IIT-JEE Advanced Past Years Toppers: Here's a look at where they are now
JEE Advanced Toppers List: Indian Institute of Technology (IIT) Kanpur, the organising body for JEE Advanced, is expected to announce the results for Joint Entrance Exam (JEE) Advanced 2025 on June 9 at jeeadv.ac.in.
JoSAA Counselling 2025: Application begins on June 3, detailed schedule
For those who secure the top ranks, particularly AIR 1, it marks the beginning of a journey filled with expectations and opportunities, from leading the industry and contributing to research in academia.
IIT-Delhi introduces major changes across UG, PG, PhD programmes from 2025-26
Over the years, the toppers of JEE Advanced have not only grabbed headlines but have also pursued interesting and varied academic paths. Here's a look at the recent toppers and what they are doing now:
In the previous session, Ved Lahoti emerged as the JEE Advanced topper with a record score of 355 out of 360. Recalling the moment he discovered his result, Ved shared that he was with his parents when he opened his scorecard. 'It is a very happy moment for me because my hard work of two years has shown its results,' he said. Like most toppers, he has picked up Computer Science Engineering (CSE) at IIT Bombay.
Vavilala Chidvilas Reddy, the JEE Advanced 2023 topper, secured an impressive 341 out of 360 marks. His subject-wise scores are: 114 in Mathematics, 110 in Physics, and 117 in Chemistry. After his triumph, he chose to pursue BTech in Computer Science Engineering at IIT Bombay, continuing the trend of toppers gravitating toward this premier institution. His journey reflects both consistency in academics and clarity of choice in career direction.
In 2022, RK Shishir topped the exam with 314 out of 360 marks. He scored 109 in Mathematics, 96 in Physics, and 109 in Chemistry. Unlike most of his predecessors, Shishir took a slightly different path. According to his LinkedIn profile, he chose to join the Indian Institute of Science (IISc), Bangalore, where he is currently pursuing a BTech in Mathematics and Computer Science. This choice underlines IISc's growing popularity among top-tier students for its strong research ecosystem.
The 2021 JEE Advanced topper, Mridul Agarwal, achieved a near-perfect score of 348 out of 360, with 120 in Physics, 112 in Chemistry, and 116 in Mathematics. He joined IIT Bombay to pursue Computer Science Engineering and is now in his fourth year. According to his LinkedIn, Mridul is an incoming Quantitative Researcher at Tower Research Capital, a prominent trading firm. His trajectory showcases how academic excellence can smoothly transition into high-impact roles in the global tech and finance industry.
Hashtags
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Time of India
5 hours ago
- Time of India
Following last year's trend, JEE topper leaves IIT to join MIT, citing better opportunities overseas
Devesh Bhaiya, who secured All India Rank 8 in JEE Advanced 2025 , has chosen to study at the Massachusetts Institute of Technology (MIT) in the United States instead of joining any of the Indian Institutes of Technology. Devesh is following a growing trend among India's top engineering talent opting for international universities, especially MIT , a TOI report stated. Not the first to make the shift Last year's JEE Advanced topper , Ved Lahoti, who scored 352 out of 360 — the highest in recent years — is also leaving IIT Bombay after one year to join MIT on a fully funded scholarship. In earlier years, students like Chirag Falor (JEE 2020) and Chitraang Murdia (JEE 2014) made similar decisions. Murdia spent a year at IIT Bombay before moving to MIT and later completed his PhD from the University of California, Berkeley. "It seems like MIT trusts the rigour of JEE Advanced and the promise of our Olympiad stars," said Prof Vijay Singh, former professor at IIT Kanpur and retired faculty at the Homi Bhabha Centre for Science Education. Olympiad medals open global doors Devesh Bhaiya has an academic record beyond the JEE rank. He has won three gold medals — two at the International Junior Science Olympiad (2021, 2022) and one at the International Chemistry Olympiad in 2024. He also received the Bal Shakti Puraskar in 2020. At the age of 12, he authored a paper on light pollution. Though Devesh had already secured admission to MIT in March 2025, he still took the JEE Advanced exam as a backup option. Live Events You Might Also Like: JEE Advanced 2025 Results and Toppers List: Rajit Gupta from IIT Delhi zone tops the exam; Check names of toppers here A growing list of students transferring Ved Lahoti said, 'I'm fully satisfied with IIT Bombay. But it lags in research. Globally, it's not even in the top 100. So, I applied to MIT — and when it came through, I took it. A lot of students have taken transfer to MIT and when I asked them, they said the transfer was truly worth it.' Several other top rankers have taken the same route. Nishank Abhangi spent a year at IIT Bombay in 2019–2020 before moving to MIT. Mahit Gadhewala, who secured All India Rank 9 in 2022, also transferred after one year at IIT Bombay. According to Prof Singh, the first student to set this trend was Raghu Mahajan. He studied at IIT Delhi for a year, moved to MIT, completed his PhD at Stanford, and is currently spending a year at the International Centre for Theoretical Sciences in Bengaluru. "He was very committed to coming back to India," said Prof Singh. Ved Lahoti expressed a similar sentiment: "I have no plans to settle in the USA." You Might Also Like: Kota's Rajit Gupta, first JEE topper from the IIT coaching hub, shares secret success mantra learned from his mom (The article was originally published in TOI)
India Today
9 hours ago
- India Today
Global warming: Why India's slower heating rate could be a ticking climate bomb
When we talk about global warming and the resulting changes in weather patterns, could a slower rise in the Earth's temperature actually be a cause for concern? Surprisingly, while many parts of the world are experiencing unpredictable increases in surface temperature, the South Asian landmass, particularly the Indian subcontinent, is warming at a slower rate. At first glance, this might seem like good news for the residents of this region. However, the reasons behind this slower warming are in fact more worrying for our part of the India has warmed less compared to other regions?advertisementData shows that South Asia's rate of warming over the past few decades is slower than the global average. The region's temperature has risen by approximately 0.09C per decade over the last 40 years, which is significantly lower than the global average of 0.30C per decade, and below the 0.23C recorded for regions at similar latitudes. Considering this area has one of the highest population densities globally and has seen significant reductions in green cover, which normally buffers warming, the slower rise in temperature seems unusual. Therefore, understanding the causes behind this phenomenon in India and neighbouring areas is causing slower warming in South Asia, including IndiaIt is beyond doubt that India, especially the Indo-Gangetic Plain, stretching from Punjab and Haryana to Bangladesh, is among the most polluted regions globally. advertisementWhen discussing global warming, greenhouse gases (GHGs) such as carbon dioxide come to mind, with atmospheric lifetimes ranging from centuries to millennia. Global efforts have led to significant reductions in GHG emissions. Anumita Roychoudhury, Executive Director of the Centre for Science and Environment (CSE), explains, 'The sources of aerosols and greenhouse gases are the same. While Western countries and others have aggressively reduced both, aerosol levels have not fallen similarly in South Asian countries like India, Pakistan, and Bangladesh. Here, pollution from coal-fired power generation and industry remains high.'How aerosols like sulfates mask warming in India?South Asia's temperature trends, as well as the 2024 Berkeley Earth heat map showing global temperature anomalies, highlight the role of cooling aerosols such as sulfates in masking warming. Aerosol pollutants include particulate matter like PM10 and PM2.5, which pose health risks and are subject to various government reduction policies. Beyond particulates, aerosols comprise sulfates, nitrates, fluorinated gases, and methane in the atmosphere. Sulfates, a major aerosol component, have a reflective power akin to a mirror—they scatter sunlight in the upper atmosphere, thereby reducing warming at the Earth's surface. This 'masking effect' means sulfates reflect sunlight and increase cloud reflectivity, effectively hiding the full extent of greenhouse gas-induced temperature and other aerosols' masking effectThe 2024 heat map shows South Asia's temperature anomaly at 1-2C above the 1951-1980 baseline, less severe than anomalies of 4-6C in the Arctic or 2-4C in northern not only scatter incoming solar radiation back into space, reducing sunlight reaching the surface, but also serve as condensation nuclei, increasing cloud droplet numbers and making clouds brighter and more reflective. The South Asian region, including northern India, Pakistan, and Bangladesh, is a global hotspot for air pollution, with sulfate levels often exceeding 20 g/m annually in cities such as Delhi. Sulfates are not the sole aerosols masking temperatures: organic carbon (OC) from biomass burning (e.g., wildfires, agricultural fires) and fossil fuel combustion, often called brown carbon, also scatters sunlight and cools the atmosphere. Similarly, oxides of nitrogen, sea salts, and mineral salts contribute to sunlight scattering, helping keep the Earth India face delayed global warming and more extreme events?Following global policies, South Asia is also reducing sulfate emissions through initiatives like India's clean air programmes. However, as the masking effect weakens over coming decades, the full impact of long-lived GHGs will become apparent. advertisementRecent projections suggest that by 2050, under a moderate emissions scenario (SSP2-4.5), South Asia could experience warming of 1.5-2C above pre-industrial levels, primarily driven by CO and oxides of nitrogen. While methane reductions (e.g., via improved waste management) may slow near-term warming, the long atmospheric lifetime of carbon dioxide means its effects will persist for centuries, heightening risks such as heat stress, with wet-bulb temperatures nearing 35C, and flooding, as seen recently in several Indian InMust Watch
Time of India
16 hours ago
- Time of India
JEE rankers choose MIT over IIT for research, global options
Mumbai: Devesh Bhaiya, All India Rank 8 this year in the fiercely contested JEE Advanced, has decided to turn his back on India's elite engineering institutions and head for MIT instead. He won't be alone. Ved Lahoti, last year's Rank 1 and the candidate who has scored the highest in the entrance exam (352/360) in recent history, is also wrapping up his Powai chapter in exchange for a fully funded scholarship at MIT. There's a murmur of a trend here. In 2020, it was Chirag Falor who chose MIT over IIT. Before that, it was Chitraang Murdia, who spent a year at IIT Bombay before transferring to MIT. He now holds a PhD from Berkeley. "It seems like MIT trusts the rigour of JEE Advanced and the promise of our Olympiad stars," said Prof Vijay Singh, once at IIT Kanpur, who later superannuated from the Homi Bhabha Centre for Science Education. Jalgaon's Devesh has a record that goes far beyond the JEE rank: three gold medals, two from International Junior Science Olympiads in 2021 and 2022, and one from the International Chemistry Olympiad in 2024. In 2020, he was awarded the Bal Shakti Puraskar. At 12, when most children were still tracing constellations in the sky, Devesh was mapping their vanishing — authoring a paper on light pollution. He received admission to MIT in March but sat for JEE Advanced anyway — a "back-up," he calls it. Devesh is not alone. But the others chose to stay for a year, to feel the pulse on Indian campuses, before going overseas. They too were accepted by American universities, whose doors — as Professor Vijay Singh notes — open wide for those with Olympiad medals and high JEE scores. The students' reasons for the switch are apparent. "I'm fully satisfied with IIT Bombay. But it lags in research. Globally, it's not even in the top 100. So, I applied to MIT — and when it came through, I took it. A lot of students have taken transfer to MIT and when I asked them, they said the transfer was truly worth it," said Lahoti. Nishank Abhangi, who spent 2019–2020 immersed in IIT Bombay's rigour before packing for MIT, and Mahit Gadhewala, All India Rank 9 in 2022, who also left after a year at IITB, are the other examples. Prof Singh said the first such student to do so was Raghu Mahajan, who spent a year at IIT Delhi, then took off to MIT, completed his PhD at Stanford, and is currently spending a year at the International Centre for Theoretical Sciences, Bengaluru. "He was very committed to coming back to India," recalled Prof Singh. Lahoti too shares the same feelings. "I have no plans to settle in the USA."
