
Rajit Gupta tops JEE Advanced 2025 after 100 percentile in both JEE Main sessions
This isn't the first time a Kota-based student has clinched the top spot. In 2024, Ved Lahoti, another student from Kota, secured AIR 1. Rajit, who prepared under the mentorship of the Allen Career Institute, attributes his success to the right environment, guidance, and mindset. 'Allen gave me everything I needed—from structured material to mentorship—so I never had to look elsewhere,' he adds.advertisementHis academic track record speaks volumes: a 96.8% in Class 10, 100 percentiles in JEE Main 2025 (January session), and now the JEE Advanced crown.Rajit's excellence goes beyond JEE. A science enthusiast, he has represented India at the Asian Physics Olympiad (APhO) 2024 in Malaysia, bagging a bronze medal. He has also been selected thrice for the prestigious Orientation-Cum-Selection Camps (OCSC) in Junior Science, Astronomy, and Physics.But the real secret to his success? 'Happiness,' he says with a smile. 'I stay happy in all situations. That's the biggest factor that helped me do well.'MISTAKES, NOT MARKS, WERE HIS FOCUSInstead of obsessing over marks, Rajit focused on eliminating his errors."I always paid attention to not repeating my mistakes. It helped me build a stronger foundation in every subject,' he explains. He ensured he understood each concept thoroughly before moving on, often saying no to rote memorisation in favour of deep learning.Surprisingly, Rajit didn't even check the answer key after JEE Main.'My father asked me to, but I just said, 'Papa, don't worry. I'll clear Advanced.''A BALANCED LIFEUnlike the stereotype of JEE aspirants sacrificing all leisure, Rajit made sure he didn't miss out on the simple joys. 'I play with the kids in my colony when I get time,' he says. He also used WhatsApp, but strictly for study-related communication.advertisementHis approach to time management is refreshingly simple: 'Just keep practising. That's the best way to manage time and improve.'FAMILY BACKGROUNDRajit's success is deeply rooted in his family's support. His father, Deepak Gupta, works as a sub-divisional engineer at BSNL, while his mother, Dr. Shruti Agarwal, is a professor of home science at JDB College in Kota. 'Their belief in me made all the difference,' Rajit shares.He also believes in the basics: 'NCERT is a must for Chemistry. It clears the concepts from the ground up.'WHAT'S NEXT?Now that the results are out, all eyes are on the JoSAA 2025 counselling process, which begins on June 3. Qualified candidates will compete for coveted seats in IITs, NITs, IIITs and other government-funded technical institutions (GFTIs).---Interestingly, the minimum qualifying marks for General category students dropped significantly to 74 marks (20.56%), compared to 109 in 2024. Subject-wise, the cut-offs also dipped, with only 7 marks needed in each subject (Physics, Chemistry, Mathematics), compared to 10 last year.Rajit Gupta's story is a timely reminder that success in competitive exams isn't always about sleepless nights and robotic routines. Sometimes, all it takes is clarity, calmness, and a little joy in the journey.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


News18
23 minutes ago
- News18
‘Best Use Of AI': Delhi School Helps Students Experience Their Dream Careers
During our childhood, many of us aspired to become doctors, pilots, astronauts or even actors and always wondered how we would look living our dream jobs. While the technology was not so advanced back then, thanks to Artificial Intelligence, it has now become possible. A Delhi-based school grabbed attention on social media after posting a video of students watching AI transform their dream careers into vivid, lifelike projections.


News18
38 minutes ago
- News18
Aspire To Be A Doctor? Delhi School Uses AI To Show Students Living Dream Jobs
During our childhood, many of us aspired to become doctors, pilots, astronauts or even actors and always wondered how we would look living our dream jobs. While the technology was not so advanced back then, thanks to Artificial Intelligence, it has now become possible. A Delhi-based school grabbed attention on social media after posting a video of students watching AI transform their dream careers into vivid, lifelike projections.


Time of India
4 hours ago
- Time of India
Scrapped batteries could power India's lithium boom
Gujarat is set to give the ' Atmanirbhar Bharat ' mission a significant push in lithium - the 'white gold' indispensable for powering gadgets and e-vehicles - while also extracting the metal without polluting the environment. Scientists at the Bhavnagar-based Central Salt and Marine Chemicals Research Institute (CSMCRI) developed a clean, fast, and selective method to extract lithium from disposed batteries. This discovery could significantly reduce India's import bills as the country imports 100% of its lithium requirement. This study was recently published in Angewandte Chemie International Edition, a leading peer reviewed chemistry journal by the German Chemical Society. Scientists say the technology will give momentum to India's shift to green energy. On average, one ton of lithium requires processing about 28 tons of battery waste. The metal is recovered only after several stages of processes that are slow, inefficient, and costly, often resulting in metal contamination and loss, and the purity is also not high. This also deters battery producers from extracting lithium from waste. The conventional process, after recovering the black powder, first involves leaching all metals like nickel, cobalt, and manganese in the battery's cathode, resulting in significant loss and contamination. If scaled up after commercial application, businesses handling waste batteries could get a big encouragement and better price. At present, waste battery handling is not a lucrative business due to pollution and the small quantity of lithium obtained. CSMCRI's scientists have turned the problem on its head. Instead of lithium coming out last, their new method pulls lithium out first-with purity. After recovering the black powder from used lithium-ion batteries, anthraquinone salt and hydrogen peroxide are applied to selectively extract lithium. Kannan Srinivasan, director of CSIR-CSMCRI, said, "This method avoids the harsh chemicals and high-energy use of existing processes." Lead researcher and Principal Scientist Alok Ranjan Paital said, "We achieved 97% lithium leaching efficiency in just one hour. Also, compared to 2-3 days required by traditional methods to extract one ton of lithium, this new technique delivers the same results in just 2-3 hours with higher purity."