Master of Technology
(M.Tech.) programs at
Electrical Engineering |
Degree
|
BASIC
QUALIFICATION |
AREAS
OF RESEARCH
|
Ph
D / M Sc (Engg) |
ME
/ M Tech or equivalent degree in
Electrical, Electronics, High Voltage, Communication,
Instrumentation, Computer Science, Information Technology
or Biomedical Engineering or related disciplines
OR
BE / B Tech or equivalent degree in
Electrical, Electronics, Communication, Instrumentation,
Computer Science, Information Technology, Biomedical
Engg.
OR
M Sc or equivalent degree in Physics, Mathematics,
Statistics Electronics
OR
B Sc or equivalent degree (with Mathematics as one
of the subjects) followed by AMIE in Electrical,
Electronics or Communication Engg, Grad. IETE
OR
B Sc or equivalent degree in Physical and Mathematical
Sciences, Computer Science
OR
Electronics followed by a Master's Degree in Computer
Science or
Computer Applications.
|
Systems
and Signal Processing : Parallel and Fault Tolerant
Systems; Neural Networks, Learning Systems, Computer
Vision, Biomedical Signal and Image Processing, Multimedia;
Real Time Systems.
Power Systems, Power Electronics and High Voltage
Engineering : Computer-based Analysis, Design, Control & Protection
of Power Systems; HVDC & Flexible AC Transmission;
Energy Systems; Distribution Systems; Intelligent System
Applications to Power Systems; Power Electronics & Drives;
Switched Mode Power Supplies; New Power Devices.
Diagnostics/Monitoring of Power Apparatus, EHV Transmission,
Insulation Ageing, Partial Discharges, Nanodielectrics,
Gas Insulated System, Lightning Modeling and Protection,
EMI & EMC, Computational Electromagnetics, HV Measurements
and Air Pollution Control.
|
Streams
:
(a)
Systems Science & Signal
Processing
(b) Power Systems, Power Electronics & High
Voltage Engineering
Option
to be specified at the time of interview.
Electronics
Engineering
|
Degree
|
BASIC
QUALIFICATION |
AREAS
OF RESEARCH
|
Ph
D / M Sc (Engg)
|
ME
/ M Tech or equivalent degree in
with Electronics as one of the subjects of study
OR
BE / B Tech or equivalent degree
with Electronics as one of the subjects of study
OR
M Sc or equivalent degree in
Physics with specialization in Electronics
OR
B Sc or equivalent degree with
Mathematics & Physics as subjects of study followed by AMIE in a
relevant area of specialization or Grad IETE.
|
Communication
Networks : Performance analysis, modeling, simulation
and measurement of wireless cellular, ad hoc and sensor
networks. Architecture and algorithms for Quality of
Service support on the Internet.
Power Electronics : Multi level inverters, PWM techniques,
Induction motor drives, solar power supplies, Multi motor
drives for electric traction, Sensorless drives for electric
vehicles, High frequency Power supplies, Hybrid energy
alternatives. Bondgraph modeling.
VLSI : Advanced CMOS and post CMOS Device research, Nanotechnology,
Modeling and Simulation of nanoscale device, Novel memory
architectures.
|
Aerospace
Engineering
|
Degree
|
BASIC
QUALIFICATION |
AREAS
OF RESEARCH
|
Ph
D / M Sc (Engg)
|
ME
/ M Tech or equivalent degree in
Aerospace, Mechanical, Electrical, Electronics, Chemical, Civil, Computer
Science or Instrumentation
OR
BE / B Tech or equivalent degree in
Aerospace, Mechanical, Electrical, Electronics, Chemical, Civil, Computer
Science or Instrumentation
OR
M Sc or equivalent degree in
Physics, Mathematics, Applied Physics or Mathematics or Instrumentation
or Chemistry
OR
B Sc or equivalent degree in
Physics, Mathematics or Applied Physics followed by AMIE, AMAeSI, AMIIChE
or Grad. IETE.
|
Theoretical
and experimental fluid mechanics, Applied Aerodynamics,
Shock waves, Flow lasers, Chemical Kinetics, Hypersonic
and High Enthalpy Flows, Computational Fluid Dynamics,
Flight Mechanics of Aircraft and Helicopters; high
temperature Dynamics and Control of Aerospace vehicles,
Orbital Mechanics, Space Robotics, Guidance, Avionics,
Radar and Electro-magnetic Systems, Parallel/Distributed
Processing and Neural Networks Applications, Optimization & Estimation
Techniques in Aerospace Systems; Aerospace propulsion,
Basic and Applied Combustion, Experimental and Computational
Studies on Reactive Flows, Combustion of Propellants;
Composite Structures, Smart structures, Non-destructive
Evaluation, Finite Element Methods, Fracture Mechanics,
Structural Integrity and Reliability, Structural Dynamics
and Aeroelasticity, Rotor Craft Dynamics.
|
Streams
:
(a) Structures
(b) Guidance and Control
(c) Fluid Mechanics and Propulsion
Option
to be specified at the time of interview.
Centre
for Atmospheric & Oceanic Sciences
|
Degree
|
BASIC
QUALIFICATION
|
AREAS
OF RESEARCH
|
Ph
D / M Sc (Engg)
|
ME
/ M Tech or equivalent degree in
any branch of engineering
OR
M Tech in Atmospheric Sciences
OR
BE / B Tech or equivalent degree in any branch of engineering
OR
M Sc or equivalent degree in Physics, Mathematics, Atmospheric Sciences,
Oceanic Sciences.
|
Monsoon
Dynamics, Tropical Convection, Satellite Meteorology,
Dynamics of Oceans, Coupled Ocean-atmospheric Systems;
Climate Modeling, Laboratory Modeling, Planetary Boundary
Layer, Stochastic Modeling Aerosols and Climate
|
Chemical
Engineering
|
Degree
|
BASIC
QUALIFICATION
|
AREAS
OF RESEARCH
|
Ph
D / M Sc (Engg)
|
ME
/ M Tech or equivalent degree in
BE / B Tech or equivalent degree
OR
M Sc or equivalent degree in Mathematics
OR
M Sc or equivalent degree
in Chemistry, Physics or Life Sciences with Mathematics as one of the
subjects at the B Sc level.
|
Biochemical
Engineering; Colloidal and Interfacial Science; Complex
Fluids; Environmental Engineering; Modeling and Simulation;
Nanotechnology; Reaction Engineering; Theoretical Biology;
Transfer Processes.
|
|
