MATLAB/SIMULINK
Course structure
Complete course on MATLAB
Duration: 56 Hrs or 6 weeks
(1.5 month)
Coverage: Session 1 to 8
Fees: Rs 12,000/-
Session #
|
Title of
session
|
Brief Description
|
Expected
Duration (hrs)
|
Sess.-1
|
An
overview of MATLAB
|
This
session devoted to MATLAB basics like various types of windows, symbols,
commonly used commands, various Formats available, mediocre arithmetic
operations along with their operations, engineering programming approach with
programs and simple programming exercises follows.
|
6(4
for illustrations & 2 for discussions with students)
|
Sess.-
1.1
|
Intro
to MATLAB programming
|
Review
of session 1 with few more illustrations and exercises so as to build up a
robust foundation for a naïve programmer along with a practice session of 4-6
hrs
|
3
to 4 depending on the understanding of the students and a practice session of
4-6 hrs
|
Sess.-
2
|
Fundamentals
of MATLAB programming
|
In
this session fundamentals required for programming like variables, useful
commands, arrays & their syntax matrices, arithmetic operations,
relational operators, logical operators & operator precedence will be
demonstrated.
Further
we will discuss about MATLAB graphics (2D & 3D plots), Branching &
looping functions, Input & Output functions along with detailed
programming problems. This session is again followed by a practice session
& illustrations so as to make a good foundation for coding.
|
8
(4 for discussions and illustrations & 4 for programming exercises)
|
Sess.-
3
|
Numeric
cells & Structured Arrays
|
This
session deals with Vectors, creating Arrays & Matrices, array addressing,
multi-dimensional arrays, array operations, special Matrices, polynomials,
structure functions & illustrative examples
|
4
|
Sess.
4
|
Programming
structure
|
In
this session algorithms & control structures, structured programming,
step for developing a computer solution, Documenting with charts, flow chart
representation for various statements, pseudo codes, finding bugs, operators,
strings and conditional statements are discussed.
|
4
|
Sess.
5
|
Fundamentals
of Simulink
|
This
session is devoted to fundamentals of Simulink and covers: Introduction to
Simulink, frequently used blocks, Configuration parameters, various blocks
and their description, power system simulation blockset and simulation
projects.
|
6
(4 for discussion and 2 for illustration)
|
Sess.
6
|
Applications
of Basic Electrical Engineering
|
Elementary
definitions, Basic waveforms, average, rms & peak values, Ohm’s law, KCL,
KVL, Dependant sources, Series/parallel circuits, Superposition, Reciprocity,
Thevenin’s, Maximum power transfer theorems, Types of powers and Simulation
projects
|
6
|
Sess.
7
|
Simulation
of Rectifiers
|
This
session deals with power electronic Rectifiers. It contains introduction,
performance parameters, controlled & uncontrolled switches, different
types of rectifiers with various loads and their analysis and Simulation
projects.
|
6
|
Sess.
8
|
Review
& brainstorming
|
This
review and brainstorming session for setting up the things learned by you so
far. One or two projects might be discussed.
|
2
|
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