IIT Bombay M Tech Syllabus

Sir I am M.Tech student of Indian Institute of Technology Bombay and I am searching here for my syllabus so please can you give me the syllabus and tell me from where can I download the syllabus?

anyone please tell me is communication engineering available at iit bombay for mtech.

Indian Institute of Technology, Bombay was established in the year 1958, It is the second-oldest institute of the Indian Institutes of Technology system.

As you required for the IIT Bombay M Tech Syllabus, here is the same:

I. Aerodynamics (AE1)
Experimental Aerodynamics, Experimental Hypersonic Aerothermodynamics, Shock Waves and their
applications, Computational Hypersonic Aerothermodynamics, Computational Fluid Dynamics,
Computational Electromagnetics, Vortex and Particle methods, Vortex flows, Aero acoustics,
Aircraft
Design, Air Transportation, Turbulence modeling and applications, Computational studies of scramjet
intakes, Supersonic mixing, Computation of high enthalpy flows, Turbulence and transport in
magnetized plasmas, Plasma assisted flow control.

II. Dynamics and Control of Aerospace Vehicles (AE2)
Flight mechanics, guidance, navigation, tracking and control of launch vehicles, spacecraft, missiles,
aircraft, mini aerial vehicles (MAV), Formation control of satellites, integrated navigation systems,
airborne and spaceborne
sensors and precision tracking systems, spacebased
aircraft navigation;
attitude dynamics and control, reentry dynamics and GN&C, HardwareInLoop Simulation,
Cooperative
missions for MAVs.

III. Propulsion (AE3)
Aircraft and Spacecraft Propulsion, Experimental and numerical studies on detonations, Combustion
instabilities, Development of new techniques for emission reduction from combustion systems, Heat
Transfer, Infrared
Signatures of Aerospace Vehicles, Microchannel
Cooling of Gas Turbine Blades,
CFD of propulsive systems, Aerodynamic design and performance analysis of axial flow turbomachines,
Flow control of turbomachines and internal duct flows, Computational hypersonic
aerothermodynamics, Turbulence modeling and applications, Computational studies of scramjet
engines, Supersonic mixing and combustion, Computation of high enthalpy flows, Turbulence and
transport in magnetized plasmas, Plasma assisted combustion and flow control.

IV. Aerospace Structures (AE4)
Structural Health Monitoring, Wave Propagation, Aeroelasticity, Aeroservoelasticity, Structural
Dynamics & Stability, Multidisciplinary Optimization, Mechanics of Materials (Metals, Metallic Alloys
and Composites), Fracture and Fatigue in materials.


B.
2) Biomedical Engineering (BM)
[Department of Biosciences and Bioengineering]
The Biomedical Engineering Group at IIT Bombay was set up in 1988. It is now a part of Department
of Biosciences and Bioengineering (BSBE). Biomedical Engineering is one of the youngest disciplines in
engineering and has made tremendous progress in the last 4 decades. This has been aided by rapid
advancements in Semiconductor Technology, Information Technology, and Biotechnology. In the field
of Biomedical Engineering, researchers with expertise in diverse areas work towards the unified goal
of creating products and techniques for better health care. The backgrounds of faculty reflect the wide
spectrum of expertise required to make better and more affordable health care a reality. Further, the
students admitted to the programme have backgrounds in Engineering, Physical Sciences, Life Sciences

and Medicine. The heterogeneous class composition promotes interaction between students and
faculty of different backgrounds and provides opportunities for research in exciting interdisciplinary
areas.
Over the first two semesters, M.Tech. students are required to do substantial amount of course work to
complement their undergraduate or masters level education. The third semester is devoted mostly to
the M.Tech. projects although some courses may also be taken. The fourth semester is fully devoted to
completion of the project. The curriculum has been designed to provide all students with a general
background in Biomedical Engineering followed by more specific knowledge in the area of their
choice. The former is achieved through core (for everyone ) and compulsory (for students with a
particular background ) courses in the first semester. Electives taken during the second and third
semester provide specialized knowledge in the area of the individual interest.
In the first semester, students with backgrounds in life sciences and medicine are required to take
compulsory courses in mathematics, electronic circuits and instrumentation. Students with
backgrounds in physical sciences and engineering take courses in physiology. Further, everyone is
required to present a seminar on a topic related to Biomedical Engineering under the guidance of a
faculty member. There are other elective courses to be taken as well.
In the second semester, all students have to go through a core course on Biostatistics and Design of
Experiments. Students with backgrounds in physical sciences and engineering undergo a compulsory
course in Clinical Physiology. All students are required to undergo a course on quantitative and
experimental methods in physiology. The rest of the courses are electives which the students choose in
consultation with the faculty adviser.
Elective are offered in bioelectricity, ergonomics, medical instrumentation, bioMEMS, medical physics,
physiological systems modeling, signal processing, etc. All students are required to take a course
designated as an Institute Elective offered by another departments. In special cases, electives other
than the institute elective may be taken from other departments after obtaining the due permissions.

ELIGIBILITY FOR ADMISSION as
given in Table A.3 Eligibility
for Admission to Different Disciplines.

AREAS OF RESEARCH
• Bioinstrumentation for diagnostics and therapeutics
• Biomaterials and tissue engineering, prostheses and medical devices
• Bionanotechnology
• Controlled drug delivery systems
• Neurophysiology
• Physiological system modelling and analysis
Students can do their projects in, but not restricted to, the following areas:
•Bioinstrumentation for early detection of carcinoma and tropical diseases,
•Biointerfaces and Langmuir models of biological membranes,
•Biomaterials and tissue engineering,
•Biomedical transducers and sensors including biosensors and bioMEMS devices,
•Bionanotechnology,
•Biostatistics and mathematical modeling,
•Cardiac electrophysiology and muscle mechanics,
•Controlled drug delivery systems,
•Diagnostic tools based on spectroscopic and imaging techniques,
•Neurophysiology,
•Prosthetic devices including aids for the handicapped,
•Pulmonary surfactant replacements for therapeutics,
•Signal processing,
•Telemedicine and knowledge based systems

RESEARCH FACILITIES
Research in Biomedical Engineering is conducted in laboratories set up by core as well as associated
faculty of the group. The various research labs and facilities available are as follows:
•Biointerfaces laboratory for evaluation of surface phenomena in biological systems well equipped
with specialized Langmuir Blodgett systems and surfactometers
•Biomaterials Laboratory with facilities for the development and evaluation of novel materials for
clinical applications
•Biomedical Instrumentation Laboratory with standard test and measurement instruments such as
digital storage oscilloscopes, signal generators, etc.
•Biophotonics Laboratory to study the interaction of photons with tissues with a view to elicit
information of tissue function and develop noninvasive
diagnostic tools.
•Cardiac Electrophysiology Laboratory with high speed data acquisition and signal conditioning
modules for research into electrophysiology of ischemia and fibrillation.
•Cellular Engineering Laboratory to conduct cellular and subcellular research. This Laboratory is
equipped for cell and tissue culture as well as hybridoma research.
•Haemorheology Laboratory, with instruments like cone and plate viscometer, red cell platelet
aggregaometer for the evaluation of viscosity and flow parameters of biological fluids
•Nerve and Muscle Physiology laboratory has facilities for experiments on skeletal, cardiac and
smooth muscles
•Work on Ergonomics and Biomechanics is carried on in the Ergonomics Laboratory in Industrial
Design Centre (IDC)
•Work on Medical Image Processing and Electrophysiological Signal Processing is carried on in
Signal Processing and Artificial Neural Networks (SPANN Lab) Laboratory and the Instrumentation
and Projects Laboratory in Electrical Engineering Department.
The computing facility houses multiple workstations and servers. Fibreoptic local area network exists
in the Institute. Students and faculty have access to the Institute facilities which include high end
machines. The computing facilities are complimented by several PCs
with data acquisition cards.


B.
3) Chemical Engineering (CH)
[Department of Chemical Engineering]
A wide variety of courses are offered to enable a student to obtain proficiency in various facets of the
Chemical Engineering Profession–Design, Production, Research and Development, and academics. The
programme provides strong core courses together with a set of elective courses in the following areas :
Biotechnology and BioSystems
Engineering; Energy and Environment; Transport, Colloids and
Interface Science; Catalysis and Reaction Engineering; Materials Engineering; Process Systems
Engineering and Control.
ELIGIBILITY FOR ADMISSION as
given in Table A.3 Eligibility
for Admission to Different Disciplines.

AREAS OF RESEARCH
• Biotechnology & BioSystems
Engineering
Metabolic & Genetic Engineering, Bioseparations,
Bioinformatics, Systems Biology, Drug Discovery,
Enzymology, Bioprocess Development, Vermiculture for Waste Management, Dehydration of Food
Systems, Controlled Atmosphere Storage, and Process Development of Food Systems.

• Energy and Environment
Climate change, Coal Gasification, Energy Integration, Green Engineering, Renewable Resources,
Waste Management, Pollution Control, Air Pollution Prediction & Control and Vermiculture.

• Transport, Colloids and interface Science
Fluidization, Granular flows, Powder Mixing, Membrane Separations, Rheology of Complex Fluids,
Colloids, Solgels,
Emulsions & Foams, Paints and Coatings, Microstructural Engineering, Aerosols,
Electrohydrodynamics,
Fluid Mechanics & Stability, Computational Fluid Dynamics, Heat & Mass

transfer, Porous media, and Surfactants.

• Catalysis and Reaction Engineering
Catalysis, Multiphase Reaction, Bioreaction
Engineering and Reactor Modelling, Process
intensification & reactive distillation.

• Materials Engineering
Polymer materials, Polymer Reaction Engineering, Polymer Processing, Polymer Physics, Polyurethane,
Rubber, Polymer Rheology, Ceramics, Polymers, Biomaterials, Drug Delivery, Food Engineering,
Microscopy, Nanocomposites,
Statistical Thermodynamics, and Supercritical Fluids.

• Process Systems Engineering and Control
Process Simulation, Optimization, Process Integration and Scheduling, Energy Conservation and
Optimal Resource Management, Artificial Intelligence and Mathematical Modelling, Multiscale
Modelling, Systems Identification and Process Safety Analysis, Nonlinear control, fault diagnosis.

B.
4) Civil Engineering CE (CE1, CE2, CE3, CE4, CE5, CE6)
[Department of Civil Engineering]
The programme is geared to meet the growing demand for designers, consultants, development
engineers, researchscientists
and faculty.
A student entering the M.Tech. programme in Civil Engineering can follow one of the following
streams :
(i) Transportation Systems Engineering(CE1)
(ii) Geotechnical Engineering (CE2)
(iii) Water Resources Engineering (CE3)
(iv) Structural Engineering (CE4)
(v) Ocean Engineering (CE5)
(vi) Remote Sensing (CE6)
ELIGIBILITY FOR ADMISSION as
given in Table A.3 Eligibility
for Admission to Different Disciplines.
AREAS OF RESEARCH

Transportation Systems Engineering (CE1)
Modelling traffic flow, Urban regional transport network design, Transport planning models, Urban
public transport operation and management; Economic evaluation, analysis and impact assessment;
Landuse
transport planning, Pavement analysis and design, Pavement maintenance management. FS,
ANN, AI, GA, ES, GIS applications to transport modelling.

Geotechnical Engineering (CE2)
Geotechnical properties of soils, Soilstructure
interaction, Foundation for offshore structures, Earth
dam problems, Stability and Seepage, Mechanics of Swelling Soils, Rock Mechanics and tunneling, Soil
dynamics, Pile foundations, Soil stabilization, Anchored geosynthetics, Reinforced soil structures and
geosynthetics, Geotechnical centrifuge study, Optimization techniques and environmental
geotechniques; Landslides.

Water Resources Engineering (CE3)
Real fluid flow, Dispersion in surface and ground water, Jets, Stratified flow, Fluid transients,
Sediment transport in pipes and open channels, Mathematical and analogue models for ground water
flows, Hydraulic structures, Hydrology, Optimization techniques in water resources Engineering,
Water balance studies; Conveyance network; Urban water management; Urban water supply, Strom
water and wastewater treatment and disposal.

Structural Engineering (CE4)
Earthquake engineering, Structural dynamics; Finite element techniques; Composite materials and
mechanics; Earthquake disaster management; Reinforced and prestressed concrete; Computational

mechanics; Wind effects on structures; Concrete technology; Steel structures; Strength, stability and
dynamics of thin membranes; Plates and shells; Structural optimization; Structural response to impact
and shock loading; Pressure vessels; Reliability analysis; Probabilistic design methods; Curved grid;
Cable networks, Plastic analysis techniques; Inverse problems and artificial intelligence applications;
Offshore Structures; Shell foundation.

Ocean Engineering (CE5)
This programme consists of developing basic as well as advanced level knowledge in the area of ocean
engineering through course work and a dissertation. The course work involves exposure to
fundamentals of fluid and water wave mechanics with relevance to ocean environment followed by
hydrodynamics and structural application to a variety of ocean infrastructural developments including
offshore structures, coastal and harbor structures. There are a large number of organizations in
government bodies and public sector, research labs, private consultancy firms, and educational
institutes that need candidates with such background.

Remote Sensing (CE6)
Development of methods and algorithms for digital analysis of remotely sensed data; Digital analysis
of thermal and microwave SAR data; Digital terrain modelling; Remote sensing and spatial
information analysis systems in hydrological modelling; Land degradation and soil erosion assessment;
Spectral studies of crops and soils. Fuzzy, ANN and other approaches in remotely sensed data Analysis;
Statistical analysis of geodetic and remote sensing data; Geodesy and geodetic techniques; Global
positioning systems and its applications.


B.
5) Computer Science and Engineering (CS)
[Department of Computer Science and Engineering
The M.Tech. programme in Computer Science is a flexible, second level programme offering students
wide choice of electives from areas such as algorithms, programming languages, databases, machine
intelligence, computer graphics and vision, networks, architecture, distributed computing and formal
methods. The programme is aimed at generation of high quality technical manpower for Research,
Design and Development in Computer Science and Computer Applications by exposing students to
courses in theory as well as application areas. The department has strong ties with the computer
industry and many M.Tech. students work on sponsored projects.
ELIGIBILITY FOR ADMISSION as
given in Table A.3 Eligibility
for Admission to Different Disciplines.

AREAS OF RESEARCH
(i) Algorithms
Algorithms and complexity; Combinatorics and graph theory; Geometric algorithms.

(ii) Artificial Intelligence
Image Processing, Pattern Recognition and Computer Vision; Intelligent systems and their
applications–tutoring systems, Natural language understanding; Machine learning and neural
networks.

(iii) Computer Graphics, Computer Vision and Image Understanding
Computeraided graphics design; Multimedia; High Performance computing; Visualization;
Rendering; Graphics design and Animation; Computer vision; Image retrieval.
(iv) Computer Networks
Performance modeling of networks & distributed systems; Quality of service in distributed
systems; Wireless LANs: analysis and design; Design, implementation and verification of
network security protocols; Distributed control algorithms and operating systems.

(v) Databases and Data Mining
Object oriented, temporal parallel databases; Query optimization and transaction management;
Hypertext mining and information retrieval; Data dissemination networks; Integrating mining with
relational DBMS, temporal mining, integrating mining with OLAP, indexing multidimensional
data, precomputation techniques, mining extensions and extending relational DBMS for e commerce,
Widearea distributed database systems, forecasting and smart e business.

(vi) Distributed Systems
System Performance Evaluation, Distributed Client Server Information Systems, Scalable Services,
Fault Tolerance, Distributed Object Based Systems, Autonomic/Adaptive Distributed Applications,
Programming Models and Runtimes for Generic Agents, Information Appliances, Parallel Computing,
Java Security, high performance cluster computing.

(vii) Formal Methods
Formal specification, design and verification of hardware and software systems including
distributed systems; Logic, automata theory and their applications in reasoning about systems;
Automated theorem proving; Model checking.

(viii) Programming languages and Compilers
Theory of code optimization; Optimizing and parallelizing compilers; Analysis and implementation
of functional and logic programming languages; Theory of programming languages.

(ix) RealTime and Embedded Systems
Functional Programming Applications, reconfigurable computing, Automobile Telematics,
Embedded control units.

(x) Software Engineering
Object oriented software development; Component architectures; Reengineering of software; Systems
Analysis and Design, MIS systems, Project Management, Quality Assurance.

B.
6) Earth Sciences (GS, PG )
[Department of Earth Sciences]
The M.Tech programme of the department lays special emphasis on developing skills for exploration of
mineral, petroleum and groundwater. The students of this programme have good placement
opportunities in leading national and international mineral & oil exploration companies, Geological
Survey of India, National Mineral Development Corporation, Atomic Mineral Division, Mineral
Exploration Corporation and software companies.

a. Geoexploration : GS
The programme is structured such that the students can learn various aspects of mineral, petroleum
and groundwater explorations. It offers wide ranging courses in exploration Well Logging, Basin
Analysis, Marine
Mineral Resources, Groundwater Hydrology, Environmental Geology and Hydrogeochemistry.

b. Petroleum Geoscience : PG
This Specialization is introduced from July 2007. It prepares graduates for a career in petroleum
exploration and development. The course provides advanced skills in seismic interpretation, basin
analysis and applied micropaleontology, sequence stratigraphy, reservoir sedimentology, petrophysics,
wireline logging tools and data interpretation using workstations and software as used in the industry.

ELIGIBILITY FOR ADMISSION as
given in Table A.3 Eligibility
for Admission to Different Disciplines.
AREAS OF RESEARCH
• Active Tectonics and Tectonics
• Electromagnetism
• Engineering Geology
• Geochemistry
• Geothermics

• Geostatistics
• Geomagnetism
• GPS and Geodesy
• Gravity and Magnetic
• Hydrogeology
• Isotope Geology
• Igneous Petrology
• Mineralogy
• Micropalaeontology
• Metamorphic Petrology
• Ore Petrology and Ore deposit modeling
• Organic Geochemistry
• Petroleum Geology
• Remote Sensing and GIS
• Sedimentology
• Structural Geology
• Stratigraphy
• Seismology
• Volcanology
• Numerical modelling in Geophysics

B.
7) Electrical Engineering EE (EE1, EE2, EE3, EE4, EE5)
[Department of Electrical Engineering]
AREAS OF SPECIALIZATION
Communication Engineering EE1
Control and Computing EE2
Power Electronics and Power Systems EE3
Microelectronics EE4
Electronic Systems EE5
ELIGIBILITY FOR ADMISSION as
given in Table A.3 Eligibility
for Admission to Different Disciplines.
AREAS OF RESEARCH

Communication Engineering (EE1)
• Communication Systems
• Communication Networks and Internet
• Computational Electromagnetics
• Image Processing and Computer Vision
• Microwaves, RF and Antennas
• Multimedia Systems
• Optical Communication and Photonics
• Signal Processing
• Speech Processing
• Wireless and Mobile Communication
• Information Theory and Coding
• Magnetic Resonance Imaging

Control and Computing (EE2)
• Linear Systems Theory
• Optimal Control and Optimization
• Modeling and Identification of Dynamical Systems
• Control of Distributed Parameter Systems
• Nonlinear Systems
• Modern Filter and Network Theory
• Behavioral Systems Theory
33
• Computational Methods in Electrical Engineering
• Software and System Reliability
• Cryptography and Security
• GPUbased
Computing

Power Electronics and Power Systems (EE3)
• FACTS, HVDC and Power Quality
• Distributed Generation
• Power System Restructuring
• Wide Area Measurements and System Protection
• EMI / EMC
• Coupled Field Computations
• Electrical Machines: Modeling, Analysis, Design and Control
• Special Machines
• Power Electronic Converters, Electric Drives
• Power Electronics for Nonconventional
Energy Sources
• Reliability in Power Systems and Power Electronic Systems
• Smart Grids for Energy Harvesting

Microelectronics (EE4)
• Devices and IC Technology
• Reliability of Electronic Devices and Circuits
• Device Simulation and Modeling
• VLSI and System Hardware Design
• CAD Tools
• MEMS Design and Technology (including BioMEMS)
• Flash Memory Devices
• Organic Semiconductor Devices
• CMOS Devices
• Spintronic Devices
• Photovoltaic Devices
• Material Growth and Characterization

Electronic Systems (EE5)
• Electronic Instrumentation
• Signal Processing Applications
• Speech and Audio Processing
• Biomedical Electronics
• Embedded System Design


B.
8) Energy Systems Engineering (EN)
[Department of Energy Science & Engineering]
Energy is a critical input required for development. Fossil fuel reserves in the country are limited and
there is a need to develop viable cost effective alternatives. Renewable and Nuclear Energy can provide
possible longterm solutions for the energy problems. There are problems in the large scale
development and deployment of these alternatives that need to be addressed. In the short run, India
has to aggressively pursue energy efficiency and Demand Side Management to improve the efficiency
of supply and utilization devices and systems. The development of new energy technologies provides
technological challenges as well as significant business opportunity. In order to help meet these
challenge, the Department of Energy Science and Engineering (DESE) has been established with a
mission to develop sustainable energy systems and solutions for the future. There is a requirement for
high quality trained manpower in the energy sector. It also provides scope for engineering
innovators/entrepreneurs. The M.Tech. programme offers a mix of compulsory courses and elective
courses that can be chosen according to the specialization and interest of the students.
The programme has two laboratories (Solar Energy and Energy Systems Laboratory) and a

computational facility. In addition to this, the students are actively involved in the research and
development activities of the Thermal Hydraulics facility, Gasification Laboratory, Heat Pump
Laboratory (Mechanical Engineering), Power Electronics and Power Systems Laboratory (Electrical
Engineering). DESE faculty have been organizing several Continuing Education Programmes on a
continuous basis on Renewable Energy, Energy Management, Process Integration, Solar Passive
Architecture and have initiated a series of programmes for the Nuclear Power Corporation. The
department has established linkages with industries like Thermax, Forbes Marshall, BSES, Mahindra &
Mahindra, BHEL and organization like Atomic Energy Regulatory Board, Ministry of New and
Renewable Energy, International Energy Initiative and The Energy and Resource Institute which have
sponsored M.Tech/Ph.D Projects, ensuring the relevance of the research output.
ELIGIBILITY FOR ADMISSION as
given in Table A.3 Eligibility
for Admission to Different Disciplines.

AREAS OF RESEARCH
Energy Efficiency / Improvements in conventional Energy Systems.
Heat pumps, Energy integration, Process integration for resource optimization, Pinch Analysis
Development of techniques for optimization of Utility systems, Demand Side Management/Load
Management in the Power Sector, Variable Speed Drives, Power Generation and Systems Planning,
Energy Management and Auditing, Efficient Motor Drive Systems, Electronics Ballasts, Static VAR
compensators, Illumination control, Power Electronics in Energy Efficient Systems, Electric Vehicles,
Boilers and Fludised Bed Combustion, Exhaust Heat Recovery, Cogeneration, Building Energy
Management, Efficient Air Conditioning Systems, Hydrogen Generation and Storage, Fuel Cells.

Renewables
Coal Gasification, Biomass Gasifier Design, Development and Testing, Liquid fuels from Biomass
through the thermochemical and algal route, Microbial Hydrogen, Pyrolysis for liquid fuels and
chemical, CNG Kit development, Testing of Solar Collectors and systems, Passive Solar Architecture,
Development of Carbon PV cell, Decentralized Power Systems Grid Integration Issues, Hybrid Systems
for Rural Electrification, Wind Energy, Low Cost Solar Drier, Fuel Cells, Thin film solar cells, Carbon
nano tubes for hydrogen storage, Solar photovoltaic concentrator, Development of Engines of SVO,
Biodiesel, Dual fuelling etc., Biodiesel manufacturing process. Complex Fluid Dynamics, Flow of
Granular Materials, Multiphase flows, Computational Fluid Dynamics, Molecular Dynamic Simulation
of Particulate Flows.

Nuclear
Nuclear Safety, Nuclear Waste management, Thermal Hydraulics Research, Computer Simulation
Models for Analysis of Transients in Pressurized Heavy Water Reactor. Nuclear thermal hydraulics and
safety, Analytical solution of multilayer heat conduction problems.

Fellowships
Several fellowships are normally available to DESE students ranging from 8000 to 15000 per
month. Most of the fellowships also include tuition fee waiver. Fellowship will be offered on the basis
of separate interviews.

B.
9) Environmental Science & Engineering (EV)
[Centre for Environmental Science & Engineering (CESE)]
The interdisciplinary programme in Environmental Science and Engineering aims to offer a balanced
training in scientific, engineering and social aspects of this field. The course has been designed to meet
the requirements of industry, consultancy services, academic and R & D organizations related to
Environmental Management, treatment of emission and effluents and remediation of contaminated
environment. The programme provides ample choice of electives to enable students to delve deeper in
to various aspects related to this discipline, i.e. Environmental Monitoring and Modeling,
Environmental Impact Analysis, Environment Biotechnology, Industrial Air & Water Pollution Control,
Industrial Ecology, Clean Technology and Hazardous Waste Management and Aerosol Science and
Technology. Maharashtra Pollution Control Board under their MoU with IIT Bombay has provided

financial assistance for fellowship for Two year M.Tech. Programme in Environmental Science and
Engineering.
ELIGIBILITY FOR ADMISSION as
given in Table A.3 Eligibility
for Admission to Different Disciplines.
AREAS OF RESEARCH
The research and development activities of the CESE encompass a wide spectrum of areas in
Environmental Science and Engineering with special emphasis on the solution of real life
environmental problems such as environmental monitoring, industrial air and water pollution control,
solid and hazardous waste management, air and water quality modelling, environmental systems
optimization, environmental microbiology and biotechnology, bioremediation, indoor air quality,
aerosol science and technology, environmental impact assessment and global issues.

B.
10) Geoinformatics & Natural Resources Engineering)(GNR)
[Centre of Studies in Resources Engineering (CSRE)]
Centre of Studies in Resources Engineering offers an M.Tech programme in Geoinformatics & Natural
Resources Engineering which is multidisciplinary in nature. The emphasis of the programme is on the
use of modern technological tools such as Satellite Remote Sensing, Geographic Information Systems,
Global Positioning Systems, etc. for natural resources studies. The course provides a balanced coverage
on natural resources exploration and management as well as on the application areas of interest such
as Agriculture & Rural Development, Atmospheric Studies including Ozone Depletion, Coastal and
Marine Environment, Digital Image Processing, Digital Photogrammetry, Natural Hazard Assessment
and Disaster Mitigation, Snow, Avalanche and Glacial Studies, Terrain Evaluation, Water Resources
(Surface and Ground water), High Performing Computing, etc.
Due to multidisciplinary nature of the subject of Geoinformatics and Natural Resources Engineering,
emphasis is laid on training the students with an integrated approach to various issues pertaining to
natural resources exploration and scientific management using the most modern tools and techniques.
The courses offered cover fundamentals to advanced topics in the use of Remote Sensing, GIS and GPS
to natural resources of Land, Earth and Atmosphere as well as natural hazards and disasters.
ELIGIBILITY FOR ADMISSION as
given in Table A.3 Eligibility
for Admission to Different Disciplines.
AREAS OF RESEARCH
Remote Sensing and GIS applications, Surface and ground water resources, Terrain evaluation,
Landuse Planning, AgroInformatics
and Rural Development, Sensor Network in Precision Agriculture,
Mineral and hydrocarbon exploration, Snow and avalanche studies, Hazards of landslide, Drought and
desertification, Marine and coastal environmental studies, Atmospheric remote sensing, Development
of tools and techniques of spatial data processing, Digital Image processing, Stereo image analysis and
digital cartography, Microwave remote sensing, Geocomputational
systems, Climate change aspects,
etc.

B.
11) Industrial Engineering and Operations Research (IO)
[Interdisciplinary Group in Industrial Engineering and Operations Research (IE&OR)]
ELIGIBILITY FOR ADMISSION as
given in Table A.3 Eligibility
for Admission to Different Disciplines.
AREAS OF RESEARCH
The group is interested in research related to modeling, quantitative analysis and optimal resource
allocation from decision problems in deterministic and stochastic contexts. Broad areas of application
are in manufacturing systems, supply chains, logistics, transport including railways, finance, services,
infrastructures and other industrial systems; application of quantitative methods in quality and

maintenance management systems; development and application of decision support, intelligent and
knowledge based
systems.
The specific problems of interest include: production planning, scheduling and control systems;
management of inventories in production, distribution and service systems; industrial scheduling,
facilities planning, project management, quality management, material management and productivity
management; operation, planning and control related to CMS, MRP, flexible assembly, FMS, JIT,
Supply Chains and ERP; reverse logistics and RFID applications, product variety management.
Operations Research applications in management of technology and resource allocation; optimal
control in stochastic systems; applications of game theory, modeling and simulation of supply chains,
manufacturing and service systems; theory and applications of distributed simulation, discrete event
and system dynamics simulations; applied stochastic models; scheduling and control of railways and
other transport operations; time tabling of services, crew and vehicle scheduling for transport
operations; optimization and design problems arising from ecommerce,
including auctions and
mechanism design for electronic exchanges; risk analysis and contract design; revenue management;
quantitative models for financial engineering. Theory and applications of neural nets and fuzzy
systems in manufacturing and management; development and applications of modern information
systems for managing manufacturing, supply chain and service organizations.
The IEOR programme is unique in its contemporary flavour, with new courses in Financial
Engineering, Services Management, Knowledge Based Systems, Neural Networks, Supply Chain
Management, Engineering Economy, Manufacturing systems to name a few. The programme is equally
strong in background building, with updated courses in Optimization Techniques, Stochastic Models
and Simulation.


B.
12) Mechanical Engineering ME (ME1, ME2, ME3, ME4)
[Department of Mechanical Engineering]
Areas of Specialization
1. Thermal and Fluids Engineering (ME1)
2. Design Engineering (ME2)
3. Manufacturing Engineering (ME3)
4. Nuclear Engineering (ME4)
ELIGIBILITY FOR ADMISSION as
given in Table A.3 Eligibility
for Admission to Different Disciplines.
AREAS OF RESEARCH

Thermal and Fluids Engineering (ME1)
Fluid Mechanics, Fluid Machinery, Fluid Power Control and Fluidics, Analysis of Thermal Systems,
Numerical prediction of convective and radiative heat transfer, Combustion, Fluidised bed combustion,
Refrigeration and Airconditioning, Cryogenics, Miniature Cryorefrigerators, Food preservation,
Performance Studies on IC Engines, Alternate Fuels, Nuclear Energy and Reactor Physics, Fuel Cells,
Nuclear Reactor Thermal Hydraulics, Electronics Cooling, Microfluidics and Microscale Heat Transfer,
Transport in porous media, Computational Fluid Flow and Heat Transfer, Analysis of Turbulent Flows,
Low Temperature Plasma Modelling, Molecular Gas Dynamics, Enhanced Oil Recovery.

Design Engineering (ME2)
Stress and Vibration Analysis – Analytical, numerical (Finite Element and Boundary Element Methods)
and experimental methods, Fatigue and FractureLinear
elastic and elasticplastic
fracture mechanics,
Fracture of composite materials, Fatiguecreepcorrosion
interaction, Tribology and Machinery
Maintenance, Pressure Vessel Design, Computer Aided Simulation and Design Optimization, Linear
and nonlinear
vibrations, Chaos, Vehicle Dynamics, Rotor Dynamics, Acoustics and Noise, Active

Vibration and Noise Control, Smart Structure, Robotics, Kinematics and control of Rigid and Flexible
Manipulators, Microprocessor based control and automation, Mechatronics, Mobile Robots, Textile
Machinery, MEMS.

Manufacturing Engineering (ME3)
CAD / CAM / CIM, CNC, Computer Assisted Process Planning, Design for Manufacturing and
Assembly, Manufacturing Automation & Control, Intelligent Manufacturing Systems, Rapid
Prototyping and Tooling.
Design, Optimization and Modelling of Manufacturing Processes (Casting, Forming, Machining, and
Welding), Precision and MicroManufacturing
Processes, Computer Aided Tool Design.
Applications of IE & OR in Manufacturing, Logistics, Quality and Maintenance Systems.

Nuclear Engineering (ME4)
Nuclear Reactor Theory, Nuclear Reactor Dynamics and Control, Nuclear Reactor Thermal Hydraulics,
Nuclear Reactor Safety, Reliability and Probabilistic Risk Assessment.

Fellowships
There will be about four fellowships from Atomic Energy Regulatory Board (AERB) given to deserving
M.Tech. Students. Those selected (based on an interview) will be offered and enhanced stipend of
20,000/,
along with fee wavier. These students will be absorbed as Scientific Officer (C ) in AERB
and would be required to execute a bond to serve the organisation for atleast three years. A similar
Fellowship program is also likely to be available from Nuclear Power Corporation of India Ltd.
(NPCIL).

Complete syllabus is in the attachment, please click on it……………….

Contact details:
Indian Institute of Technology
Adi Shankaracharya Marg, Powai, Mumbai, Maharashtra 400076 ‎
022 2572 2545 ‎

Attached Files Available for Download

IIT Bombay M Tech Syllabus.pdf (800.9 KB, 77 views)

__________________
Answered By StudyChaCha Member