Students Facilitation Center

To Study the Connections and Operation of A DC Machine As A Shunt-Wound DC Generator and To Control Its Terminal Voltage by Changing (a). Its Field Excitation and (b). Its Rotational Speed (rpm)

Lab 06

To Study the Connections and Operation of A Self-Excited Series-Wound DC Generator When Driven With The Help of A Prime Mover

Lab 07

To Study the Connections and Operation of A Self-Excited Compound-Wound DC Generator (With A Short-Shunt Connection) When Driven With The Help of A Prime Mover

Lab 08

To Study the Connections and Operation of A Tachogenerator As A Tachometer for The Measurement Of RPM (of Rotating Shaft of A) Machine

Lab 09

To Draw the No-Load Saturation Characteristic (Curve)/No-Load Magnetization Characteristic/Open Circuit Characteristic of A Separately-Excited DC Generator

Lab 10

To Draw The No-Load Saturation Characteristic (Curve)/No-Load Magnetization Characteristic/Open Circuit Characteristic of A Self-Excited Shunt-Wound DC Generator

Lab 11

To Draw The Load/Terminal Characteristic (Curve) of A Separately-Excited DC Generator

Lab 12

To Draw The Load/Terminal Characteristic (Curve) of A Self-Excited Shunt-Wound DC Generator

Lab 13

To Draw The Load/Terminal Characteristic (Curve) of A Self-Excited Series-Wound DC Generator

Lab 14

To Study The Connections and Operation of A Single-Phase Capacitor-Run Induction Motor

Lab 15

To Study The Connections and Operation of A Single-Phase Capacitor-Start Induction Motor

Lab 16

To Study the Connections and Operation of A Three-Phase Squirrel-Cage Induction Motor

Lab 17

To Study The Connections and Operation of A Three-Phase Wound-Rotor Induction Motor (Slip-Ring Induction Motor) (Optional)

2. Microprocessor Based Systems Design / Embedded Systems Design

Course Outline/Content

List of Lab Experiment (Tentative)

Links to Various helping materials:

http://www1.ece.neu.edu/~schirner/teaching/EECE4534_S10.html

https://www.yumpu.com/en/document/read/49791247/microprocessor-based-system-design-ned-university

https://www.yumpu.com/en/document/view/49791247/microprocessor-based-system-design-ned-university

https://web.eecs.umich.edu/~prabal/teaching/eecs373-f14/

3. Control System(s) Engineering

Course Outline/Contents

List of Lab Experiments (Tentative)

4. Computer Networks

Course Outline/Contents

List of Lab Experiments (Tentative)

5. Signals & Systems

Course Outline/Contents

List of Lab Experiments (Tentative)

Lab 01: Familiarize with the Matlab environment and running some basic Matlab commands in Matlab

Lab 02: Learning, writing mathematical expressions, familiarizing with some more advanced matlab commands and/or dealing with loops

Lab 03: Using the Concept of Continuous Time Signal and Produce Various CT Signals.

Lab 04: To Examine an Oscillatory Function and Creating Simple Oscillatory Signal.

Lab 05: Using the Concept of Discrete Time Signal and Producing its Graph.

Lab 06: Using the Concept of Piecewise function to plot Piecewise Signal.

Lab 07: Learning, Understanding and Creating Time Transformed Signal

Lab 08: (a) Solving Derivatives, Integrals and Differential Equations.

(b) Find Roots of Polynomial and vice versa.

Lab 09: Demonstrate the Laplace Transform and Inverse Laplace Transform on various function/Signals

Lab 10: Demonstrate Convolution of a Continuous Time and Discrete Time Signal

Lab 11: Using the Concept of Z-Transform and Apply on Various Functions/Signals

Lab 12: Exploiting Fourier Transform to Plot Various Type of Signals

Lab 13: Demonstrate and Plot the Frequency Response of a System

Lab 14: Demonstrate and Plot the Frequency of FIR Filter

Lab 15: Exploiting Fourier Transform for Exploring the Frequency Components of a Signal (Tentative)

6. Digital Signal Processing

Course Outline/Contents

List of Lab Experiments (Tentative)

7. Computer Programming

Course Outline/Contents

List of Lab Experiments (Tentative)

8. Basic Electrical Engineering

Course Outline/Contents

List of Lab Experiments (Tentative)