Welcome to IIT Madras IIT Madras campus CONN NNECT WIT WITH IIT - - PowerPoint PPT Presentation

Welcome to IIT Madras

IIT Madras campus

https://www.iitm.ac.in/

CONN NNECT WIT WITH IIT IIT-M

Follow u us s

• nlin

ine

http://www.facebook.com/ReachIITM http://www.youtube.com/reachiitm http://www.linkedin.com/company/157267 https://twitter.com/reachiitm

Engi ngineer eering g :

 Aerospace

ace E Engineering

 Applie

lied Mechani nics

 Biotechnol

• log
• gy

 Chemi

emical Engineering

 Ci

Civi vil E Eng ngineering

 Compu

puter er S Science & e & Engineer eering

 Electrical E

Eng ngine neering

 Engineering Design  Mechanic

ical E l Engineerin ing

 Metallu

llurgic ical E l Engineerin ing

 Ocean

an E Engineering

Humaniti ties s :

 Humanities &

& So Soci cial al Sci Science ces

 Manage

gement

Science ces: s:

 Mathemati

tics

 Phy

hysics

 Chemi

emistry

De Depar artments

COU COURSE-BASED PROGR GRAMS

• 4-year Bachelor’s -
• B. Tech
• 5-year Dual Degree - B.Tech and M.Tech
• 5-year Integrated -

M.A and M.Sc

• 2-year Master’s -
• M. Sc., M.B.A; M.Tech.,

M.Tech(UOP); M.Tech (Clinical Engineering)

RESEARCH-BASED PROGR GRAMS

• M.S. - 2 to 3 years after B.Tech/ M.Sc
• Doctoral - 4 to 5 years after Masters

Academic Programs

Od Odd Semes ester: Orientation – 22nd July Semester start – 29th July Semester end – 28th November Application deadline: 15th May Even n Seme mester ( (Spring): Orientation – 7th January Semester start – 14th January Semester end – 10th May Application deadline: 15th November

Cale alendar ( (Every year ar)

IIT IITM T Tod

• day

4% 5% 52% 39% Faculty Staff Students Other Residents Faculty 540 Staff 1250 Students 9000 Other Residents 5400 Total 16190

UG 23% Dual Degree 22% M.Tech 13% M.Sc 3% MBA 2% M.A 3% M.S 11% PhD 23%

Current S t Stu tudent Popu pulati tion

UG 1983 Dual Degree 1994 M.Tech 985 M.Sc 285 MBA 135 M.A 286 M.S 968 PhD 2253

https://www.iitm.ac.in/

900+

Projects Annually

250

Indian Companies

40+

Multinational Companies

90+

IP Annually

Acad ademic ( (basic, o

• pen-sky) r

research

 Publications

Tran anslat lation

• nal r

al resear arch

 Industry  Space  Defence  Incubation

Tran ansfor

• rmational R

al Resear arch

 Direct societal impact  Disruptive improvement in housing, water, healthcare, education, energy

RESEAR ARCH & H & IP

https://www.iitm.ac.in/

Tran ansfor

• rmational R

al Resear arch Changing every I India ian’s way of

• f lif

ife

Clean Water Affordable Housing Uninterrupted Power Available Healthcare Assistive Devices

SOCIE IETAL IM IMPACT

CENT NTERS RS OF EXCELLENC NCE ( (COE)

https://www.iitm.ac.in/

Tran anslat lation

• nal R

al Research

Combustion Research

Ma Make in in India ia

Cancer Nano-Devices &Materials Decentralized Energy Decision Sciences Soft Matter Machine Tools & Manufacturing Tyre & Vehicle Dynamics Transportation Non-destructive Testing MRI Heritage Structures Water China Studies Sustainability

https://www.iitm.ac.in/

Graphene Applications (TSAMRC) Steel Research (COXIST & CREST) Railway Research (CRR) Solar Hub Automotive Research (CAAR) Urban Development & Smart City (CUBE) Industrial Internet of Things (IIT-GE) Propulsion Technologie s (COPT)

NE NEW C W COES

https://www.iitm.ac.in/

CE CENTRE O OF PR PROPUL PULSION T TECH CHNOLOGY

Deli livera rable les b based on directed b basic r research towar ards f four p produ ducts

Gas turbine engines Hypersonic propulsion

Solid rocket combustion modelling

Morphing aircraft

Other t r tangible le d deliverable les CoPT CoPT

Tangible goals: ~50 PhD, ~100 MS/M Tech over 5 years Training DRDO scientists in advanced R&D Technical dissemination: Conduct of & participation in international workshops/seminars

https://www.iitm.ac.in/

40 M M L LIGO GO PROTOTYPE

Next G Generation

• n T

Technol

• logies
• 2 mm fibre lasers
• Silicon photonics platform
• Squeezed light detectors
• Adpative optics

Partner t to

• the

he LIG LIGO la labs at Calt ltech, MIT MIT 10+ f fac aculty w working ac across dis discip iplines

• Astrophysics, Photonics
• Sensors, Controls, Instrumentation
• Mechanical and Civil

Engineering, Seismology

• Signal processing, data analytics

Caltech LIGO-lab

https://www.iitm.ac.in/

INT INTER-DISCIPL PLINARY CE CENTRE F FOR DATA SCI CIENCES

Algorithms (Data Analytics/Mining) Architecture (Data Management/Storages Sensors and Internet of Things (Data Gathering)

Manufacturing Analytics (with Ce Centre for Advanced Manufacturing Technol

• log
• gy)

Fintech ch Microfinance Risk Analytics Smart Cities Transportation Power Water Pollution Systems ems Biology and Health C Care Cancer Genomics, Brain Mapping

https://www.iitm.ac.in/

TRANSPO PORTATION A ANALYTICS CS

Cent enter o

• f Exce

cellence in n Urban Trans nsport has

• Over 120 devices installed by IIT Madras
• Over two years of data
• Every 10 seconds
• ~8 Lakh records a day!
• 28 video cameras
• Live feeds to our lab

ILDS leverag ages o

• n these data

a sources t to

• Perform automated extraction of bus-stop location

data and congestion hotspots from GPS data

• Advanced image processing techniques to

identify, track, classify vehicles from real-time video feeds Join intly wit with TCS: Measuring and predicting congestion from multiple sources of data

https://www.iitm.ac.in/

DECENTRALIZ LIZED S SOLAR LAR DC

 Switchover to 48V DC lights, appliances  In commercial buildings, DC VAVs, AHUs, Chillers

• All networked

 Rooftop solar  Thermal storage, some battery storage  With increases renewable, power availability can fluctuate

• ver short time-scales (minutes)

 Move to dynamic pricing and load management

• Leverage thermal time constants and local

storage to smooth power requirements  Grid-wide demand management at quarter-hour resolution to match availability/ minimize cost

https://www.iitm.ac.in/

INIT INITIATIVE F FOR BIO BIOLOGICAL SYSTEMS MS ENG NGINE INEERING NG

 Large ge-scale le biolo logi gical D l Data Analys ysis, i in colla laboration with Prof. Asho shok Venkitar aram aman an, MRC Cance ncer Uni nit, C Camb mbridge, U UK  Identifying critical mutation

• ns underlying cancer
• through a comparative analysis of sequences from

healthy and mice conferred with cancer-inducing mutations  GOAL AL: Understanding Genotype-Phenotype Mapping in Disease through a longitudinal integration of diverse “omics” datasets, novel algorithms

• Genomic / Transcriptomic / Proteomic /

Phosphoproteomic / Metabolomic

• leveraging publicly available datasets (e.g. ICGC) and

data from collaborators in India and abroad

Data access layer (6) Distributed Data store (1) Display (2) Annotation layer (3,4,5)

Metadata store

Image processing algorithms (8)

Annotations store Computed results store Image processing toolboxes (8) ML API (9) Deep learning API (10) Available components Trained models

Visualization (13,15) Training and model building Analytics layer (14) 3d recons- truction (11) Atlas formation (12) Atlas mapping (12)

Distributed computing

https://www.iitm.ac.in/

MO MOUSE BR BRAIN IN MA MAPPING ING

• Led by Computation
• nal Brain Research Chair

Partha Mitra and d HTI TIC’s Mohan ansan ankar ar

• Terabytes of images

Desired Brain Map

https://www.iitm.ac.in/

MA MAJOR C COMP MPONE NENTS O OF CPWC Four key focus areas

• Mobile platforms
• Data & mining
• Navigation
• Dredging
• Investigations
• Traffic management
• Coastal Environment
• Hydrodynamics
• Morphodynamics
• Navigability
• Nautical depth
• Visualization
• Traffic & Management
• Port navigation
• Optimization
• Project development
• Interactive simulation &

Optimization

• Next generation ports

and vessels

• Large investments in

Naval vessels

• More accurate results
• Compete with the best
• Indigenous technology

Technol

• log
• gy Develop
• pment

& T Training Modelling & Software prod

• ducts

Bridge ge Simula lator Hig igh speed T Towi wing tank & k & Large scale w wave fl flume

IITM R IITM Research P h Park

India dia’s Fi First Un Universit ity Rese search Park rk

• IITMRP will have a built-up space of 1.6 million sq. ft. when

complete.

• The First tower with 0.4 million Sq.Ft. started functioning from

March 2010.

• IITMRP Phase – II, about to be complete has three blocks, each

with Ground + 10 floors, with a total built up area of 0.82 million Sq.Ft

• A separate Multi Level Car Park (MLCP) with Ground + 5 Floors is

being built

• Located prominently with amenities like food court, Child Care

Center, ATMs and a Transit Accommodation by the Ginger Hotels

• 100% Power back-up and Centralized HVAC and Fiber optic

connectivity

IIT IITMRP

IIT ITMRP RP - ATRIU RIUM

R&D C Clients

Entrepreneurship @ IIT Madras

IDEA EATE INC NCUBATE SUPPO PPORT

Bio-Tech Incubator

IITM Incubation Cell

IITMEF - IIT Madras Entrepreneurship Forum Minor in Innovation and Social Entrepreneurship IITM Research Labs

IITM has incubated 100+ companies

Med-Tech Incubator

Centre f for

• r In

Innovation

• Cent

ntre f for Inno nnovation ( (CFI FI) i is a “Stud tudent Lab‟ at t IIT M Madras.

• Set up

t up with th f fund unds d dona nated b by y th the batch o

• f 1981.
• Started i

in 2008 2008 w with a an ob

• bjective t

to

• b

be a a f for

• rum f

for

• r cr

creative ou

• utput
• Provides s

students t the n e nec eces essary pl platform for rea ealizing t thei eir i idea eas.

• Suc

uccessfully e evolved i int nto a hub ub w which enc ncour urages th think nking and nd no novel i ideas

Walk in with an Idea. Walk out with a Product

• Hub for
• r entrepreneurship r

related a activities i in IIT IIT Madras. .

• Cre

reated in Oct Oct 1998. 998.

• A stud

udent body t that enc ncour urages and nd s supp upports the i idea of s stud udent-le led

• entrepreneurship i

in the institute.

• Fu

Full-fledged b bus usiness i inc ncub ubator & & cong nglomerate o

• f ent

ntrepreneurial spi pirits aimed a at fostering innova vation a and entrepre reneurs rshi hip

• Promotion o
• f creative ne

new ideas, t technological r research, pr promotion o

• f originality a

and nd technology o

• riented a

appr pproach

• Solving d

domestic and nd ind ndustrial pr problems

• Cr

Creating a holistic pl platform for the supp upport of techno-business e entrepr preneurship. p.

Cell for Technology Innovation, Development and Entrepreneurship Support

C-TID IDES ES

• Established t

to expl plore int nteraction b between n technology a and nd pub public po policy

• Ad

Addres essing g the c country’s y’s pressing d g developme ment problems ms

• Identification o
• f key technology g

gaps ps in n following d domains: E Ene nergy, Water, Hum uman n Health, E Education

• n, Telecom
• m a

and IT IT Applications.

• Enc

ncouraging i inno nnovations a and nd technology t to meet pub public g goals.

• Gr

Groups to work on n a rang nge o

• f technologies that c

coul uld help a p address pub public po policy challenges.

• Technol
• log
• gies i

include E Energy, M , Medical D Devices & Healthcare, W , Water, B , Built Environm

• nment

nt, T Trans nsportation, n, T Telecommuni unication

• n & Information T
• n Technology, Environm

nment ntal Pollution, S Smar art Mat ater erial als, an and Synthetic mat mater erial als/p /proces esses.

Centre for Technology and Policy

C-TaP

• Sta

tarted in A Apri ril 20 2010, 0, fu funded b by alumni b batch tch o

• f

f ‘82, 82, ’84 4 and ‘86 86

• Objective of
• f prod
• dding s

students t towards soc

• cial entrepreneurship
• Minor c

cour urse for und undergraduate s stud udents o

• n

n social inno nnovation a and nd ent ntrepreneurship

• Links a

and nd works w with i ins nstitutes like T Tata Ins nstitute o

• f Social Sciences, CI

CIIE of IIM-A, , Centre f for

• r

Inno nnovation in P n Pub ublic Systems (Hyderabad), the U UN Gl Global Co Compa pact and nd t the Ateneo School o

• f

Governm nment nt (Philippine nes)

• Suc

uccessful i in n bui uilding an n inno nnovation a and nd e ent ntrepreneurship ecosystem.

Centre for Social Innovation and Entrepreneurship

CSIE IE

Ro Roles:

• Coordinate international

delegation visits to IITM and reach out to foreign universities.

• Encourage, maintain and

sustain relationships with foreign universities and enterprises.

• Promote international student

exchanges (both inbound and

• utbound), and facilitate

acclimatization of international students.

• Facilitate faculty exchange

Offic ice o

• f Internat

ational R al Relat latio ions

Univ iver ersity P Par artner ership ips

We are focused on building strong research collaborations with leading global institutions. To accomplish this, we envisage a 4-stage process:

• Faculty interactions (visits & workshops, video-conferencing, joint proposals, co-authored

papers)

• Student exchanges (Ph.D. and M.S. scholars to spend 3-6 months carrying out research

at collaborators' laboratories)

• Joint-supervision of research scholars, serving on doctoral and Masters' committees
• Joint-degree programs (where sufficient sustainability and scalability of relations has

been demonstrated)

• Currently:

> 180 MOUs in effect, including

• 12 Joint Degree Programs. Aus

ustr tralia (Swinburne Univ, Deakin Univ, Queensland Univ of Tech, Univ of Tech Sydney, Univ of Melbourne, Curtin Univ). Germany (RWTH Aachen, Univ of Duisburg, Univ of Passau). Taiwan (National Tsing Hua Univ). Si Singa gapore (National Univ of Singapore). France (Univ of Bordeaux).

• 4 Joint Supervision Programs. Austra

ralia (Univ of Sydney, Univ of Melbourne, Deakin University). USA SA (Purdue University)

MoU

Australia Europe Asia North America 14 110 49 34

5 10 15 20 25 30 35 40 45

RES ESEA EARCH P PHIL ILOS OSOPHY

Gen ener eral G Guidel delines f for

• r Inter

ernational A Academ demic Col Collabo borations

Stud tudy-Abro road P Pro rograms:

• Int

ntended for (mainly) u und ndergraduate a and nd (some) g graduate s students

• Cr

Credit trans nsferability to b be e ens nsured Int nternships Abroad: :

• Li

Linked t to

• st

student’s academic or

• r rese

search p pursu suits Research S Scho holar E Excha hange: :

• Ga

Gains on s on both si sides s

• Cements a st

stron

• ng col
• llabor
• rative relation
• nship

Facu aculty Vi Visits:

• Encou
• uraged t

to

• make visi

sits t to

• rese

search l labs s abroa

• ad t

to

• con
• ntinue or
• r est

stablish sh collaborati tions.

• Shor
• rt v

visi sits d s during t the se semester, lon

• nger st

stays o s over vacation period

• ds/ sa

sabbaticals.

IIT IITM – RU RUSSIA C A COLLAB ABORATI TION

Faculty C Collaboration: IIT Madras has been sanctioned six projects in the last five years, under the Indo-Russian scheme, by the Department of Science and Technology, Government of India, of which 5 have been successfully completed. The list of Indo-Russian Projects are listed below

S.No No DEPA PARTMENT IIT IITM Faculty (D (DR.) .) TITLE LE 1

Chemistry SELVAM P Iron-containing nanostructured catalysts for environmental protection (INDO-RUSSIA)

2

Ocean Engineering SANNASIRAJ S A & SRIRAM Development a new method of regime characteristics assessment for wind and waves along the Indian coast (ONGOING)

3

Biotechnology AMAL KANTI BERA Study of mechanisms of NO action on acid sensing ion channels

4

Ocean Engineering SANNASIRAJ S A & SUNDAR V Study of an energy exchange between wind and waves and variability of their climate characteristics in the Indian Ocean

5

Chemistry SANGARANARAYANAN M V Reductive cleavage of carbon-chlorine bonds in polychlorobiphenyls-A complementary synthetic, electrochemical and computational approach

6

Physics NIRMALA R Synthesis, crystal structure and magnetic phase diagram

• f novel rare earth intermetallic compounds and their

functional property studies

IIT IITM – RU RUSSIA C A COLLAB ABORATI TION

Faculty C Collaboration: Oth Other P Project cts: i) Ti Title: Impact of waterborne debris on the nearshore structures during extreme coastal floods. Russian U University ty: Nizhny Novgorod State Technical University IIT IITM F Faculty: Dr. V.Sriram, Prof. V.Sundar, Prof. S.A.Sannasiraj, Dr.Deepakkumar ii) Ti Title: Developing a new method of regime characteristics assessment for wind and waves along the Indian coast. Russian U University ty: Obukhov Institute for Physics of Atmosphere of the Russian Academy of Sciences, IIT IITM F Faculty: Prof. S.A. Sannasiraj, Dr. V. Sriram, Prof. V. Sundar. iii ii) Prof. Sannasiraju and Dr. V. Sriram have a project under DST-Russia scheme. Project research work under at Obukhov Inst. of Atmospheric physics at Moscow, Russia iv) Dr. V. Sriram has a project under Department of Science & Technology and Russian Foundation for Basic Research) with Nizhny Novgorod State Technical University, Russia.

IIT IITM – RU RUSSIAN AN C COLLAB ABORATI TION

Agreem eemen ents:

• S. N

. NO Name me of f Un University Date o

• f Signi

gning ng (DD/MM/YYYY YYY) Facu culty C y Champi pion

1

Northern ( Arctic) Federal University 23/06/2017

• Prof. Rama Verma

2

Innopolis University 01/09/2016

• Prof. S. Ramkrishnan

3

Peter the great St. Petersburg Polytechnic University Russia 15/09/2015

• Prof. R. Nagarajan

4

Ural Federal University, Yekaterinburg 08/05/2015

• Prof. R. Nagarajan

5

National Research Tomsk State University, Tomsk 08/05/2015

• Prof. R. Nagarajan

6

National Research Tomsk Polytechnic University 12/11/2014

• Prof. Krishnan

Balasubramanian

IIT IITM – RU RUSSIA C A COLLAB ABORATI TION

Incoming Students Outgoi

• ing

ng S Student nts

S.No No Student Name me Home In Inst stitute Nat ature Departmen ent Mento tor 1 Mr.Ruslan Kimossov Tomsk Polytechnic University Course Work MME Prof Kamaraj 2 Ms.Katerina Filippova Tomsk Polytechnic University Research Work BT

• Prof. D.

Karunagaran 3

• Mr. Anton Logachev
• St. Petersburg

Polytechnic University Internship BT

• Dr. Baskar R

S.No No Student Name me Host st In Inst stitute Programme Departmen ent 1 Nishant Atmakoori Tomsk Polytechnic University Course Work ME 2 Vivek Venkatraman Tomsk Polytechnic University Course Work ME

Thank You