VGSoM HR Conclave

Times of India

In the age of Artificial Intelligence and Industry 4.0, while many business functions are undergoing momentous changes, the human resource is emerging as the most critical area of management functions considering the not-so-futuristic alarming trends. The Vinod Gupta School of Management organized an HR Conclave this weekend addressing new avenues in Human Resource Management through HR Innovation and Upskilling.

A panel of India’s top HR experts who attended the Conclave at the IIT Kharagpur campus debated on the impact of technological innovation on HRM. Satyajit Mohanty, CHRO, Crompton Greaves Consumer Electricals opined that despite the improvement in technology through offline management and the automation of HR Processes, there hasn’t been a proportionate improvement in employee experience. Sonia Sahgal, Director of University Recruiting, Microsoft India, furthered the point with an emphasis on the human element being fundamental to organizational success. She substantiated her claim by providing the example of decreased synergy in the workplace despite the provisions afforded by modern technology. The panel deliberated further on the importance of upskilling to increase employee engagement with Sonali Misra, Head-HR, Bain & Company (India) speaking about the holistic aspect of upskilling and how it can be leveraged to value addition of industry professionals.

Vivek Vyas, Country Head, Employee Relations, Royal Bank of Scotland focused on the point of employee-driven organizational growth which was further elaborated by Yamini Krishnan, Director – HR, IQVIA who advocated upskilling as the only method in case organizations want more innovative solutions. The panel on Rethinking people management to propel organizational growth was moderated by Hetal Sonpal, a TEDx speaker, Angel Investor and a Mentor of Change at Atal Innovation Mission.

Prof. Sriman Kumar Bhattacharyya, Officiating Director of IIT Kharagpur, keeping in mind the ever-changing market demands said, “In this day and age, the dynamic paradigm of Industry 4.0 demands constant upskilling by employees who wish to stay relevant.”

In the recent years, Vinod Gupta School of Management has emerged among India’s top-ranking management schools within 25 years of its establishment by QS and MHRD’s NIRF rankings. With its unique mix of management programmes backed by the interdisciplinary engineering, science and mathematics platforms of IIT Kharagpur, the School presents a unique opportunity to its students to pursue electives in various subjects other than Management.

The School, which was seed funded by IIT Kharagpur alumnus Vinod Gupta, focuses in several multidisciplinary areas of research and development in the Institute as well as collaborative projects.

Mission possible

Prof. Surjya K. Pal, Professor, Department of Mechanical Engineering, Professor-in-Charge, DHI Centre of Excellence in Adv Manuf Tech (http://www.coeamt.com ), Associate Dean, Alumni Affairs, Chairman, Steel Technology Centre, Executive Adviser, Science and Technology Entrepreneurs’ Park (STEP), added another feather to his cap recently. He has been appointed Lord Kumar Bhattacharyya Chair Professor of Manufacturing in the Department of Mechanical Engineering of IIT Kharagpur for 2019-22.

The Chair was set up in April 2019 by Prof. Tapan Bagchi (DSc/2012/IM), alumnus of the Institute, former Director, NITIE, Mumbai, and former Dean of SP Jain Mumbai and Dubai. The Chair was instituted in the memory of Distinguished Alumnus Lord Sushanta Kumar Bhattacharyya – Founder Chairman of the Warwick Manufacturing Group and a renowned academic, successful entrepreneur, manufacturing expert and leading consultant to industry and governments – who passed away on March 1, 2019. The Chair will promote excellence in manufacturing and partnership with industry while making maximum use of the technological capabilities of IIT Kharagpur.

Prof. Pal spoke to KGP Chronicle about the honour, his personal memories of Lord Bhattacharyya, working with WMG and his own dreams about the DHI Centre of Excellence in Advanced Manufacturing Technology, which he heads.

What are your feelings on being appointed the Lord Bhattacharyya Chair Professor of Manufacturing?

I’m really honoured because this award means a lot to me. Lord Bhattacharyya was a pioneer in bringing academic research to the industries in order to create an impact in the industrial world. We have set up the DHI Centre of Excellence for Advanced Manufacturing with the same motto and we are trying to follow the model of WMG. Receiving the award in the name of Lord Bhattacharyya is thus a real honour to me.

What do you think is Lord Bhattacharyya’s legacy?

Conventionally, the academic world and the industry run parallel to each other, and the worlds do not converge. The WMG is where the academia and industry work together to bring success. It was Lord Bhattacharyya who pioneered this concept and steered it to phenomenal success through WMG, his brainchild. At the DHI CoE, we are following his footsteps.

You were talking about how momentous your visit to the WMG had been. Could you please eludicate?

I had heard a lot about WMG during my time in Sheffield as a post-doctoral scholar. Here at IIT Kharagpur, I had been constantly encouraged by our former Director, Prof. Partha Pratim Chakrabarti, to visit WMG to see for myself its unique operations. At WMG, they do their research for the industry. The industry identifies the problem and the faculty members work together with the industry professionals to find a solution.

Visiting WMG enriched me and completely changed my perspective. In November 2018, I got an opportunity to meet Lord Bhattacharyya himself, and it turned out to be an overwhelming experience. I told him about my plans about the Centre of Excellence in Advanced Manufacturing that will be a gamechanger in the manufacturing sector following the footsteps of WMG. I still remember him saying that WMG would give its wholehearted support to IIT KGP, which is his alma mater and which recognizes him as a Distinguished Alumnus. He told me, “Whatever support you want, WMG will be there for IIT KGP.”

WMG is one of the international partners of the DHI Centre. What kind of support are they providing to the Centre?

WMG is officially the international research advisor of the Centre. We had discussions with Prof. Dave Mullins of WMG. He came to visit my lab along with Prof. Sujit Banerji and Prof. Barbara Shollock, both then with WMG, and took a lot of interest in my work. They proposed if we could jointly organize training program for industries. The DHI Centre is about to run programs customised for different industries, particularly for MSMEs. We are trying to see how WMG can help us evolve our curriculum for these training programs. Besides, WMG faculty are the co-supervisors of several doctoral scholars at IIT Kharagpur.

Could you please talk about industry participation in the activities of the DHI Centre?

The Centre is an interdisciplinary industrial research centre which works through a consortium of companies. Four of them are private companies–like Tata Sons, Tata Motors, Tata Consultancy and Tata Steel – and two are public sector companies, such as BHEL and HEC Ranchi. Industry and faculty members are working together to solve problems of the respective industries. Side by side, we are floating several short term courses and organizing workshops. Take the recent Composite 4.0 workshop, where faculty members of world universities gave lectures through Skype. There were also lectures by industry leaders from Airbus and Tata AutoComp.

Consortium members are giving us greater connectivity with the industry. As part of our MoU with the companies, industries can also participate in lectures and attend courses for free. Take the forthcoming workshop on September 20. Falling into the research paradigm of our DHI, I have also lectured in Merchants’ Chamber of Commerce and Industry, Engineering Export Promotion Council of India (EEPC) and other fora. Together, we are also devising affordable training courses for MSMEs.

Which is the most sought after research area pursued by the DHI Centre?

We work in four verticals – materials, automation, additive manufacturing and Industry 4.0. The last, also known as the Industrial Internet of Things (IIoT) is most well-recognized and sought after. It is said that IIoT and data analytics will serve a critical role in enabling the vision of smart machines and intelligent cooperation between multiple machines promoting sustainable operations. One of the components of this is additive manufacturing because it is a new route of manufacturing. These two areas are becoming most prominent. We have two projects in Industry 4.0 and two in additive manufacturing, where we have strong faculty strength. We are also exploring the field of specialty materials. Several companies, such as Airbus has shown a lot of interest in this sector. The crux of the matter is to give higher productivity at lower cost while ensuring quality. That is what advanced manufacturing is all about.

What is the role of such alumni funded chair professorships in encouraging the culture of research?

An alumni-endowed Chair tries to create an impact in any particular research area. For eg, when Vinod Gupta recently endowed the A.S. Davis Chair in Thermodynamics, he vividly recalled Prof. Davis’s way of working and his vision. The purpose of creating the A.S. Davis Chair was to further this vision. Similarly, when Prof. Tapan Bagchi instituted the Lord Bhattacharyya Chair of Manufacturing, he wanted to promote a specific vision which he thought would benefit the Institute from where Lord Bhattacharyya had graduated. So This Chair brings me a lot of honour as also the responsibility of working more intently with industry. My being the Associate Dean, Alumni Affairs, helps me forge a connection with the alumni as well. If they come forward and work with DHI Centre, it will flourish, which is the vision and wish of Prof. Bagchi. The DHI Centre is very close to my heart. I passionately look forward to its success.

The DHI Centre of Excellence (CoE) in Advanced Manufacturing Technology at IIT Kharagpur was set up by the Department of Heavy Industries under the Ministry of Heavy Industries and Public Enterprises, Govt. of India, in November 2017 to strengthen the country’s capital goods sector through a constant upgradation of manufacturing technology and technology transfer to industry, particularly to MSMEs. This Centre aims at proliferating innovative research focused on industries on Specialty materials, Design and automation, Additive manufacturing, and Digital manufacturing & Industrial IoT. The centre encourages the young minds and doctoral scholars for a full-fledged involvement in its endeavours with fellowship opportunities.

 

 

Gold

Students from IIT Kharagpur have given a stellar performance in the state athletics championship. The students have won two gold, one silver and two bronze in the recently concluded 69th West Bengal Athletics State Meet 2019 held at Salt Lake stadium.

Manav Singh, a 2nd-year student at the Dept. of Mining Engineering clinched IIT Kharagpur’s first-ever State Gold in the event High Jump clearing the jump 1.77 in the Men under-20 category. The students won one more Gold in the Men’s under-20 category in the event 4x100m Relay. In the 4x400m Relay of Men’s under-20 category, the Institute’s team finished second in a nail-biting race on the final day of the Meet giving the first state athletics Silver of the Institute. The women’s teams giving a good fight till the end won two Bronze 4x400m and 4x100m Relay races in the under-20 category.

Talking about this feat, Manav Singh the Gold medal winner, pointed out how he changed his usual life of being an IITian to that of being a state-level champion. “In the summers this time instead of industrial internship I opted for practice sessions at IIT Kharagpur’s Technology Students Gymkhana. Sun or rain, morning or evening you would have seen us practicing under our coach Pranab Sarkar.”

On being asked about creating a balance between IIT’s academic requirements and rigorous sports practice schedule, Manav admitted his initial hindrances which he was able to overcome within a month with help from peers, trainer, and professors. 

Talking about the performance of the students Athletics in-Charge at IIT Kharagpur’s Technology Students Gymkhana Shri Pranab Sarkar said, “The students, both boys and girls are really doing well in athletics in the last three years. This is not only in the State Athletics Championship of Bengal but also the Inter IIT sports meet and Sangram sports meet. In what was just our third appearance in the State Meet, IIT Kharagpur students bagged two gold and several other medals.”

He further added, “The students believe that highly academic achievers group would be no exception if they pursue a specific training program and they will have an equal advantage in developing athletic ability. The high academic achievers have also proved that they can show their athletic prowess if they get the opportunity and appropriate facility. Such perception may discard the age-old myth that academic achievement and sports performance can’t sit together.’

IIT’ kharagpur student’s (Athletics men and women) are really doing very well last three years not only the State Athletics Championship of Bengal but also the Inter IIT sports meet and sangram sports meet. IIT kharagpur won their first-ever gold medal in the State Athletics Championship, at the Salt Lake Stadium.In what was just our third appearance in the State Meet, IIT Kharagpur bagged two gold, two silver and one bronze in men team and two bronzes in women team. The IIT kharagpur student’s refuses that highly academic achievers group is no exception if they pursue a specific training program, they will have an equal advantage in developing athletic ability. The high academic achievers have also proved that they can show their athletic prowess if the found opportunity and appropriate facility. Such finding may discard the age-old myth “academic achievement and sports performance can’t sit together.”

The sports graph at IIT Kharagpur is set for an upward trend with the feat of the students in a tournament competing with professional athletes. While the IITs are known for academic and research excellence, there is a lack of knowledge about the holistic and inclusive student life through extra-academic activities. Majority of the students are engaged in sports, socio-cultural, fine arts or co-curricular techno-management activities. Sports, in particular, has received significant patronage at IIT Kharagpur in recent times.

“We have often observed that the youth who adopt one or more sports activities show improved academic performance, robust work-life balance and overall quality of life,” opined Officiating Director Prof. Sriman Kumar Bhattacharyya. “We have been strategizing several programmes to elevate interest of students in sports and professional training required for it.

The Technology Students Gymkhana which is the nerve-centre of student life at the Institute receives generous funding from the Institute for infrastructure, training, practice, events etc. IIT Kharagpur has allocated ₹10 crore for upgradation of sports facilities before the Inter-IIT 2019 scheduled in December this year. Further to this, the Institute has roped in professional coaches for physical training, nutrition planning, grooming for resilience building, competitive attitude and self-motivation of students. 

IIT Kharagpur has also signed an MoU with Pullela Gopichand Badminton Academy, Hyderabad to promote health and wellbeing within the scope of academics and extra-academic activities and setting up of Sports Academy is under consideration.

State Athletics Meet Individual performance of the players who gave their personal bests and near to Inter IIT record timings/distances:

E. Jagadeesh: 400m in 49.44sec, ranked 4th
Sanat Kailash: High Jump of 1.85m, ranked 4th
Men 4x400m Relay in 3:26 min, ranked 4th
Manas Patidar: 400m in 52.4sec, ranked 6th
E. Madhuri: 400m in 1:13 min, ranked 5th

IIT KGP’s SATHI for Industries and Academia

Jagran Josh      Outlook     Times Now       NDTV       Business Standard      Economic Times     India Today      Money Control

IIT Kharagpur has been selected for the SATHI Centre initiative of the Department of Science and Technology (DST), Govt. of India. This facility named as Sophisticated Analytical and Technical Help Institute (SATHI) Centre will be developed as a state of the art shared, professionally managed Science and Technology infrastructure facility. The primary objective of the centre is to extend help to the neighbouring academic Institutes, research establishments and the industries, particularly the start-ups and manufacturing units for using the state of the art sophisticated instruments, which do not exist anywhere else, in a few selected areas.

The SATHI Centre at IIT Kharagpur will comprise 5 strongly interconnected verticals: (1) Nano-Scale Imaging and Spectroscopy Facility; (2) Ultra-High Temperature Structural Material Characterization Facility; (3) Biological and Soft Materials Analysis Facility; (4) Quantum Opto-Electronics Measurement Facility and (5) High-Frequency Electronic Measurement Facility. The equipment and facilities proposed to be acquired for this Centre will cater to the ever-increasing and diverse need of scientists and technologists of the country.

An amount of ₹ 125 crore is earmarked for the centre for coming three financial years starting from 2019-20.

“The Institute is geared up to take this activity forward. We have already identified the requisite physical infrastructure for setting up this facility and we expect to start the activities for this Centre soon,” confirmed Officiating Director Prof. Sriman Kumar Bhattacharyya.

As per DST mandate, the SATHI Centre will run 24×7 round the year. At least 70% of instrument time will be reserved for external users from other academic institutes, national laboratories, start-ups, entrepreneurs and the industry. Along with IIT Kharagpur, IIT Delhi and IIT BHU have also been considered for similar centres by DST.

“IIT Kharagpur will treat the SATHI Centre as its Social Scientific Responsibility (SSR) programme to promote the culture of science-based Entrepreneurship and Startups in the country, by helping the users analyzing the results obtained from the instruments to achieve meaningful and scientific understanding,” opined Prof. Rabibrata Mukherjee.

The Centre would involve the highest level of expertise of IIT Kharagpur in several key convergence domains of Science & Technology such as Medical Sciences, Soft Materials, Structural & Safety Engineering, Quantum Photonics, Advanced Communication and Nano Technology. This will be added with excellent on-campus infrastructure, outreach centres in several metro cities, availability of trained faculty, student, postdoctoral and technical staff, ERP based research management system, Central Research Facility for internal and external users.

“With several of our existing industrial-scale infrastructure and the further up-gradation to the new infrastructure we are aiming for the SATHI Centre at IIT Kharagpur towards becoming a national centre of excellence, catering to the scientific need of the country,” added Prof. Mukherjee.

State of the art equipment to highlight a few will be installed as part of the SATHI unit:

  • Aberration Corrected High-Resolution Transmission Electron Microscope,
  • Kelvin Probe Force Microscope, Cryo-FESEM with Micro Raman and environmental imaging,
  • High-Temperature Furnace Mounted Universal testing Machine,
  • Stimulated Emission Depletion Microscopy (STED)
  • Super-Resolution Microscope, Color X-Ray,
  • Time-resolved fluorescence,
  • Raman and transient absorption spectroscopy,
  • Integrated Cryo-Electronic Testbed and more

IEI Young Engineering Award for Kgpian

Alumnus Sneha Gautam has been conferred the IEI Young Engineering Award 2019 – 20 by the Institution of Engineers (India), in recognition of his contribution to the field of Environmental Engineering. Dr. Gautam completed his PhD in 2015 from IIT Kharagpur’s Dept. of Mining Engineering in the area of Environmental Engineering. He is currently an Assistant Professor at the Department of Civil Engineering at Karunya Institute of Technology and Sciences, Coimbatore, Tamil Nadu, India.

Dr. Gautam is engaged in fundamental and application-oriented cross-disciplinary research. He focuses on the interfaces of clean air engineering/science, human health and smart/sustainable living in cities/megacities. His current research touch on broad multidisciplinary areas of air pollution monitoring/modeling, low-cost sensing, nature-based solutions, climate change mitigation and developing innovative technological and passive (e.g. green infrastructure) solutions for air pollution exposure control for both developing and developed world.

Dr. Gautam’s research builds an understanding of the formation and emission of particles, both from vehicle exhausts and non-vehicular sources. He investigates their contribution to pollution, especially in megacity contexts. He is developing approaches to low-cost sensing and contributing to the development of exposure control technology and guidelines for policymakers to curtail pollution exposure in cities, with associated health benefits.

IEI Young Engineers Award recognizes outstanding achievements/contributions made by young engineers (<35 years) in engineering research, excellence in engineering technology development, technology transfer, etc. The IEI Young Engineers Award is presented to awardees for all the 15 Engineering Divisions of the Institution of Engineers (India) during the respective National Conventions.

The award was presented at the 35th National Convention of Environmental Engineers concurrently with the National Conference on “Green Technology for Clean and Green India” hosted by the Karnataka State Centre of the Institution of Engineers (India) on August 17 – 18, 2019 in Bengaluru under the aegis of Environmental Engineering Division Board of the Institution.

Written on the walls

As a former detention centre for freedom fighters during the Raj and then as the first Indian Institute of Technology that laid the foundation of the IIT system, IIT Kharagpur’s heritage is widely known and acknowledged. The academic building, together with a host of early structures in the campus, stands testimony to a momentous era. Do they bear any other secret?

Prof. Priya Jain, Associate Director, Center for Heritage Conservation and Assistant Professor, Department of Architecture at Texas A&M University, believes they do. “IIT Kharagpur was the first large scale campus that was designed in the modernist style in India,” said Prof. Jain during her recent visit to the campus. Apart from its antiquity as the first IIT, its architecture itself has a history to tell.

Jawaharlal Nehru inspecting Guard of Honour of NCC Cadets at IIT KGP

The IITs, said Prof. Jain, who is working on a series of paper of the architecture of the IITs, were all built in in the modernist style of architecture that was pretty new in India at that time. Globally, modernism emerged as a movement in the early 20th century as a response to industrialization. This new thinking on design and minimalism coincided with social movements like the rise of socialism. Modernism utilized new materials and advanced technology and rejected old, traditional, historical ideas and styles, and ornamentation.

Newly-independent India also felt the need for new ways to express itself. Prof. Jain explained, “Nehru picked up modernism because this new international style, with no historic connection with either Hindu or Muslim art, was found to be a neutralizing architecture and a new vocabulary for India.” This was what led him to Le Corbusier and the eventual building of Chandigarh in its distinctive architecture.

Post-independent India was an exciting time, but most of the literature on the architecture refers to Chandigarh. “I wanted to look outside it and IITs became an interesting proposition particularly since each IIT was designed with international collaboration in an era of cold war politics,” says Prof. Jain.

Prof. Jain is greatly interested in what she calls these “sub-stories”. In the case of IIT Kharagpur, where a lot of foreign countries were involved, a Swiss architect is believed to have made the masterplan. However, Prof. Jain’s initial research in the National Archives shows that a lot of the early work was done by Indian architects of PWD in Delhi. By the time the Swiss architect came, a lot had already been accomplished. “I am trying to go to primary sources and pin down how the planning came about, how the design and construction was done… There is a lot of interest in architectural circles about history and global modernism and I feel India has a lot to contribute to the existing body of knowledge.”

But her interest in the architecture of the IITs also reflects a larger concern of hers. A licensed architect in both India and the US, with over a decade of experience in building reuse and renovation, Prof. Jain has worked on the restoration of a diverse range of historically significant buildings including Trinity Church in Boston, St. Elizabeths Hospital in Washington DC, the Richardson-Olmsted Complex in Buffalo and the Jewett Art Center at Wellesley College. She is particularly interested in technical building investigations, preservation of large institutional sites and buildings of the recent past. While at IIT Kharagpur, she also gave a talk at the Department of Civil Engineering, pointing out that there were few structural engineers and even fewer mechanical engineers who could work on historical buildings.

She became aware of how endangered modern-era historical buildings are in India with the news of the destruction of the Hall of Nations in 2017, the world’s first and largest-span space-frame structure built in reinforced concrete in 1972. The architecture holds special significance in India’s post-colonial history, but it took only days to be brought down. “Because of the Hall of Nations example, I felt that these buildings are very threatened in India.”

Involved with the conservation efforts in her own campus, Prof. Jain is aware that university campuses are always in a state of flux, and sometimes old structures have to make way for the new. Prof. Jain argues, “If historical research exists, the authorities will know that what they are trying to take down are the most historical buildings or have unique architectural features. This might lead to a rethink.” Even if a structure is demolished eventually, a 3D laser scan or some other method can be adopted to document what is being demolished.

“This is called conservation master planning and is done frequently on US campuses,” she says. She has, in fact, worked with many universities, such as Wellesley College and Pennsylvania State University, which have created heritage conservation master plans that look at the campus buildings historically. Her own university recently updated their master plan and she is trying to supplement that information with more research on the post-war modern era architecture..

On her first visit to the IIT Kharapgur campus, Prof. Jain found the campus bewitching. “Early pictures show the campus to be very barren. That was the image I had, but I was struck by how green and lush it is here.”

Prof. Jain has been digging into  multiple sources for her research- archives at IIT-Kharagpur, the National Archives in Delhi, the National Library in Kolkata ,  and archives at UNESCO, US and Switzerland, to name a few.

Prof. Priya Jain is Associate Director, Center for Heritage Conservation and Assistant Professor, Department of Architecture at Texas A&M University. She serves as Field Editor (Architecture) for the Getty Conservation Institute’s AATA Online-Abstracts of International Conservation Literature and is Co-Chair of the Central Chapter of the Association for Preservation Technology-Texas

Book Review: Chronotantra

A Unique Science Fiction Novel That Brilliantly Blends Hi-Tech With Vedanta ~ Sandipan Deb 

The reviewer is a senior journalist and author, Former Editorial Director, Swarajya magazine, Founding Editor, Open, Former Editor, Financial Express and Outlook magazine. He is also an alumnus of IIT Kharagpur, 1986 batch. He did his B.Tech. in Electronics and Electrical Communication Engineering.

Book Review:

Indian science fiction has a long but thin history, studded with illustrious names. Long, because the genre made its first appearance in the late 19th century, while H.G. Wells was just starting off (though Jules Verne had been writing for three decades). Thin, because much of what goes in the name of science fiction in India is actually “fantasy fiction”, with hardly any science involved. Yet, it is a star-studded history.

Perhaps the first science fiction story in an Indian language (Bangla) was written by Jagadish Chandra Bose. The great scientist wrote Niruddesher Kahini (The Story of The Missing One) in 1896 to — believe it or not — participate in a short story competition sponsored by Kuntalin hair oil. The contest had only one rule: the oil brand had to feature importantly in the story. Bose won the contest with a whimsical tale in which the narrator uses Kuntalin to stop a cyclone set to devastate Calcutta. In the process, he anticipated the “butterfly effect” of chaos theory. Among other scientists who have ventured into the genre is the astronomer Jayant Narlikar. And of course, there was Satyajit Ray, with his Professor Shanku stories for children and young adults. It may also not be a very well-known fact that Amitav Ghosh’s Calcutta Chromosome won the 1997 Arthur C. Clarke Award, the most prestigious British prize for science fiction novels.

Prithwis Mukerjee’s brilliant debut novel Chronotantra is “hard” science fiction, that is, it is grounded in solid scientific soil. Yet, it soars, because, blending a superb technological imagination with Vedantic philosophy, it seeks to find an answer to questions that have intrigued humankind through the ages — the mysteries of consciousness. These questions gain a particular urgency in the times that we live in, as gigantic digital corporations store every bit of information about us, as self-learning algorithms control and predict our choices with increasing success, as artificial intelligence aims to replace most of our analytical and decision making processes, even much of our thinking.

The story of Chronotantra begins in the year 2150. Towards the end of the 21st century, the world had descended into chaos, national and local governments had collapsed, and mankind had regressed to medieval barbarism. A small cohort of techno-entrepreneurs, who controlled 80% of global wealth, then established 39 technopolises across the world, self-sustaining enclaves of peace, monitored, managed and effectively controlled by ultra high technology that provide a comfortable lifestyle for those who have the license to live there. In fact, all administrative decisions and even policy making in these “techno”-s have been handed over to artificial intelligence (AI). Outside lies the wild world of “externals”, denied entry into the technos through powerful force fields. 

Chronotantra’s protagonist is Lila, a Santhal tribal woman, who had been brought to the Chandilis techno on the Chhotanagpur plateau as a child under unusual circumstances, and grown up there to become a brilliant engineer. When we meet her, she is 23, working on a project that could revolutionize mining for the human habitat on Mars. We follow her over the next 26 years, to TransCaspia on the shores of the Caspian Sea, Hangzhou in China, across the plains and into the craters of Mars, Taosville on the edge of the Grand Canyon, Gandhar in erstwhile Afghanistan, and finally back to the Rajrappa Hills where Lila had been born. It is now revealed that she is uniquely qualified to fulfil a cosmic destiny. 

Mukerjee takes the reader, with Lila, on a journey that begins with the questions about digital technology that bother us today — such as constant surveillance and privacy — to the deeper ethical, philosophical and even existential issues that are bound to confront humanity in the years to come, perhaps sooner rather than later. As AI develops, and vast databases armed with incredible processing power interact with one another, will we see the evolution of a new species that is wholly digital, and with which humans and other biologicals will have to share the world?

In Chronotantra, as this digital species acquires the sophistication to move out from the virtual to the physical realm, it finds itself asking the same questions that humans have wondered about for a long time. Is there another world that lies beyond the obvious dimensions of space and time? In this quest, digital intelligence realises that its rational science-based approach is inadequate. Biological sentience is essential to bridge the chasm between the known and the unknown. But this bridge can only be built through an experience that dissolves one’s own individuality and merges it with the universal identity that lies within immutable Time, the primordial structural foundation of the manifest universe.

Machines trying to be human is not a new idea in science fiction; Isaac Asimov’s 1976 novella The Bicentennial Man is perhaps the most famous example. But Mukerjee is dealing with much more than that in Chronotantra. In the era of cloud computing, when we use software-as-a-service, the Microsoft Word app that I am using to write this review appears uniquely formatted for me, yet it is just a manifestation of a program residing on a giant central server somewhere on the planet, and whose equally “unique” manifestations are also being used right now by tens of millions of unique people all over the world. My perception of the uniqueness of the Word on my MacAir is mistaken. Take a small step forward to robots-as-a-service (a single operator sitting in Nevada controlling hundreds of drones flying over, say, Syria), and then make a giant philosophical leap now to Advaita Vedanta, which postulates that our sense of I-ness is erroneous. That each apparently unique individual is actually a part of a transcendent and collective consciousness referred to as the Brahman.

In Vedanta, the Brahman is the only reality and everything else is an error of perception. The world is Maya, an illusion that perpetuates this sense of separateness, and creates a distinction between the individual and the universal. Yet, unlike the Word app, or the drone, each sentient human being sees itself as a unique identity, distinct from the collective crowd. According to Vedanta, the ultimate aim of human life is remove this veil of illusion and see the unbroken continuity between his own identity and that of the Brahman and experience the ecstasy of enlightenment. 

As the story unfolds, we — along with Lila — are drawn deeper into the mysterious quest that only a few chosen ones in the Chronotantra world are privy to. At each step, Lila peels off one more onion layer of her reality — both outer and inner. The vast all-analysing digital intelligence that manages almost all aspects of human lifehas come to recognise its limits —it can never unlock the final mysteries of the cosmos because it can never connect with the intelligence at the core of Creation, which lies beyond the fundamental laws of entropy and space. Only a human being can do that, and that too, a very special human being, genetically unique. That special person is Lila.

For her tryst with the Infinite, Lila travels to the Rajrappa hills of her birth, to the temple of Chinnamasta, a particularly macabre form of Goddess Kali, who, however, represents a sublime message of losing one’s identity and merging it with the universal one. Lila’s body is implanted with sensors that will stream live data of her ecstasy of enlightenment to the digital superstructure, for analysis. Chronotantra ends in an almost literally earth-shattering climax (the word “climax” here has more than one meaning). 

Mukerjee has pulled off a major feat. Chronotantrais a thrilling and wonderfully imaginative story. And it fulfils its extremely high ambitions in terms of its philosophical scope. It is also exceptional in several other ways. One, I have never read a more technologically sound novel by an Indian author. Mukerjee, the brilliant engineer, has thought through every technical detail of his imagined future, from the sustainability infrastructure of a technopolis to grocery transactions in the 22nd century. Two, he explains the digital revolution and its impact on society, with a lucidity and simplicity that anyone who has ever used email can comprehend. Three, he manages to compress difficult metaphysical (and physics) concepts in simple conversations between characters in a manner that any reasonably intelligent person can grasp. 

But most important of all, the connection between a collective digital consciousness and ancient Indic philosophy is an extraordinary intellectual leap that Mukerjee performs with masterly confidence and elegant logic. It is this that makes Chronotantra quite unique in the world of speculative fiction. 

It is also that rare work that is very Indian, but also absolutely global in concept and relevance. The cast of characters is drawn from across the globe, yet there are no “foreigners”. Chronotantra only demands a curious mind, nationality no bar. I sincerely recommend this book to everyone—not just anyone who is interested in science fiction or technology, but anyone who wishes to engage with deep ideas.

 

About the Author: Prithwis Mukherjee (B.Tech., ME, 84) is the Director of Praxis Business School. After graduating from IIT Kharagpur he pursued PhD in management science at the University of Texas at Dallas – School of Management. He taught at IIT Kharagpur’s Vinod Gupta School of Management from 2008-2013. Prior to that he was associated in various capacities with IBM, PwC, TATA IBM, TATA Steel. Chronotantra is Prithwis’s debut novel.

 

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