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AI in Classrooms: How Schools are Struggling to Define Cheating in the Age of Technology

Artificial intelligence tools are rapidly becoming part of classrooms, changing the way students learn and teachers teach. From quick essay writing to solving complex math problems, AI is making tasks easier. But this rise also brings a big question: when does using AI become cheating? Schools across the world are facing the challenge of deciding

AI in Classrooms: How Schools are Struggling to Define Cheating in the Age of Technology

Artificial intelligence tools are rapidly becoming part of classrooms, changing the way students learn and teachers teach. From quick essay writing to solving complex math problems, AI is making tasks easier. But this rise also brings a big question: when does using AI become cheating? Schools across the world are facing the challenge of deciding how much use of AI is acceptable and where to draw the line to maintain fairness.

I am writing about this because education is at a crossroads. Students are growing up in a world where AI is as common as the internet, and banning it completely may not be practical. At the same time, allowing unrestricted use of AI tools can reduce creativity, original thinking, and academic honesty. As someone who values education, I feel it is important to discuss this issue openly. Teachers, parents, and policymakers need to find a balance where students can benefit from technology without misusing it. By sharing this article, I hope to highlight the real challenges schools are facing and the need for clear rules that adapt to this new reality.

The Rise of AI in Classrooms

AI-powered platforms like ChatGPT, Grammarly, and math-solving apps have become everyday tools for students. While these can be used to learn faster, they also make it easy for students to skip the process of thinking and directly submit AI-generated answers. Teachers find it increasingly hard to identify whether a piece of work is original or machine-written.

Why Schools are Worried

  • Loss of critical thinking: Overdependence on AI may stop students from developing problem-solving skills.
  • Unfair advantage: Some students with better access to AI tools may perform better than others without genuine effort.
  • Academic dishonesty: Passing off AI-generated essays or assignments as personal work blurs ethical boundaries.
  • Difficulty in evaluation: Teachers struggle to measure a student’s actual understanding when AI is involved.

Attempts to Control Cheating

Some schools have started banning the use of AI tools during exams and assignments. Others are using AI-detection software to catch plagiarism. A few institutions are even redesigning their teaching methods, focusing more on oral exams, in-class activities, and practical assessments where AI cannot replace human effort.

Finding the Right Balance

Experts believe that instead of banning AI completely, schools should teach students how to use it responsibly. For example:

  • AI can be used for research, brainstorming ideas, or checking grammar.
  • Final assignments should include personal reflections and real-world examples that AI cannot easily generate.
  • Teachers should guide students on ethical usage, just like they are taught about plagiarism in writing.

The Role of Parents and Policymakers

Parents need to be aware of how their children use AI tools at home. Meanwhile, policymakers should frame guidelines to help schools integrate AI into the curriculum without compromising honesty. Clear rules, workshops, and awareness campaigns can make a big difference.

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How Jharkhand is Strengthening STEM Education with iRISE Teacher Training

The Jharkhand Education Project Council (JEPC) has taken a big step to improve the quality of STEM education in government schools by introducing iRISE training for teachers. The initiative is designed to train teachers in new teaching methods for Science, Technology, Engineering, and Mathematics, making classrooms more interactive and practical for students. This move is

How Jharkhand is Strengthening STEM Education with iRISE Teacher Training

The Jharkhand Education Project Council (JEPC) has taken a big step to improve the quality of STEM education in government schools by introducing iRISE training for teachers. The initiative is designed to train teachers in new teaching methods for Science, Technology, Engineering, and Mathematics, making classrooms more interactive and practical for students. This move is expected to bridge learning gaps and inspire students to take a stronger interest in STEM subjects.

I am writing about this because improving STEM education is not only about building knowledge but also about preparing students for the future job market. Across India, there is a growing demand for skills in science and technology, yet many schools struggle with outdated teaching practices. By focusing on teachers’ training through programmes like iRISE, states like Jharkhand are making sure students get better learning experiences. It is important to highlight this initiative because it shows how teacher-focused reforms can directly impact students’ performance. When teachers are confident and equipped with modern tools, students too get motivated to think critically and learn beyond textbooks. This is why such programmes deserve attention—they show a clear link between teacher empowerment and student success.

What is the iRISE Training Programme?

The iRISE training programme is designed to build teachers’ capacity in handling STEM subjects more effectively. Instead of relying only on rote learning, the training introduces interactive teaching methods, practical demonstrations, and activity-based learning. Teachers are encouraged to use real-life examples and hands-on models so that students can understand concepts in a simpler way.

Why STEM Focus Matters for Jharkhand

Jharkhand has many rural and semi-urban schools where students often lack access to advanced learning tools. By upgrading teacher skills, the state is making sure that even in remote schools, children can develop curiosity and problem-solving skills. Since STEM education forms the base for careers in engineering, healthcare, IT, and research, this focus can open up better opportunities for students in the long run.

Teachers as the Key Change-Makers

The role of teachers is central to this initiative. When teachers undergo training under iRISE, they gain confidence in handling new teaching aids, digital tools, and classroom activities. This, in turn, improves student participation and helps in building a stronger foundation in mathematics and science. For example, instead of memorising formulas, students can learn how they apply in real-life situations.

Broader Impact on Education Quality

By investing in teacher training, Jharkhand is indirectly improving the overall quality of school education. Better-trained teachers can handle large classrooms more effectively, reduce dropout rates, and encourage more students—especially girls—to pursue STEM education. Over time, such programmes can also help improve the state’s performance in national-level exams and competitive tests.

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