Course I [ Control] (18 Weeks)
Chapter One ……………………….. Introduction To Control
Systems
1.1 Examples Of Control Systems
1.2 Closed-Loop Versus Open-Loop Control (1 Week)
Chapter Two
……………………….The Laplace Transform
2.1 Laplace Transformation
2.2 Laplace
Transform Theorem (1 Week)
2.3 Inverse
Laplace Transformation
Chapter Three …………Mathematical Modeling Of Dynamic Systems
3.1 Transfer Function
And Impulse-Response Function
3.2 Automatic Control
Systems (1
Week)
3.3 Modeling In State
Space
(1 Week)
3.4 Mechanical Systems
(2 Weeks)
3.5 Electrical And
Electronic Systems (1
Week)
3.6 Signal Flow Graphs
(1
Week)
Chapter Four ……………………..Mathematical Modeling Of Fluid
Systems And Thermal Systems
4.1 Liquid-Level
Systems
(1 Week)
4.2 Pneumatic Systems
(1 Week)
4.3 Hydraulic Systems
(1 Week)
4.4 Thermal Systems
(1 Week)
Chapter Five ………Transient And Steady-State Response
Analyses
5.1 First-Order Systems
5.2 Second Order
Systems (1 Week)
5.3 Higher Order
Systems
5.4 Routh’s Stability
Criterion
(1 Week)
5.5 Effect Of Integral
And Derivative Control Actions
5.6 Steady-State Errors
In Unity-Feedback Control Systems (1
Week)
Chapter Six …………………..Root - Locus Analysis
6.1 Root Locus Plot
6.2 General Rules For
Constructing Root Loci
(1 Week)
Chapter Seven
……………….Frequency –Response Analysis
7.1 Bode Diagrams
7.2 Nyquist Stability
Criterion
(1 Week)
Chapter Eight ………………..PID Controls
8.1 Tuning Rules For PID
Controllers
8.2 Modifications Of PID
Control Schemes
(1 Week)
Course II [Measurements] (18 Weeks)
Chapter One …………….. Measurement
Systems
1.1
Measurement Systems
1.2 Signals
1.3 Automatic
Measurements (1 Week)
1.4 Specification Terms
Chapter Two ………………Measurement
Errors
2.1 Sources Of Error
2.2 Random And
Systematic Errors
2.3 The Mean Value And
Its Error (2 Weeks)
2.4 Combining Errors
2.5 Overall Instrument
Error
Chapter Three ………………Modeling Measurement Systems
3.1 Zero-Order Elements
3.2 First-Order
Elements
3.3 Second-Order
Elements (2 Weeks)
3.4 Transfer Function
3.5 Frequency Response
Chapter Four
…………Sensors
4.1 Classification Of
Sensors
4.2 Resistive Sensors
4.3 Capacitive Sensors
4.4 Inductive Sensors
4.5 Electromagnetic
Sensors (3
Weeks)
4.6 Thermoelectric
Sensors
4.7Elastic Sensors
4.8 Piezoelectric
Sensors
4.9 Photovoltaic
Sensors
Chapter Five
………………Microsensors
5.1 Silicon-Based
Microsensors
5.2 Thermal
Microsensors
5.3 Mechanical
Microsensors (2
Weeks)
5.4 Magnetic Sensors
5.5 Chemicals Sensors
5..6 Radiation
Microsensors
Chapter Six ……………Signal
Conditioning And Processing
6.1 Resistance To
Voltage Conversion
6.2 Operation
Amplifiers
6.3 Noise
6.4 Filters
(2 Weeks)
6.5 Modulation
6.6 Analogue And
Digital Conversions
6.7 Interfacing
Chapter Seven …… Force,
Torque, Pressure And Strain Measurement
7.1 Force Measurement
7.2 Torque Measurement
(2 Weeks)
7.3 Pressure
Measurement
7.4 Strain Measurement
Chapter Eight ……………Position
And Motion Measurement
8.1 Linear Displacement
Measurement
8.2 Angular
Displacement Measurement (2
Weeks)
8.3 Measurement Of
Velocity
8.4 Accelerometers
Chapter Nine ….Flow
And Temperature Measurement (2
Weeks)
