One has to earn minimum 60 credits over 2 years of course (Including dissertation work at industry/research institute) Results are awarded on scale of 10.
Department of Electrical Engineering
M.Tech. Electrical Engineering (Control and Automation)
One has to earn minimum 60 credits over 2 years of course (Including dissertation work at industry/research institute) Results are awarded on scale of 10.
M.Tech. Electrical Engineering (Power Systems)
One has to earn minimum 60 credits over 2 years of course (Including dissertation work at industry/research institute) Results are awarded on scale of 10.
Programme Educational Objectives (PEOs)
- Graduates will be able to solve engineering / industrial problems by employing various learning resources.
- Graduates will be able to design products to meet social economic demand by innovative ideas, take up research and development work in the field.
- Graduates will be able to communicate effectively through oral and written presentation of technical reports, adopting lifelong learning with integrity and ethics.
Programme Outcomes (PO)
- Analyse and understand requirement of power electronics systems and electrical drives.
- Model and analyze the power electronics systems with the help of mathematical and simulation tools.
- Perform experiments and operate latest instruments required for research.
- Exhibit skill and knowledge to design and implement power electronic system.
- Extend their knowledge by literature survey and taking up research and development work.
- Communicate effectively through oral and written presentation of technical reports.
- Implement power electronics knowledge in allied fields.
- Take initiative and develop managerial skills.
- Imbibe the values of honesty and integrity.
Course Outcomes (CO)
| Sr. No. |
Subject Code |
Course Title |
Code |
Course Outcomes |
|
1. |
EL601 |
Power Electronics-I |
a |
Theoretical
and practical knowledge on semiconductor devices and their control. |
|
b |
Understanding
operation and analysis of line commutated converters, dc-dc converters and
inverters. |
|||
|
c |
Modelling of
power electronics converters through software PSIM, MATLAB etc. |
|||
|
d |
Hardware
experimentation in the laboratory to understand operation and control of
power converters. |
|||
|
2. |
EL603 |
Modelling of Electrical Machines and DC Drives |
a |
Theoretical
and practical exposure to mathematical modelling of Electrical Machines. |
|
b |
Theoretical
and practical exposure to control of different types of DC Motor drives. |
|||
|
c |
Simulation of
Electrical Drive systems through PSIM and MATLAB-SIMULINK software. |
|||
|
d |
Hardware
experimentation in the laboratory to understand testing and troubleshooting. |
|||
|
3. |
EL605 |
Digital Signal Processing |
a |
Theoretical
exposure to digital signal processing algorithms. |
|
b |
Application
of FFT algorithms. |
|||
|
c |
Simulation
using MATLAB to verify DSP algorithms. |
|||
|
d |
Design and
implementation of different types of IIR and FIR digital filters. |
|||
|
4. |
EL607 |
Fundamentals of System Theory |
a |
Understanding
basic theoretical concepts of linear algebra. |
|
b |
Understanding
basic theoretical concepts of discrete time control system. |
|||
|
c |
Simulation
study of different methods of linear algebra. |
|||
|
d |
Simulation
study of different methods of discrete time control system. |
|||
|
5. |
ELXXX |
Microcontroller Based System Design |
a |
Theoretical
and practical exposure to 8-bit microcontroller’s architecture, programming
and interfacing techniques. |
|
b |
Embedded C
programming and learning techniques to run them on a compatible micro
controller kit. |
|||
|
c |
Simulation
and debugging of microcontroller program in KEIL software. |
|||
|
d |
Hardware
interfacing technique and development of digitally controlled power
electronics system. |
|||
|
6. |
EL602 |
Power Electronics – II |
a |
Knowledge of
power conditioners and their application. |
|
b |
Working
knowledge of advanced power converters like Resonant converters, Matrix
Converters, Multilevel Inverters etc. |
|||
|
c |
Simulation of
advanced power electronics converters through software like PSIM, MATLAB etc. |
|||
|
d |
Hardware
experimentation in the laboratory to understand advanced power converters and
developing prototype of power converter. |
|||
|
7. |
EL604 |
AC Drives |
a |
Theoretical
and practical exposure to AC Drives along with mathematical modelling. |
|
b |
Theoretical
and practical exposure to control of different types of AC Motor drives. |
|||
|
c |
Simulation of
Electrical Drive systems through PSIM and MATLAB-SIMULINK software. |
|||
|
d |
Hardware
experimentation in the laboratory to understand testing and troubleshooting. |
|||
|
8. |
EL606 |
Introduction to 32-bit Digital Signal Controllers |
a |
Theoretical
and practical exposure to 32 bit microcontroller’s architecture, programming
and interfacing techniques. |
|
b |
Exposure to
advanced concepts of Embedded C programming. |
|||
|
c |
Running
programs on a compatible micro controller kit. |
|||
|
d |
Hardware
interfacing technique and development of digitally controlled power
electronics system. |
|||
|
9. |
EL608 |
Applications of Power Electronics to Power Systems |
a |
AC
transmission line and its technical performance limitations. |
|
b |
Application
of various FACTS controllers to enhance the performance of AC transmission. |
|||
|
c |
Application
of FACTS devices in transmission system: load compensation, reactive power
compensation. |
|||
|
d |
Simulation
study of various FACTS concept through MATLAB/Simulink. |
|||
|
10. |
ELXXX |
Wind and Solar Energy Power Conversion |
a |
Demonstrate
the knowledge of the physics of wind and solar power generation. |
|
b |
Learning
advanced techniques of grid connectivity and optimisation non-conventional
sources power. |
|||
|
c |
Simulation
and modelling of solar photovoltaic systems. |
|||
|
d |
Experimentation
on solar cell and solar panels with its interfacing circuits. |
|||
|
11. |
EL701 |
Seminar |
a |
Self learning
of some topic of interest beyond the syllabus. |
|
b |
Reviewing of
existing literature on selected topics and understanding work done by
different people. |
|||
|
c |
Preparation
of report based on literature review and simulation work carried out with
conclusions. |
|||
|
d |
Presentation
of seminar report before evaluation committee and defending questions. |
|||
|
12. |
EL702 |
Dissertation |
a |
Learning
latest trends and technology in selected field of interest. |
|
b |
Simulation
and implementation of selected power electronics converter. |
|||
|
c |
Exposure to
interfacing, controlling and design of power circuit components. |
|||
|
d |
Learning
technical report writing, presentation and defending. |
|||
|
13. |
EL703 |
Dissertation Preliminaries |
a |
Learning
latest trends and technology in selected field of interest. |
|
b |
Simulation
and implementation of selected power electronics converter. |
|||
|
c |
Exposure to
interfacing, controlling and design of power circuit components. |
|||
|
d |
Learning
technical report writing and presentation. |