department of electrical engineering, stcet teaching_ee.pdf3.difference between series and parallel...

Department of Electrical Engineering, STCET

Innovations by the Faculty in Teaching and Learning

AY: 2018-19

Innovation by Faculty: Prithwiraj Purkait

1) Micro project: Single Phase Induction Motor

2) Animation: Pulsating magnetic field in Single Phase Induction Motor


3) Animation: Three bulb method in alternator

4) Role play: Starting problem in SM

Two students running in circle, one acting as RMF, other as rotor


5) Activity based learning: Activities after each class

6) Demonstration of models in lab: Synchronization of alternators


7) Real life examples: Importance of alternators, news paper cutting


8) Demonstration in class: DC machine cut model, IM cut model


NAME DEPT SEM PAPER CODE INNOVATION TOPIC

Arup Das EE V EE502 1. Quiz

2. Real life plant pictures and

machine

1. Total

syllabus

2. Power

plants

EE I ESEE101

Animation

Induction

machine,

DC machine

SIGNATURE



AY: 2017-18


Arup Das EE III EE-302

Quiz , Electric

Potential, Poisson’s Laplace’s Equation and Solution

EE V EE502 Real life plant pictures and

machine

Power plants

ECE,IT I ES201 Animation Dc machine,

Induction

Motor

SIGNATURE



AY: 2016-17


Arup Das EE III EE-302

PPT

Co-ordinate systems,

Electrostatic field, Electromagnetic fields,

Electromagnetic wave

propagation, Transmission line EE V EE502 Showing the

pictures

Real life plant pictures,

Non-conventional energy

generation

EE I ES201 Animation Dc machine, Induction

Motor

SIGNATURE


CHART

AY: 2017-18

SIGNATURE

Faculty Name Topic Name of the Lab Purpose

Arup Das Moving Iron Ammeter

Basic Electrical

Engineering

Visualisation

Connection of

Fluorescent lamp


Laboratory Manual

AY: 2018-19

Faculty Name Subject Code Department

Arup Das ES-EE-191 EE, ECE.CSE,IT

SIGNATURE


Laboratory Manual

AY: 2017-18


Arup Das ES191, ES291 EE, ECE.CSE,IT

SIGNATURE


Laboratory Manual

AY:2016-17


Arup Das EE391 EE

SIGNATURE


Instructional Materials

Course File

AY: 2018-19

SIGNATURE

Faculty Name Subject Code

Arup Das EE502,EE402


Instructional Materials

Course File

AY: 2017-18

SIGNATURE

Faculty Name Subject Code Arup Das EE302, EE502, EE801A


Working Model

Academic Year 2017-18

Faculty Name Project Name Domain

Arup Das Remote control switch Industrial applications

Off-grid Solar Power generation

Industrial applications

SIGNATURE


Working Model

Academic Year 2016-17

Faculty Name Project Name Domain

Arup Das Light Fencing Industrial applications

Transient Analysis of different switch

Research

SIGNATURE


Innovative Teaching Method:

Sl No Name of Faculty

Stream Semester Subject Code

Innovative teaching Method

Topic

1. Arka

Sengupta

IT I ES-EE

101

1.

Demonstration

in class.

1.IM and

DC

machine cut

model.

2.Generation

of

sinusoidal

emf

3.Difference

between

series

and parallel

resonance

2. Quiz. 1.Quiz at

start of

transformer

topic

Date: Signature


INDUCTION MOTOR CUT MODEL


DC MACHINE CUT MODEL


Generation of Sinusoidal emf


Difference between Series and Parallel Resonance

Series Parallel Circuit Circuit

Impedance Impedance

Current Current


QUIZ on TRANSFORMER

What is transformer?

Ans: An apparatus for reducing or increasing the voltage of an alternating current.

What are the two types of transformer?

Ans: Core type

Shell Type

What is the Faraday's law of induction?

Ans : Faraday's law states that there is EMF (electromotive force, defined as electromagnetic work done

on a unit charge when it has traveled one round of a conductive loop) on the conductive loop when the

magnetic flux through the surface enclosed by the loop varies in time.

What is Lenz’s Law?

Ans: A law stating that the direction of an induced current is always such as to oppose the change in the

circuit or the magnetic field that produces it.


Innovative Teaching Learning by Dr. B.B.Sen

1. Animation of the Principle of PV cell to act as current source.


2 Starting the design of heating coil by displaying of heating coil (Nichrome) ,

then its function and procedure, calculation etc.


Similarly application & the advantages of Solar Energy by displaying the actual

utility ( eg. Solar Lanterm)


INNOVATION IN TEACHING LEARNING

Dr. Sujit K.

Biswas

EE VII EE701 Animation Four quadrant

operation



Dr. Krishna Roy

NAME INNOVATION TOPIC

Krishna Roy

Animation 1. Faraday’s law,

Transformer and

motional emf 2. Standing wave

Real life

examples Transmission of electrical

energy, news paper cutting

1. Demonstration

in class

2. Demonstration

in class

3. Quiz

4. Animation

1. Singly excited

system

2. Doubly excited system

3. Quiz at start of

Induction motor

topic

4. RMF in 3-ph IM


1. Self learning

using MATLAB

programming

2. Demonstration

3. Animation

1. Transformation from

rotating axes to stationary

axes

2. Dynamics of Induction

machine

3. Space vector

1. Animation

2. Real life

examples

3. Real life

examples

4. Real life

examples

1. LVDT

2. Piezoelectric effect

3. Thermo emf sensor

4. Photovoltaic cells


SIGNATURE


Innovations in Teaching – Sukanya Dasgupta

Standalone Solar (PV) System with AC/DC Load,

Electronic Control Circuit and Battery


POWER ELECTRONICS CONVERTER IN UPS


Problem solving exercise into the class

Problem solving exercise into the class


For circuit below, calculate the initial charging current of capacitor using

Laplace Transform technique.

Solution

The above figure can be redrawn in Laplace form,

Now, initial charging current,


Asking students to interpret the given graph

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