‘Our classes were held where freedom fighters were locked up,’ says Narasimhan Venkatesan Patel, Alumnus of the First Batch at IIT KGP

Mr. Narasimhan Venkatesan Patel, Former Member of the Railway Board and an Electrical Engineering Alumnus (1951-55) of IIT Kharagpur, shares some interesting anecdotes about the faculty and how IIT Kharagpur took special tutorials of students who appeared in Class 12 exams from different boards or syllabi. The Indian Institute of Technology, Kharagpur was established in 1951 and is the oldest among all the IITs in the country. As the institute was set up in the Hijli detention camp of West Bengal, it has a link with the freedom fighters of India.

“We mostly had classes in the old Hijli Central Jail building during the first two years. A big hangar inside the compound served as the workshop. Our staff, some of whom had served in the prison administration as Jailers, mentioned that our classrooms were the rooms where prisoners who were great freedom fighters were locked up, and some were tortured and later died,” remarked the Alum.

To bolster the country’s growth and make it self-reliant, the government started establishing IITs, IIMs and AIIMS. Like other IITs, the classes of the first batch commenced on a half-constructed campus.

“Since our hostel, Patel Hall, was half ready when the first year started, we had to share rooms. Interestingly, as there were differences in syllabus levels in different universities at intermediate science where students took admission, tutorials of Math and English were organised after dinner in the hostel for the first two terms of the first year,” Patel said.

“The initial struggles and our saviour”

IIT Kharagpur campus was spread over 2100 acres in the vast tree-laden campus. Along with a tough syllabus, the initial batches had to struggle with wildlife. “There were snakes around the hostel under construction and our beloved director Dr. J C Ghosh, also a famed Indian scientist, ordered the cutting of drains around and spraying of carbolic acid. The humane and kind approach of Dr. J C Ghosh made us withstand many hardships. In the third year, we moved to the classes in the new building,” he said.

Dr. J C Ghosh left IIT in the third year to join as the Vice Chancellor of Calcutta University. A student delegation from IIT met Dr. B. C. Roy the then Chief Minister of West Bengal to plead with him the need for continuing Dr. J C Ghosh, revered as a father figure by the students. Dr. B C Roy is stated to have quipped, “We will send another father figure to you.”

Dr. B R Sengupta, Principal of Shibpur Engineering College, was appointed as the next director for IIT Kharagpur. As per Patel, Dr. Sen Gupta was a strict disciplinarian and a stickler for targets.

Despite being the first batch, the students, were fortunate to have the best faculty possible. “Dr. Krause Mechanical Engineering, Prof Malonowsky, Production Technology (UNESCO support) on the mechanical side and Prof. Keshav Murthy, Prof Srinivasan, Dr. Menon gave us deep insights into Electrical Engineering. They took us to much higher heights in the subjects that I could see the difference in when I joined DVC as an assistant engineer in the Maithon Hydel Project after college in 1955 and Indian Railways in early 1957,” Patel informed.

iit newsFirst convocation at IIT-Kharagpur. The first batch is sitting with the then PM Nehru.

The Indian Institute of Technology, Kharagpur (IIT Kharagpur) was established in 1951 and is the oldest among all the IITs in the country. As the institute was set up in the Hijli detention camp of West Bengal, it has a link with the freedom fighters of India.

An electrical engineering (1951-55) alumnus, Narasimhan Venkatesan Patel (former member of the Railway Board) shares some interesting anecdotes about the faculty and how IIT-Kharagpur took special tutorials of students who appeared in Class 12 exams from different boards or syllabi.

“We mostly had classes in the old Hijlee Central Jail building in the first two years. A big hangar inside the compound served as the workshop. Our staff, some of whom had served in the prison administration as jailors, mentioned that our classrooms were the rooms where prisoners (many great freedom fighters) were locked up, and some were tortured and later died,” he told.

To bolster the country’s growth and make it self-reliant, the government started establishing IITs, IIMs and AIIMS. Like other IITs, the classes of the first batch commenced on a half-constructed campus.

“Since our hostel, Patel Hall, was half ready when the first year started, we had to share rooms. Interestingly, as there were differences in syllabus levels in different universities at intermediate science where students took admission, tutorials of Math and English were organised after dinner in the hostel for the first two terms of the first year,” Patel said.

The initial struggles and our saviour

IIT Kharagpur campus was spread over 2100 acres in the vast tree-laden campus. Along with a tough syllabus, the initial batches had to struggle with wildlife. “There were snakes around the hostel under construction and our beloved director Dr JC Ghosh, also a famed Indian scientist, ordered the cutting of drains around and spraying of carbolic acid. The humane and kind approach of Dr JC Ghosh made us withstand many hardships. In the third year, we moved to the classes in the new building,” he said.

DR JC Ghosh left IIT in the third year to join as the Vice Chancellor of Calcutta University. A student delegation from IIT met Dr BC Roy the then chief minister of West Bengal to plead with him the need for continuing Dr JC Ghosh, revered as a father figure by the students. DR BC Roy is stated to have quipped: “We will send another father figure to you.”

iit kharagpur photosAn old photo of IIT-Kharagpur

DR BR Sengupta, principal of Shibpur Engineering College was appointed as the next director for IIT Kharagpur. As per Patel, Dr Sen Gupta was a strict disciplinarian and a stickler for targets.

Despite being the first batch, the students, as per Patel, were fortunate to have the best faculty possible. “Dr Krause Mech Engg, Prof Malonowsky, Production Technology (UNESCO support) on the mechanical side and Prof Keshav Murthy, Prof Srinivasan, Dr Menon gave us deep insights into electrical engineering. They took us to much higher heights in the subjects that I could see the difference in when I joined DVC as an assistant engineer in the Maithon Hydel Project after college in 1955 and Indian Railways in early 1957,” Patel informed.

‘IITs should consider dual degree programmes’

These days, IITs are coming up with courses to skill up their students. In IIT Kharagpur, however, this has been introduced in the initial years. “One noteworthy feature of the course was the attempt to include Humanities in the course and we had the benefit of Business Management courses in two terms by Prof Nanjundiah. If IIT had allowed more courses in business administration, it would have sent the right mix of engineer managers to the industry,” Patel added.

On the issue of regular engineers drifting from core subjects to computer sciences, he said the problem is similar to losing engineering graduates seeking IIM post graduate pursuit “sometimes ending up selling cigarettes and soaps with lucrative emoluments.”

“One way would be to send out core engineers with a Diploma in Computer Sciences as well, IITs may consider shifting to dual degree programmes. AIIMS Delhi has already set up a strong IT department recognising the importance of IT in genetics health care,” he said.

An Indian Express Exclusive Story

https://indianexpress.com/article/education/iit-kharagpurs-first-batch-our-classes-were-held-in-where-freedom-fighters-were-locked-up-jeemain-2024-advanced-8969298/

Edited By : Poulami Mondal, Digital & Creative Media Executive (Creative Writer)Email: poulami.mondal@iitkgp.ac.in, media@iitkgp.ac.in, Ph. No.: +91-3222-282007

Follow us on: Facebook – IIT Kharagpur; Twitter – @IITKgp;  Instagram – @iit.kgp; LinkedIn – Indian Institute of Technology
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Empowering Educators and Fostering Scientific Growth on Molecular Biology in Rural Areas

Rural Science Education Training Utility Program (RuSETUP) Workshop on Molecular Biology Techniques in Rural Areas

In the pursuit of promoting basic scientific knowledge in molecular biology and enhancing the educational landscape in rural West Bengal, India, a workshop on, “Basic Training on Molecular Biology Techniques for College Teachers in Rural Areas” was successfully conducted on the 6th and 7th of October 2023 jointly by School of Medical Science and Technology (SMST), IIT Kharagpur and Indian National Young Academy of Science (INYAS) under the banner of INYAS’ flagship event “Rural Science Education Training Utility Program’ (RuSETUP).

This endeavor was led by Dr. Budhaditya Mukherjee and Dr. Nishant Chakravorty, faculty members of SMST and Members of INYAS and supported by all INYAS East Zone members. The workshop was attended by 14 college teachers hailing from various institutions of Paschim Medinipur, including Hijli College, Kharagpur College, Medinipur College, K.D. College of Commerce and General Studies, and Vidyasagar Institute of Health.

The RuSETUP workshop was designed to address a pressing issue in rural education – the lack of access to cutting-edge knowledge and technologies in molecular biology. In an era where this field rapidly evolves and impacts diverse sectors such as biotechnology, medicine, and agriculture, it is imperative that educators are equipped with the latest insights and tools. Recognizing this, the workshop comprised a meticulously crafted agenda, blending theory and hands-on training, ensuring that participants gained practical experience in essential molecular biology techniques.

The workshop was inaugurated with motivating words by Dr. Rajendra Singh Dhaka, Chair, INYAS and Prof. Soumen Das, Chairperson, SMST & Officiating Dean, BCRMMRC. The events encompassed a series of enriching activities, including engaging lectures and hands-on training by SMST faculty and student volunteers Shatarupa Bhattacharya, Debolina Manna, Supratim Pradhan, Souradipa Ghosh, Subhangi Chakraborty and Mandrita Mukherjee.

The core of the workshop was in the hands-on training sessions. Participants actively engaged in practices like Plasmid DNA isolation, Genomic DNA extraction, Polymerase Chain Reaction (PCR), and Agarose gel electrophoresis. These skills are pivotal for scientific exploration and were tailored to empower college teachers with the practical knowledge to enrich their teaching methods. Dr. Praphulla Chandra Shukla, Assistant Professor, SMST concluded the proceedings of the workshop on the second day. The participants highly valued the workshop and expressed a strong desire for additional workshops. They also requested opportunities for students from rural colleges to directly participate in events like these.

The impacts of this workshop reach far beyond its immediate audience. By equipping these dedicated educators with advanced molecular biology techniques, RuSETUP ensures a ripple effect, ultimately benefitting the students they teach. As they return to their respective colleges, they will be armed with the latest knowledge and practical skills, thereby enhancing the quality of science education in rural areas.

By nurturing an interest in the fields of biotechnology, medicine, and agriculture at the grassroots level, RuSETUP indirectly contributes to the development of the entire region. This growth not only creates a knowledgeable workforce but also ignites the spark of curiosity in the young minds, encouraging them to pursue higher studies and research in these critical domains.

This RuSETUP workshop on,”Basic Training on Molecular Biology Techniques for College Teachers in Rural Areas” marks a success in the realm of rural science education and exemplifies the power of collaboration, dedication, and a shared vision to uplift educational standards in underserved communities. The event has illuminated a path towards a brighter, more scientifically enriched future for all.

 

Inputs by: Prof. Nishant Chakravorty, School of Medical Science &Technology, IIT Kharagpur
Email : nishant@smst.iitkgp.ac.in

Edited By : Poulami Mondal, Digital & Creative Media Executive (Creative Writer)
Email: poulami.mondal@iitkgp.ac.in, media@iitkgp.ac.in, Ph. No.: +91-3222-282007

Follow us on: Facebook – IIT Kharagpur; Twitter – @IITKgp;  Instagram – @iit.kgp; LinkedIn – Indian Institute of Technology
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IIT Kharagpur Signs MoU with Uneverse Mobilty, a Kolkata based Startup, for the Development & Commercialization of Sodium Ion Batteries in India

These Cost-Effective Batteries Will Boost the Rapid Growth Envisaged For E-Vehicles

Indian Institute of Technology Kharagpur signed a Memorandum of Understanding (MoU) with Uneverse Mobility Pvt Ltd, a Kolkata based startup focusing on next generation battery technology and e-mobility segments for commercialization and further development of the Sodium Ion technology.

A team headed by Prof Amreesh Chandra from the Department of Physics at IIT Kharagpur have been working extensively on the development of Sodium-ion based energy solutions. They were amongst the first group of researchers in India who were funded by the Department of Science and Technology under their flagship scheme “Materials for Energy Storage”. The team has the capabilities to develop energy storage solutions starting from materials development, device level integration, recycling to determination of carbon footprint of the complete process.

Advantages of using this technology:

  • The Sodium-ion batteries will be 30 to 40% less expensive compared to lithium-ion technology
  • There will be a 100% indigenous supply chain where import of raw materials will not be required
  • There will be low carbon footprint
  • These products will not be dependent on mining of raw materials for electrodes
  • There will be near zero risk of accidental fires, unlike Lithium. The technology developed already has a Technology Readiness Level (TRL) of 7 thereby paving the way for industrialization.

“In comparison to Lithium-ion batteries, the sodium-ion batteries will be upto 40% cheaper, much safer and have lower carbon footprint. Sodium-ion batteries address the concerns of geopolitical and supply-chain issues, which are associated with Lithium-ion batteries. The materials, which will be used in such Sodium-ion batteries, have been fabricated inhouse. Hence, the batteries would be a live example of ‘Make in India’ and ‘Make for India’. Many of the Ministries of the Government of India have already started discussions and feasibility studies on the possibility of Sodium-ion based energy storage landscape and the future thus looks promising and exciting”, said Prof. Amreesh Chandra, Department of Physics, IIT Kharagpur.

Uneverse Mobility will be initially setting up MW scale facilities that would lead to commercialization using the home-grown technology, which already has a technology readiness level (TRL) of 7. Uneverse eventually plans set up GWh scale facilities to cater to both domestic and export markets. India is expected to need 220 Gwh of ACC battery by 2030. Current Indigenous ACC production planning & deployment is nowhere close to this requirement and therefore presents huge market opportunity for companies like Uneverse. This joint activity is a perfect example of the changing times in India, where the academia-industry collaboration is becoming the focus of research activities in most of the institutes of national importance.

“India’s current EV sector is characterized by dependency on subsidies, import dependent supply chain & lack of a core indigenous battery technology. For electric mobility to be truly a champion of sustainability, we need the building blocks to be also sustainable. Uneverse is a passionate attempt to create such indigenous building blocks for a sustainable future of e-mobility and clean energy. Uneverse, thus starts its journey by addressing the core of clean energy and e-mobility, that is, Battery Technology. To achieve this grand purpose, we have entered an exclusive MoU with IIT Kharagpur where indigenously developed sodium ion technology, which will have a portfolio of multiple form factors of cells, will be made available for Indian market. The developed technology will find application in not only electric vehicles but also in Drones, Consumer Electronics and Energy Storage. Globally, only a handful of companies have made progress in this technology. Therefore, we are quite upbeat about putting India at the forefront of this game changing battery technology”, said Mr Manohar Bethapudi, Founder & CEO, Uneverse Mobility Pvt. Ltd.

“We would be launching the first set of products manufactured out of West Bengal in the next quarter of the current fiscal. We are looking at a pan India market for our product range and are currently in talks with various channel partners for marketing and product distribution”, said Ms Kamalika Guha, Co – Founder and CMO, Uneverse Mobility Pvt Ltd.

Media coverage :

Telegraph

Statesman

ETV Bharat

Aaj Kal

Ei Samay

E-Vehicle

Times of India

 

     

         Statesman                                               Ei Samay                                                       Aaj Kal 

Inputs by: Prof. Amreesh Chandra, Department of Physics, IIT Kharagpur
Email : amreesh.chandra@gmail.com

By : Poulami Mondal, Digital & Creative Media Executive (Creative Writer)
Email: poulami.mondal@iitkgp.ac.in, media@iitkgp.ac.in, Ph. No.: +91-3222-282007

Follow us on: Facebook – IIT Kharagpur; Twitter – @IITKgp;  Instagram – @iit.kgp; LinkedIn – Indian Institute of Technology
For news visit: https://kgpchronicle.iitkgp.ac.in/