E-Cell Celebrates Festival of Fortitude with Global Entrepreneurship Summit 2021

Entrepreneurship Cell, which functions under the aegis of Rajendra Mishra School of Engineering Entrepreneurship, IIT Kharagpur, one of India’s largest student-run non-profit organizations, inaugurated their four-day flagship event,  the Global Entrepreneurship Summit (GES) 2021 with an online opening ceremony.

Hon’ble Cabinet Minister, Smt. Smriti Irani, Padma Bhushan Dr. V.K. Saraswat and Mr. Kiran Mani, Managing Director  – Global Client & Marketing Partnerships, Google) were the key speakers among others.

GES is an annual summit organized by Entrepreneurship Cell, IIT Kharagpur and the theme of this year’s GES is the “Festival of Fortitude” and it is the first time the event is being held in online mode due to the pandemic.

Smt. Smriti Irani talked about the importance of innovation and the need to uplift women in an entrepreneurial direction to make them financially independent and make our country a better place.

She said “The fact that the summit encourages more and more youngsters to come forward with innovative ideas, the fact that many can dream and achieve them on this platform gives us a great cause of celebration. There is a need for emphasis on women being central in this startup ecosystem and today when I look at Atmanirbhar Bharat, I can say that it will rise on the shoulders of women.”

She also talked about the ‘Mudra’ scheme of the government which enabled entrepreneurs all around the nation and disbursed 27 crore loans.

On this occasion, the patron of the event Professor Virendra Kumar Tewari, Director of IIT Kharagpur  said “This pandemic disrupted our ways, yet the Entrepreneurship Cell, IIT Kharagpur conducted this summit in an online mode, so that we all could learn and discuss and gain something fruitful out of the events.”

The director also talked about being ‘Local for Vocal’ and the creation of affordable technologies through an innovative mindset. He also elucidated the priorities set by our Hon’ble Prime Minister, Shri Narendra Modi, referring to his address in the Institute Convocation held two days ago.

Padmabhushan Dr. V K Saraswat shared his views on Innovation and Entrepreneurship and stated that it can leverage the economy of the country. Mr. Kiran Mani of Google mentioned the changing role of the computer from the device of information to an assistive one.

This is how the first day of the Global Entrepreneurship Summit, one of the largest inter-collegiate corporate summits of India went about. The summit has a plethora of events over the next 3 days, including events and competitions such as GES Pitchers, Intern Carnival, Co Founder’s meet & Intel AI Entrepre-Neural with 6 figure cash prizes.

Do register at https://reg-ges.ecell-iitkgp.org, and join thousands of others virtually in the “Festival of Fortitude”.

Watch the inauguration program

Alumni Startup Wins India Australia Circular Economy Hackathon

EcoDabba, a startup by young alumni and students of IIT Kharagpur has been adjudged Indian Student Winner at the India Australia Circular Economy (I-ACE) Hackathon. The feat comes in the theme of creating opportunities for plastics waste reduction. EcoDabba presented a novel idea of storing food in bagasse (sugarcane waste) coated with an eco coating for increased longevity which is 100% biodegradable food storage packaging. The solution by Ecodabba quickly biodegrades replenishing the soil and creating value for farmers.

The event was jointly conducted by Atal Innovation Mission, NITI Aayog and the national science agency of Australia – Commonwealth Scientific and Industrial Research Organisation. The award ceremony of the event was graced (virtually) by Hon’ble Prime Minister Narendra Modi,  Australian Prime Minister Scott Morrison and CEO of Niti Aayog Amitabh Kant along with numerous Indian and Australian luminaries.

Almost 80 teams of students and small and medium businesses from India and Australia turned their collective minds to solving the world’s global challenges with a focus on stopping waste and creating sustainable business practices. Four student teams and four SME teams each from Australia and India were awarded across the four themes.

The concept of the I-ACE Hackathon originated last year at a virtual summit where the Prime Ministers of both countries committed to working together on circular economy innovation initiatives.

“All participants of this circular economy hackathon are winners and commend your spirit to innovate in this times of COVID 19. We are not the owners of all that mother earth has to offer, but merely its trustees for all the future generations to come,” Prime Minister Shri Narendra Modi stated.

“We [India and Australia] must explore ways to scale up innovative ideas and must look at consumption patterns and reduce ecological impact, not only in two countries but for the whole world. Recycling, reusing, eliminating waste and improving resource efficiency should become part of our lifestyle. The Power of youth comes from openness to new ideas, innovation and the ability to take risks. The strong India and Australia relationship will play an important role in shaping the post covid world,” he added.

Ecodabba was selected among 1000+ submissions. Mentored by the founders of EcoDabba: Bindu SanchetiSourav Kundu and Nikita Agrawal, graduates of 2020, the idea was presented by Rajat MaheshwariSoumya Acharya, and Krishna Kumar Soni.

EcoDabba is a sustainable food packaging solution startup conceptualized in 2020 by IIT Kharagpur graduates comprising Bindu Sancheti and Sourav Kundu from the Dept. of Chemical Engineering and Nikita Agrawal from the Dept. of Agricultural and Food Engineering. They aim to provide a solution to the reduction of waste in food packaging in the post-pandemic world. The startup was among the top three at the Global Business Challenge 2020. [https://kgpchronicle.iitkgp.ac.in/the-2020-winners/]

With inputs from https://www.csiro.au/en/News/News-releases/2021/Students-and-SMEs-hold-keys-to-ending-waste

Pursue Innovative Research to Develop Solutions for Indigenous Challenges with Global Reach – PM to Students at 66th Convocation

Prime Minister Shri Narendra Modi addressed the 66th Convocation of IIT Kharagpur today as Chief Guest through a video conference. Union Education Minister Shri Ramesh Pokhriyal ‘Nishank’ and Union Minister of State for Education Shri Sanjay Dhotre were present on the occasion as Guests of Honour.

The Prime Minister said the need of the day is to work while anticipating the needs of the future, to make innovations for tomorrow. He appreciated the quality of engineering students who can easily understand the patterns of problem statements which can lead them to breakthrough discoveries and product developments and patents changing the lives of millions. Shri Narendra Modi asked the students to adopt the mantra of Self 3 to overcome their self-doubts and obstacles in the future. He said Self 3 is Self-awareness, Self-confidence and Selflessness.

The Prime Minister brought the attention of the students to International Solar Alliance and encouraged them to do research on clean energy, solar energy and areas such as electric vehicles, battery storage etc. He also asked them to work in areas of disaster management technologies, especially developing disaster-proof housing and public infrastructure such as bridges. He talked about developing advanced technologies from prevention to cure in the health-tech ecosystem, typically in areas of affordable, mobile, user-friendly home-based healthcare appliances. He talked about the Prime Minister’s Research Fellow scheme and Startup schemes that focus on supporting R&D and innovation opportunities for talented youth.

Union Education Minister Shri Ramesh Pokhriyal ‘Nishank’ talked about the students aiming to become entrepreneurs and job-creators instead of job-seekers. He emphasized how the National Technology Forum will improve research infrastructure in the country. Lauding the inspirational words of the PM, Dr. Nishank talked about how it will intensify the campaign for self-reliant India. It will give new freedom to young startups and innovators of the country.

Union Minister of State for Education Shri Sanjay Dhotre highlighted the importance of the fields like agriculture, energy, water for further R&D. He called ideation, innovation, incubation and development of technological solutions in technology sectors like Telecom, auto-tech, solar cells, fin-tech Space, Defence to strengthen the goal of Atmanirbhar Bharat.

2815 students were awarded degrees today of whom 75 students were invited to receive the gold and silver medals conferred by the Institute. In addition, several dignitaries were present to receive DSc (Honoris Causa), Life Fellow and Distinguished Alumnus Awards.

The Director Prof. V K Tewari, while presenting the report took pride in the recent innovations such as COVIRAP and telemedicine application which are bringing hope to the people of the country. He pledged to work more on product-development-oriented projects to support the cause of Atmanirbhar Bharat. He also talked about setting up more awards for faculty and staff for them to pursue excellence.

IIT Kharagpur Congratulates Winners of Institute Medals at the 66th Convocation

Consolidated UG & PG List of Gold and Silver Medals awarded at 66th Convocation

  • INSTITUTE GOLD MEDALS :  (9 nos)
Name of the Medal Name of the Awardee Deptt./ School/ Centre
PRESIDENT OF INDIA GOLD MEDAL 2019-2020 ARKADEB SENGUPTA ELECTRICAL ENGG.
PRIME MINISTER OF INDIA GOLD MEDAL 2019-2020 ANIRUDH DEB PHYSICS
DR. B. C. ROY MEMORIAL GOLD MEDAL 2019-2020 HIMA SWETHA N E. & E. C. E.
DR. JNAN CHANDRA GHOSH MEMORIAL GOLD MEDAL 2019-2020 TOKALA YASWANTH SRI SAI SANTOSH COMPUTER SC.& ENGG.
PROF. J. C. BOSE MEMORIAL GOLD MEDAL 2019-2020 IPSHITA ROY CHEMISTRY
THE CHAIRMAN BOARD OF GOVERNORS GOLD MEDAL 2019-2020 CHANDAN BHAUMIK MATHS. & COMPUTING
THE CHAIRMAN BOARD OF GOVERNORS GOLD MEDAL 2019-2020 KRISHNAPRIYA V J BIOTECHNOLOGY
THE DIRECTOR’S GOLD MEDAL 2019-2020 SAGNIK CHOWDHURY METALLURGICAL & MAT. ENGG.
DR. SHANKAR DAYAL 

SHARMA GOLD MEDAL 2019-2020

SAGNIK CHOWDHURY METALLURGICAL & MAT. ENGG.

 

  • INSTITUTE SILVER MEDALS [ 4-YEAR B. TECH (H) ] :  (14 nos.)
Name of the Awardee Deptt./ School/ Centre
NALLAPAREDDY CHARAN REDDY AEROSPACE ENGG.
SHIVAM ROHILA AGRICULTURAL & FOOD ENGG.
DABHADE JUILEE VASUDEO BIOTECH. & BIOCHEM. ENGG.
PRASANTA KUMAR SAHOO CIVIL ENGG.
SHUBHAM RAJ PANDIT CHEMICAL ENGG.
LOVISH CHOPRA COMPUTER SC.& ENGG.
DIVYANSH JHUNJHUNWALA E. & E. C. E.
ARKADEB SENGUPTA ELECTRICAL ENGG.
JITENDRA BHANDARI INSTRUMENTATION ENGG.
BHARGAV D INDUSTRIAL ENGG.
DEBAPRIYA DE MECHANICAL ENGG.
AYUSH VERMA MANUFACTURING SC.&  ENGG.
SACHIN SINGH RAJPUT MINING ENGG.
I ANAND KUMAR METALLURGICAL & MAT. ENGG.

 

INSTITUTE SILVER MEDALS [ 4-YEAR B. ARCH (H) ] :  (1 nos.)

Name of the Awardee Deptt./ School/ Centre
RUNJHUN BHARTI GOSWAMI ARCHITECTURE

 

  • INSTITUTE SILVER MEDALS [ 5-YEAR DUAL DEGREE ] : (15 nos.)
Name of the Awardee Deptt./ School/ Centre
SWAPNIL MAJUMDER AEROSPACE ENGG.
RAJRISHI A BHAISARE AGRICULTURAL & FOOD ENGG.
PIYUSH NANDA BIOTECH. & BIOCHEM. ENGG.
RAHUL DEV KUNDU CIVIL ENGG.
ARIT PATRA CHEMICAL ENGG.
PRAJWAL SINGHANIA COMPUTER SC.& ENGG.
POURUSH SOOD E. & E. C. E.
VASIREDDY GIRIJA ELECTRICAL ENGG.
ANAND MOOGA INSTRUMENTATION ENGG.
CHAWDA CHAKIT KISHOR INDUSTRIAL ENGG.
AYUSH MOHANTY MANUFACTURING SC.&  ENGG.
ARIJIT MAJUMDAR MECHANICAL ENGG.
ANAND KUMAR MINING ENGG.
SWAGATA ROY METALLURGICAL & MAT. ENGG.
ADITI AJAY KAMBLI OCEAN ENGG. & NAVAL ARCH.

 

  • INSTITUTE SILVER MEDALS (5-YEAR M. SC.) : (5 nos.)
Name of the Awardee Deptt./ School/ Centre
EKROOP KAUR CHEEMA CHEMISTRY
ISHIQUA AGARWAL APPLIED GEOLOGY
RISHAV BAGRI ECONOMICS
HARSHIT JITENDRA MOTWANI MATHS. & COMPUTING
ANIRUDH DEB PHYSICS

 

  • INSTITUTE SILVER MEDALS (2-YEAR M. SC.) : (6 nos.)
Name of the Awardee Deptt./ School/ Centre
IPSHITA ROY CHEMISTRY
ADITYA GEOPHYSICS
ARKADEV GHOSH MATHEMATICS
SUGANDH SIROHI PHYSICS
PRATYUSHA SARKAR GEOLOGY
ARATRIKA DE CHEMICAL & MOLECULAR BIOLOGY

 

  • INSTITUTE SILVER MEDALS (M.TECH./MCP/MBA/MMST) : 25 Nos.
Name of the Awardee Deptt./ School/ Centre
PRITHWISH MUKHERJEE AEROSPACE ENGG.
ALISHA SHARMA AGRICULTURAL & FOOD ENGG.
MAHENAZ HANEEF BIOTECHNOLOGY
SUGANDHA VERMA CHEMICAL ENGG.
SUYASH SRIVASTAVA CIVIL ENGG.
SHOUNAK PAUL COMPUTER SC. & ENGG.
ABHISHEK KUMAR C O R A L
ANIRBAN MANDAL ELECTRICAL ENGG.
PRAVEEN CHOUDHARY E & E C E
KARMANOV PAVEL GEOLOGY & GEOPHYSICS
MONOJIT  MANDAL INDUSTRIAL & SYSTEMS ENGG.
AMAR PANDEY MATERIALS SCIENCE CENTRE
SHUBHAM AGARWAL MATHEMATICS
PRASANNA VENKATESH  L MECHANICAL ENGG.
SAGNIK CHOWDHURY METALLURGICAL & MAT. ENGG.
ANAND KUMAR GUPTA MINING ENGG.
CHAVAN SACHIN AMRUT OCEAN ENGG. & NAVAL ARCH.
SHAONA BOSE PHYSICS
ASHUTOSH S C S Q & R
ANAND RAJ P RUBBER TECH.CENTRE
SOMISETTY ANUSHA SCH. OF WATER RESOURCES
MONICA S A RCH. & REG. PLANNING
RAJDEEP GOSWAMI V G S O M 
RONNIE RAJAN S M S T
REETIKA DASGUPTA HUMANITIES & SOCIAL  SC.

 

PM addresses 66th Convocation of IIT Kharagpur

Gives the mantra of Self 3 – Self-awareness, Self-confidence and Selflessness

Prime Minister’s Office, Posted On: 23 FEB 2021 1:50PM by PIB Delhi

Prime Minister Shri Narendra Modi addressed the 66th Convocation of IIT Kharagpur today through a video conference. Union Education Minister Shri Ramesh Pokhriyal ‘Nishank’ and Union Minister of State for Education Shri Sanjay Dhotre were present on the occasion.

The Prime Minister said this day is not only important for the parents and teachers of the IIT but also for the New India as the students represent the entire country. He urged the students passing out, as they embark on a new journey of life, to work towards creating startups and innovating things that can change the lives of crores of people in the country. He said the degree they won today represents the aspiration of millions of people, which they have to fulfill.

The Prime Minister said the need of the day is to work while anticipating the needs of the future, to make innovations for tomorrow. He said an engineer has the capability to see things in more detail and this understanding forms the basis of new discoveries and new breakthroughs in the future. He urged the students to find solutions that can improve and save the lives of millions and can save the country’s resources.

Shri Narendra Modi asked the students to adopt the mantra of Self 3 to overcome their self-doubts and obstacles in the future. He said Self 3 is Self-awareness, Self-confidence and Selflessness. He advised the students to recognize their potential and move forward, move ahead with full confidence, move ahead with selflessness.

The Prime Minister said that there is no place for the hastiness in the field of science and technology. He added you may not get complete success in the innovation you are working on. But that failure of yours will also be considered a success because you will learn something from that as well. He said in the 21st century the IITs need to be taken to the next level from Indian Institutes of Technology to Institutes of Indigenous Technologies to meet the changing demands and aspirations of New India.

Shri Modi said at a time when the world is struggling with the challenges of climate change, India has come up with the idea of the International Solar Alliance (ISA) and embodied it. He said today India is one of those countries where the cost of solar power is very low per unit. But there are still many challenges to deliver solar power from door to door. He added India needs technology that minimizes damage to the environment, is durable and user-friendly.

The Prime Minister said Disaster management is a subject that the world has looked up to in India. During major disasters, along with life, infrastructure is the most affected. He added realizing this two years ago, India took the initiative of establishing Coalition for Disaster Resilient Infrastructure in the United Nations,

The Prime Minister emphasized the need for significant innovation for Industry 4.0. He lauded the efforts of IIT Kharagpur to transform academic research related to AI at an industrial level, the Internet of things and modern construction technology. He said IIT Kharagpur’s software solutions were also useful in the fight against Corona. He urged the institute to work fast on futuristic solutions in Health Technology. He said a huge market has emerged for personal healthcare equipment. He said the market for Health and Fitness related Equipment is also increasing. He said technology has to be developed to provide for Personal Healthcare Equipments in India which is affordable and accurate.

The Prime Minister said after Corona India has emerged as a major global player in the field of Science, Technology, Research and Innovation. He said with that inspiration, there has been a major increase in the budget for science and research. He said a few days ago, the government has freed Map and Geospatial Data from control. This step will give a lot of strength to the Tech Startup Ecosystem, intensify the campaign for self-reliant India and also give new freedom to young start-ups and innovators of the country.

The Prime Minister lauded the efforts of IIT Kharagpur on the implementation of the new National Education Policy. He praised the institute for the way they were exploring knowledge and science as the strength of our future innovation. He urged the institute to compile 75 major innovations made by the institute to coincide with the 75th year of India’s independence and make them reach the country and the world. He said these inspirations would give a new boost to the country and inspire confidence.

***

https://www.youtube.com/watch?v=ZnCtvuh6Q1Y

Turning Steel Slug Dump to Greenery Hub, IIT Kharagpur’s Transformative Work at Odisha

IIT Kharagpur Researchers Transform Steel Plant Slag Dumps in Odisha into Greenbelt Using Traditional Indian Organic Components and Japanese Afforestation Techniques

A drive through Angul, near the Dhenkanal region of Odisha will give you vast stretches of green canopy and vegetation on what was once industrial dumpsites. The transformation to a green belt is not a natural reclamation but the Midas touch of the Post Mining Mine Site Restoration group of the Department of Mining Engineering of IIT Kharagpur through a project supported by Tata Steel BSL. The researchers afforested over 32000 square feet in the region following a rapid forest regeneration technique by a unique mix of the traditional resource of Panchagavya with the Miyawaki plantation technique of ecologist Prof. Akira Miyawaki from Japan.

The dumping of blast furnace slag by steel plants has been a perennial challenge in India and even in some of the developed countries in the world. These steel slag dumps contribute to the generation of airborne particles causing air pollution and also to groundwater and surface-water contamination through different pathways. The slag-covered land is unsuitable for vegetation growth and associated problems lead to the ruination of vegetation and health hazards for both humans and animals. Researchers at IIT Kharagpur have devised a bioremediation method to reduce the concentration of these polluting slags to an innocuous state.

A research team led by Prof. Khanindra Pathak from the Dept. of Mining Engineering at IIT Kharagpur, has turned this slag suitable for plant growth by mixing it with topsoil, cow dung and other organic enhancers. Plants carefully chosen for the Miyawaki technique and 22 native species were grown on the mix with a 30cm layer of topsoil over it administering them with Panchagavya.

“Periodic administration of Panchagavya checked the problem of nutrient scarcity while mulching helped retention of water and nutrients. In a span of one year, we witnessed the growth of a self-sustaining mini-forest, dominated by plants belonging to the family Fabaceae and Sesbania grandiflora. The plants with long root systems could utilize the steel slag with their roots penetrating up to a depth of 2 m from the ground surface, thus reducing the effects of groundwater contamination and surface runoff of water in the monsoons,” remarked Prof. Pathak.

“Vetiver grass was used as a boundary for the plantation to check migration of nutrients. This grass if grown over the slopes of the slag dumps will further check the fugitive emissions and thereby reducing air pollution and erosion of slag onto adjacent habitations,” he added.

The process led an unsupportive steel slag dump to a self-sustaining primary succession over it.   

The success of the present project has helped the industry to not only comply with the mandate of the Ministry of Environment, Forest and Climate Change, Govt. of India, but will protect the neighboring villages from airborne dust to a certain degree in addition to the usefulness of the vegetation developed to the villagers. Prof. Pathak earlier demonstrated stabilization of dump slope and prevention of erosion at the  Joda Mines in the Barbil region, which witnessed regeneration of thick vegetation cover. In another demonstration, a horticulture field was developed at Sonepur Bazari waste dump under a CSR project.

The approach established if implemented across such sites in the country would benefit millions of people leaving around the mining region. The damage caused to nature by anthropogenic activities can be repaired permanently following nature’s own way to heal. Restoration of the post-mining mine site is now mandatory, the approaches demonstrated contributions to the rural economy as well as to the regeneration of natural resources for the benefit of a large number of people of present and future generations.

The demonstrated methodology also has the possibility to eliminate the need for expensive geotextiles developed in the country using imported technology, opined Prof. Pathak. He further added about the replication of the process for municipality waste dumps. 

“Development of a vetiver grass field could be beneficial for urban wastewater management as well as municipality solid waste dump sites. We had also demonstrated hydroponic vetiver for the containment of oil in refinery wastewater through an IIT Kharagpur and IOCL collaborative project at the Bongaigaon refinery,” he remarked.

Contact: 

Project: Prof. Khanindra Pathak, E: khanindra@mining.iitkgp.ac.in; Sourav Mandal, E: souravm.iitkgp@gmail.com

Media: Shreyoshi Ghosh, E: shreyoshi@adm.iitkgp.ac.in

Connect on social media: Facebook: @IITKgp Twitter: @IITKgp Instagram: @iit.kgp; Or write to media@iitkgp.ac.in

More information: Dept. of Mining Engineering: http://www.iitkgp.ac.in/department/MI

Media Coverage

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IIT Kharagpur Innovates DGPS-Enabled Soil Mapping Tech for Effective Fertilization

Geospatial mapping is a buzzword today with the Govt. of India liberalizing the sector. There is another side of mapping that could transform the food security program of India; soil maps which could be accessed using differential GPS, developed by researchers at IIT Kharagpur for a variable rate of fertilization application in farmlands. The novel technology is aimed towards efficient use of Nitrogen, Phosphorous and Potash for automated soil nutrition management by bypassing both manual labour based operations or sensor-based fertilization technologies which are still under development.

Spatial variations in soil type and mineral content in large agricultural tracts are a common phenomenon that leads to a dynamic need for resources such as fertilizers, pesticides, herbicides and even water. Farmers have been collecting information on these variations through soil tests by local bodies or installing sensors to collect the data in real-time. However, the proximity of the applicator vehicle to the sensor hinders real-time sensor-based data processing and fertilizer application. 

Prof. V K Tewari, Director, IIT Kharagpur along with his former research scholar Dr. Sneha Jha from the Dept. of Agricultural and Food Engineering explored an alternate method of creating a soil nutrition map that can be accessed in real-time through differential global positioning system for variable rate application of NPK. 

Explaining the process Prof. Tewari said, “We divided one hectare of land into 36 grids with the nutritional requirement of each grid fed in the soil map. The fertilizer applicator vehicle, fitted with a DGPS module and GUI enabled Microprocessor cum Microcontroller, can access this map and compute in real-time the variable rates in the fertilizer application function.”

The soil map can be replicated for agricultural plots based on soil tests which can be performed at district administration levels or by private labs. This data when fed into the DGPS module will be accessible to farms using the GUI installed-applicator. 

“The system can detect the field grids in real-time with a length-wise accuracy of 16 cm towards the east and breadth-wise accuracy of 20 cm towards the north. It can manage the automated application from 5 to 400 Kg per hectare. Application of such desired amount of NPK precisely at a specific location will enhance crop production and avoid environmental degradation,” said Prof. Tewari. 

 

“This technology would be able to reduce 30% of fertilizers used in manual methods thus ensuring substantial savings in resource applications,” he further added remarking on how this technology can bring the cost of fertilizer application by improving the efficiency of the job and reducing manual labour.

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Online Workshop on Accelerated Data Science

The Centre for Computational and Data Science at IIT Kharagpur is organizing an Online Workshop on Accelerated Data Science in collaboration with NVIDIA Corporation, India and National Supercomputing Mission, C-DAC, Government of India, from February 21-22, 2021.

In the workshop, the state-of-art theory and technologies for accelerated machine learning, as well as deep learning algorithms, will be covered. Also, the fundamentals of GPU computing with an emphasis on machine learning and deep learning algorithms will be presented. Further, several technologies and platforms for GPU acceleration of these algorithms will be elaborated.

Topic List: 

Day 1:

  1. Fundamentals of GPU Architecture & CUDA 
  2. Introduction to Accelerated Data Science: RAPIDS
  3. Introduction to Machine Learning Algorithms
  4. Case Study/Hands-on: Solving and Benchmarking End to End Data Science Problem using RAPIDS 

Day 2:

  1. Introduction to Deep Neural Network & Deep Learning
  2. NVIDIA CUDA-X Platform Overview: Accelerated Computing for Deep Neural Networks
  3. Accelerating and Scaling Deep Neural Networks using DALI, Mixed Precision and Multi-GPU Scaling
  4. Optimizing and Deployment of Neural Networks using TensorRT & Triton Inference Server
Faculty members, Research Students, Advanced Masters and Undergraduate Students, Industry Professionals can Register for Free Registration Link: https://forms.gle/YKxv4iWbBbeZW8Pw8
Last Date of Registration: February 18, 2021

Mode of Conduction: The workshop will be held online using MS Teams.

Pradhan Mantri and Shiksha Mantri and Rajya Mantri (Education) to Grace the 66th Convocation of IIT Kharagpur

IIT Kharagpur is going to organize its 66th Annual Convocation on February 23, 2021, in virtual mode keeping in view safety measures during the post-pandemic situation. Shri Narendra Modi, Hon’ble Prime Minister of India will grace the occasion as Chief Guest along with Dr. Ramesh Pokhriyal ‘Nishank’, Hon’ble Minister of Education, Govt. of India, Shri Sanjay Dhotre Hon’ble Minister of State and Shri Amit Khare, Hon’ble Secretary, Dept. of Higher Education, Ministry of Education, Govt. of India.

In this one-of-a-kind Convocation event, seventy-five students including nine Institute Gold Medal winners and sixty-six Institute Silver Medal winners have been invited to receive the prestigious medals in person. However other students, totaling more than 2800, will be awarded degrees in online mode. The Institute will also confer DSc (Honoris Causa), IIT Kharagpur Life Fellow Award, and Distinguished Alumnus Award.

Talking about the e-Convocation, Director Professor Virendra K Tewari remarked, “This is a unique occasion for us; while we are welcoming the 2020 batch of alumni, we also feel for the students who would have to miss the cherished occasion. Being a former student myself, I can feel their disappointment and it was an extremely hard decision which I had to take, keeping in mind the welfare of the students. We will plan to organize an event to bring back this batch together at a later date when the pandemic subsides completely to let them have their moment of glory.”

Web Workshop by Subir Chowdhury School of Quality and Reliability

In the present scenario of global competition, the Quality and Reliability of products and processes play a vital role in the design, maintenance, operational safety/security and management of engineering systems.

Subir Chowdhury School of Quality and Reliability, the first of its kind in India and a unique School of excellence focuses on overall improvement in engineering skills of students by exposing them to theory and practices in Quality and Reliability Engineering.

The School is organizing a Web Workshop exclusively for the faculty members of IIT Kharagpur on Robust Engineering and Optimization, on February 24, 2021, 6.30 pm-10.30 pm IST.

This workshop focuses on the strategic approach for product development developed by Dr. Genichi Taguchi. There are three main topics

1. Robust Optimization

  • What is “Robustness” and why focus on “Robustness”.
  • How to assess and optimize “Robustness”
  • How optimization for “Robustness” can lead to cost reduction.
  • How optimization for “Robustness” can lead to a drastic reduction in time-to-market.
  • Case studies on Robust Optimization;
    • Auto parallel parking control system
    • Steer by wire
    • Body in white frontal crash safety
    • Magnetic sensing system for angular measurement

2. Mahalanobis Taguchi System (MTS) for Optimization of Pattern Recognition/ Diagnostic System

  • The basic concept of MTS and how MTS can minimize misdiagnosis such as false positive and false negative
  • Application of MTS such as Erath Quake Prediction, Monitoring System for Complex Manufacturing, Diagnosis on Rocket Launching Event, etc.

3. System Behavior Testing (SBT) for System Design Validation

  • How SBT works to develop validation test scenarios such that hard-to-detect failure modes can be detected
  • How to analyze SBT test result

Speakers:

Mr. Shin Taguchi, CTO, ASI Consulting Group – Shin is President of the American Supplier Institute (ASI), dedicated to improving the competitive position of industries. He is also CTO of ASI Consulting Group in Bigham Farm, M6. Over the last 38 years, has trained more than 84,000 engineers around the world in Robust Engineering known as Taguchi MethodsTM, Pattern Recognition System using Mahalanobis Distance, Quality Function Deployment and DFSS Design for Six Sigma. He works with engineering, product development & manufacturing executives that have saved the American industry hundreds of millions of dollars. Some of the many clients he has helped to make products and processes Robust include Ford Motor Company, General Motors, Hyundai-Kia Motor Company, Delphi Automotive Systems, Chrysler (FCA), ITT, Kodak, Lexmark, Goodyear Tire & Rubber, General Electric, Miller Brewing, The Budd Company, Westinghouse, NASA, Texas Instruments, Xerox, Bosch, TRW, Caterpillar, Navistar and many others. In 1996, Shin developed and started to teach a Taguchi Certification Course. Over 540 people have graduated to date from this ongoing 16-day master certification course.

2000 to present: Shin has done training and coaching on DFSS include Delphi, Bosch Automotive Steering, Flex Automotive, Freudenburg, Ricoh, Mitsubishi Electric and Honda Motor Company.

  • a Fellow of the Royal Statistical Society in London,
  • a member of the American Society for Quality (ASQ),
  • a technical advisor to the Japanese Standards Association (JSA) and Robust Quality Engineering Society of Japan (RQES).
  • co-authored “Robust Engineering” published by McGraw Hill in 1999, “Computer-Based Robust Engineering” by ASQ Press and “Robust Optimization” by Wiley in 2016

Mr. Alan Wu, Vice President and Senior Consultant for ASI Consulting Group: Alan is Vice President and Senior Consultant for ASI Consulting Group, LLC. He is a Master Black Belt in Design for Six Sigma (DFSS) and was one of the world authorities in developing the DFSS program at ASI. Alan was the technical engineer on the ANOVA-TM and CAPD-TM Taguchi application software programs and has been training and consulting with manufacturing companies throughout North America, Europe, Asia, and Australia for over 30 years. Alan has taught more than 7,000 people and has coached more than 5,000 projects.

Alan has been instrumental in assisting ASI customers to apply and DFSS methodologies such as Taguchi Methods, QFD, and TRIZ in Product Development and Manufacturing. has trained and consulted with such companies as: Allied Signal, Anheuser Busch, Bobcat Company, Bosch, Case Corporation, CHR Hansen, Delphi Corporation, E.I. Dupont, ESCO Corporation, Fiat Chrysler Automobiles, FMC Corporation, Ford Motor Company, General Dynamics, General Electric Company, General Motors Corporation, GTE Laboratories, Hewlett-Packard, Hughes Aircraft, ITT, Kaiser Electronics, Kemet Electronics, Lockheed-Martin, LSI Logic, Luminar Technologies, Miller Brewing Company, Motorola, NASA, Naval Weapons Support Center, Newport News Shipbuilding, Northern Telecom, Philips, Rocketdyne, Storage Technology, Texas Instruments, Westinghouse, Weyerhaeuser, ZF, and many others.

The seats are limited to 20-25 only. Please register by February 17, 5:00 PM.

For registration contact the Head, Subir Chowdhury School of Quality and Reliability (SCSQR)​.

To know more about the School visit: http://www.iitkgp.ac.in/department/RE

Know more about Shri Subir Chowdhury, patron of the School and pioneer in championing the Quality movement across the globe through his thought-provoking ideas, unique methods, pedagogy and passion: https://www.subirchowdhury.com/about