
IIT-Delhi launches 4-year BS in Chemistry programme
New Delhi, The Indian Institute of Technology , Delhi, will offer a new four-year undergraduate programme BS in Chemistry from the 2025 academic session, officials said on Sunday.
It is the first Bachelors in Science programme which will be offered at the premier institute in the national capital.
S Nagendran, Head of Chemistry at IIT-Delhi, described the new programme as "addressing the need to introduce multi-disciplinarity at an early level in chemical science education while simultaneously preserving the comprehensive and in-depth chemistry training expected from a pure sciences graduate".
"It has been seen over time that, on one hand, engineering graduates frequently lack the depth of fundamental scientific knowledge necessary to conduct research in pure sciences, while on the other hand, pure chemistry graduates sometimes overlook engineering fundamentals," he said.
Entry to this programme will be through JEE . Candidates qualifying the JEE will be able to opt for it through the JoSAA 2025 portal.
Ravi P Singh, BS Chemistry programme coordinator, informed that during the initial two semesters of the first year, students will engage in common courses, akin to the first year of any BTech programme, establishing a solid foundation in sciences and basic engineering principles.
"The second year will focus on core courses in chemistry. From the third year onwards, the curriculum introduces multidisciplinary courses with well-designed research components that will further extend into the fourth year. One unique feature is the opportunity for students to pursue a Minor in another department alongside their BS in Chemistry," Singh said.
"The overall goal will be to train students in core chemistry topics, who will be able to relate the molecular fundamentals with the solution-driven approach of an engineer, thereby allowing them to impact global challenges with chemistry-based real-world solutions," he added.
According to Singh, graduates of this programme will be poised to enter the pharmaceuticals, semiconductor, materials, manufacturing, defence, oil and gas, chemical consulting, automotive and petrochemical industries.

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


Time of India
41 minutes ago
- Time of India
Bengaluru's JEE Advanced toppers eye IIT Bombay computer science seat
1 2 3 4 Bengaluru: Daksh Tayalia was so confident about cracking JEE Advanced and getting a seat of his choice at an Indian Institute of Technology (IIT), he didn't appear for any other entrance test. On Monday, when the JEE Advanced results were announced, Daksh secured an all-India rank (AIR) of 15. Daksh's confidence stemmed from his performance in the Olympiads. A regular in Olympiads, he participated in maths in class 9, physics in class 10, and astronomy in class 11, in which he represented India at the International Olympiad on Astronomy in Brazil and won the gold medal. "When you are good at Olympiads, you get a head start for any competitive exam because it gives you training on how to crack analytical questions and develop your problem-solving skills. The best part about Olympiads is the liberty of time we get to crack the problems. Even though the JEE pattern is different, it trains you in solving problems and competing against others," he said. A student of Shri Ram Global School, he was preparing for JEE with Vedantu online. He secured 97% marks in class 12. "I like maths — not pure maths, but that of application. I hope to get a computer science seat in IIT Bombay," the son of chemical engineers said. A squash and cricket fan, he continued playing for an hour throughout his preparation days and more so in the last two months when stress was at its peak. His golden retriever was the next stress buster. Meanwhile, Bhavesh Jayanti from Sri Chaithanya Techno School, Marathahalli, who got CET rank 1 in engineering, has got an AIR of 35. Bhavesh also hopes to join IIT Bombay for computer science. "During Covid, I found a lot of free time when I started experimenting with coding. I was in class 8 and my sister in class 11, where she was learning coding. I sat with her and started learning and soon enjoyed it. That's how I decided to take up engineering," he said. Kushagra Gupta, a student of Narayana Co Kaveri Bhavan, Kasavanahalli, who secured 100 percentile in JEE Mains paper 1, has secured an AIR 49. He also has eyes on a computer science seat in IIT Bombay. He picked up interest in engineering in class 11 thanks to his passion for maths and science. Chinmaya Shankara Shastry, with an AIR of 57, had a different learning curve. He completed his class 9 and 10 in a single year through the National Institute of Open Schooling. For class 11 and 12, he joined Samsidh International School, Vidyaranyapura, and took coaching through Allen centre. "While at home, I got a lot of time to explore the things I liked. I learnt two coding languages from the Internet and enjoyed doing it. That's when I decided I wanted to do computer science engineering," he said.


Time of India
an hour ago
- Time of India
IIT-BHU scientists' technology to check drug resistance of viruses
Varanasi: Scientists at Indian Institute of Technology (BHU) have developed new framework to help understand how virus evolves to evade drugs and treatments. While the technology focuses primarily on Coronavirus (SARS-CoV-2), it can also be applied to other pathogens and infectious diseases. The study, led by assistant professor at the School of Biochemical Engineering, Aditya Kumar Padhi, was published in the Biophysical Journal. The 'integrated multi-scale computational framework' combines several advanced computer-based methods including protein design, machine learning, hybrid QM/MM, and multi-scale simulations. It helps identify mutations or changes in viral proteins leading to drug resistance. The discovery comes at a time when Covid-19 cases are being reported. As the virus continues to mutate rapidly, the framework can help anticipate how it might resist treatment in future. While the current study focuses on resistance to sotrovimab, a monoclonal antibody used against SARS-CoV-2, the framework is applicable to other diseases too, including cancer and urinary tract infections. The team members of Laboratory for Computational Biology & Biomolecular Design (LCBD) contributed significantly to understanding resistance mechanisms against several other antiviral drugs and monoclonal antibodies against SARS-CoV-2. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like USDJPY đang đi lên không? IC Markets Đăng ký Undo Padhi said there were plans to make this framework freely available to scientists and doctors worldwide to support global fight against drug resistance. The research also aligns with India's national health initiatives, such as Integrated Disease Surveillance Programme (IDSP) and National Programme on Containment of Antimicrobial Resistance (AMR). "We developed this framework to address complex healthcare problems like antimicrobial resistance using integrated computational methods. Its modular design makes it suitable for a wide range of biomedical and healthcare challenges," said Padhi. IIT-BHU Director prof Amit Patra said, "Such advanced technologies reflect the scientific leadership of Indian institutions like IIT- BHU in research and innovation, particularly in tackling infectious diseases and major public health challenges. This also significantly contributes to the objectives of the key programme of the govt of India."


Indian Express
2 hours ago
- Indian Express
At 22.7%, girls shine bright in JEE Advanced
AS THE results of JEE Advanced 2025 were declared on Monday, a significant milestone was achieved with 22.7% of female candidates qualifying for admission to IITs, marking the highest pass percentage for girls in recent years. Out of 41,337 girls who appeared for the highly competitive national-level exam, 9,404 cleared the test. This indicates an increase in the number of girls qualifying for the IITs, a promising shift since 2018 when female supernumerary seat scheme was introduced to address low and stagnant female representation in the prestigious institute. Under the scheme, additional seats were created exclusively for girl students, with a target of reaching 20% enrolment within five years. In 2018, the pass percentage of girls in JEE-Advanced was 13.47%. It increased to 16.11% in 2019, and peaked at 19.98% in 2021 until now. Meanwhile, the qualifying score to make it to the common rank list this year was 74, down from 109 last year, and 86 in 2023. Officials attributed this to more difficult papers this year. In 2022, the qualifying mark for the common rank list was lower – 55. The seat matrix released by the Joint Seat Allocation Authority on Monday shows 18,160 seats are available across the 23 IITs, up from 17,740 last year. Of the total IIT seats this year, 1,598 are supernumerary ones for female candidates. Prof Timothy Gonsalves, former Director of IIT-Mandi and the chair of the committee that introduced the supernumerary seat scheme, welcomed the development. 'The motivation behind the scheme was to ensure that enough girls enter IITs and become role models for the next generation — proving that IITs are viable, welcoming spaces for girls to pursue higher education. What we are seeing now is that vision taking root. I expect this upward trend to continue,' he said. Although, increased pass percentage will not automatically translate to increased number of enrolment of girls in IITs, experts are pointing out that the trend indicates a larger picture that increasing number of girls are excelling in STEM (Science, Technology, Engineering, Mathematics) subjects, which has been a purpose behind multiple outreach programmes held in the past to encourage girls to take up STEM courses. Whether it is 'Manasvi' by IIT-Delhi, which focuses on schoolgirls from Classes 9 to 12 to encourage them to explore careers in STEM; or the WISE (Women in Science Engineering) initiative by IIT Bombay, which invites girls from multiple high schools to IIT campus for a week-long workshop to introduce them to exciting new careers in STEM, various IITs are conducting similar outreach activities. Various IIT professors have noted that girls were always seen shining bright in board exam results but this talent was not going to STEM courses. Furthermore, almost all IITs have held dedicated open houses for successful female candidates and their parents, addressing their concerns such as campus life and safety issues, which may have been keeping them from joining IITs for higher education. Prof Aditya Mittal of IIT-Delhi, a former chairperson of JEE Advanced, emphasised that this progress is a result of addressing three key challenges that had historically limited girls' entry into premier institutes. 'One of the biggest hurdles was the stigma associated with certain engineering branches, often perceived as male-oriented. With evolving curricula and the changing nature of engineering work, combined with open-house events organised by IITs, these misconceptions are being addressed. The second major barrier was the reluctance of parents to send their daughters far from home. Now, with 23 IITs , students from nearly every state have an institute closer to home, which is easing parental concerns,' he said, adding that the third concern has been safety and campus culture.