building the future economy. They’re intrapreneurs transforming schools from within and entrepreneurs building alternatives from without.

The next 1,000 days will be exponentially more complex. AI will become more powerful, accessible and essential. Students who start building now will have compounded advantages. For educators, parents and policymakers seeking guidance from an AI keynote speaker for education or looking to establish AI education best practices, the path forward is clear: Embrace intrapreneurship, enable entrepreneurship, and expect transformation. The federal government has provided the framework through the Presidential AI Challenge. Now it’s time for local action.

The kids aren’t just alright — they’re already ahead. The question for the next 1,000 days isn’t whether students will use AI to transform education and the economy. They will. The question is whether we’ll help them build something better or watch them build around us.

Coming next in the “1,000 Days of AI” series: Legal’s AI transformation — where precedent meets algorithms, and why your next lawyer might be an AI that passed the bar exam on its first try.



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AI is a ‘Breaking Point’ in K-12 and Higher Ed

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(TNS) — Another school year is beginning — which means another year of AI-written essays, AI-completed problem sets, and, for teachers, AI-generated curricula. For the first time, seniors in high school have had their entire high-school careers defined to some extent by chatbots. The same applies for seniors in college: ChatGPT released in November 2022, meaning unlike last year’s graduating class, this year’s crop has had generative AI at its fingertips the whole time.

My colleagues Ian Bogost and Lila Shroff both recently wrote articles about these students and the state of AI in education. (Ian, a university professor himself, wrote about college, while Lila wrote about high school.) Their articles were striking: It is clear that AI has been widely adopted, by students and faculty alike, yet the technology has also turned school into a kind of free-for-all.

I asked Lila and Ian to have a brief conversation about their work — and about where AI in education goes from here.


This interview has been edited and condensed.

Lila Shroff: We’re a few years into AI in schools. Is the conversation maturing or changing in some way at universities?

Ian Bogost: Professors are less surprised that it exists, but there is maybe a bit of a blind spot to the state of adoption among students. I saw a panic in 2022, 2023 — like, Oh my God, this can do anything. Or at least there were questions. Can this do everything? How much is my class at risk? Now I think there’s more of a sense of, Well, this thing still exists, but we have time. We don’t have to worry about it right away. And that might actually be a worse reaction than the original.

Lila: The blind-spot language rings true to the high-school environment too. I spoke to some high schoolers — granted this was quite a small sample — but basically it sounds like everybody is using this all the time for everything.

Ian: Not just for school, right? Anything they want to do, they’re asking ChatGPT now.

Lila: I was a sophomore in college when ChatGPT came out, so I witnessed some of this firsthand. There was much more anxiety — it felt like the rules were unclear. And I think both of our stories touched on the fact that for this incoming class of high-school and college seniors, they’ve barely had any of those four years without ChatGPT. Whatever sort of stigma or confusion that might have been there in earlier years is fading, and it’s becoming very much default and normalized.

Ian: Normalization is the thing that struck me the most. That is not a concept that I think the teachers have wrapped their heads around. Teachers and faculty also have been adopting AI carefully or casually — or maybe even in a more professional way, to write articles or letters of recommendation, which I’ve written about. There’s still this sense that it’s not really a part of their habit.

Lila: I looked into teachers at the K-12 level for the article I wrote. Three in 10 teachers are using AI weekly in some way.

Ian: Some kind of redesign of educational practice might be required, which is easy for me to say in an article. Instead of an answer, I have an approach to thinking about the answer that has been bouncing around in my brain. Are you familiar with the concept in software development called technical debt? In the software world, you make the decision about how to design or implement a system that feels good and right at the time. And maybe you know it’s going to be a bad idea in the long run, but for now, it makes sense and it is convenient. But you never get around to really making it better later on, and so you have all these nonoptimal aspects of your infrastructure.

That’s the state I feel like we’re in, at least in the university. It’s a little different in high school, especially in public high school, with these different regulatory regimes at work. But we accrued all this pedagogical debt, and not just since AI — there are aspects of teaching that we ought to be paying more attention to or doing better, like, this class needs to be smaller, or these kinds of assignments don’t work unless you have a lot of hands-on iterative feedback. We’ve been able to survive under the weight of pedagogical debt, and now something snapped. AI entered the scene and all of those bad or questionable — but understandable — decisions about how to design learning experiences are coming home to roost.

Lila: I agree that AI is a breaking point in education. One answer that seems to be emerging at the high-school level is a more practical, skills-based education. The College Board, for instance, has announced two new AP courses — AP Business and AP Cybersecurity. But there’s another group of people who are really concerned about how overreliance on these tools erodes critical-thinking skills, and maybe that means everyone should go read the classics and write their essays in cursive handwriting.

Ian: My young daughter has been going to this set of classes outside of school where she learned how to wire an outlet. We used to have shop class and metal class, and you could learn a trade, or at least begin to, in high school. A lot of that stuff has been disinvested. We used to touch more things. Now we move symbols around, and that’s kind of it.

I wonder if this all-or-nothing nature of AI use has something to do with that. If you had a place in your day as a high-school or college student where you just got to paint, or got to do on-the-ground work in the community, or apply the work you did in statistics class to solve a real-world problem — maybe that urge to just finish everything as rapidly as possible so you can get onto the next thing in your life would be less acute. The AI problem is a symptom of a bigger cultural illness, in a way.

Lila: Students are using AI exactly as it has been designed, right? They’re just making themselves more productive. If they were doing the same thing in an office, they might be getting a bonus.

Ian: Some of the students I talked to said, ‘Your boss isn’t going to care how you get things done, just that they get done as effectively as possible.’ And they’re not wrong about that.

Lila: One student I talked to said she felt there was really too much to be done, and it was hard to stay on top of it all. Her message was, maybe slow down the pace of the work and give students more time to do things more richly.

Ian: The college students I talk to, if you slow it all down, they’re more likely to start a new club or practice lacrosse one more day a week. But I do love the idea of a slow-school movement to sort of counteract AI. That doesn’t necessarily mean excluding AI — it just means not filling every moment of every day with quite so much demand.

But you know, this doesn’t feel like the time for a victory of deliberateness and meaning in America. Instead, it just feels like you’re always going to be fighting against the drive to perform even more.

©2025 The Atlantic Monthly Group. Distributed by Tribune Content Agency, LLC.





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