1

SWARNANDHRA College of Engineering &Technology (Autonomous)

Narsapur - 534 280.

DEPARTMENT OF COMPUTER & SCIENCE ENGINEERING

LESSON PLAN

COURSE OUTCOMES (COs)

At the completion of this unit students will be able to

1. Gain the basic knowledge on Object Oriented concept and i/o stream classes

2. Implement functions with parameter passing techniques.

3. Define classes and create objects and describe how to access private, public and protected

members of a class.

4. Implement constructor, destructor and operator function.

5. Use inheritance to build class hierarchies and describe the difference between late and early

binding.

6. Implement programs with sequential and random access file processing and handling exceptions.

Course

Code

Course

Title

Course

/Sem Branches

Contact

Hrs/Week

Academic

Year

16CS2T01 Object Oriented Programming

through C++ B.Tech / II

CSE, ECE,

EEE & IT 5 2017-2018

Week

No.

Course

Out

come

UNIT I

Topics/Activity

Text Book

Reference

Contact

Hours

Delivery

Method

1,2 CO:1

Introduction

1.1 The Object Oriented Technology

T1,R3 10

Chalk

&

Board

Power point

presentations

Assignment

Test

1.2 Disadvantages of Conventional

Programming

1.3 Advantages of OOP

1.4 Structure of a C++ Program

1.5 Differences between C and C++

16 Header Files and Libraries

Input & Output In C++

1.7 Streams & Classes Hierarchy

1.8 Bit Fields and Manipulators

Model Assignment

1. What are the features of Object Oriented Programming (K2: UNDERSTAND & CO:1)

2. Distinguish between Procedure Oriented Programming (POP) and Object Oriented

Programming (OOP) (K2: UNDERSTAND & CO:1)

3. List out some of the benefits of OOP. (K1: REMEMBER & CO:1)

Model Test Questions 1. What is an I/O stream ( K2: UNDERSTAND CO:1)

2. Write short notes on I/O Manipulators ( K2: UNDERSTAND & CO:1)

2

Week

No.

Course

Out

come

UNIT II

Topics/Activity

Text

Book

Reference

Contact

Hours

Delivery

Method

3,4 CO:2

2.1 Tokens in C++

T1,R2 10

Chalk

&

Board

Power point

presentations

Assignment

Test

2.2 Variable Declaration and

Initialization

2.3 Data Types and Constants

2.4 L Value and R Values

2.5 Operators in C and C++,

2.6 Reference Variable

2.7 Decision and Loop Statements

Functions in C++

2.8 Structure of a Function

2.9 Passing Arguments

2.10 Return by Reference

2.11 Default and Const

Arguments

2.12 Inputting Default Arguments

2.13 Inline Functions

2.14 Function Overloading

2.15 Recursion

Model Assignment

1. Explain how an inline function differs from a preprocessor macro? Explain significant

advantage of inline function. How is inline function different from a normal function (K3:APPLY & CO:2)

2. When do we need to use default arguments in a function. What is the main advantage of

passing arguments by reference (K3:APPLY & CO:2)

3. List at least four new operators added by C++ which aid OOP and explain the

application of the scope resolution operator :: in C++ (K2: UNDERSTAND & CO:2)

4. What is reference variable? What is its major use? Explain with a example (K2: UNDERSTAND&CO:2)

Model Test Questions

1. What is function overloading? Explain with an example program

(K2: UNDERSTAND&CO2)

2. Explain the advantages of using default arguments with example program

(K3:APPLY & CO2)

3. What is the use of scope resolution operator (K2: UNDERSTAND&CO:2)

3

Week

No.

Course

Out

come

UNIT III

Topics/Activity

Text Book

Reference

Contact

Hours

Delivery

Method

5,6

CO: 3

CLASSES AND OBJECTS

3.1 Class Definition

T1,R1,R2

10

Chalk &

Board

Power point

presentation

s

Assignment

Test

3.2 Declaring Objects

3.3 Access Specifiers & their scope

3.4 Member functions

3.5 Outside member functions as inline

3.6 Data Hiding or Encapsulation

3.7 Memory for Class and Objects

3.8 Static Member variables, Functions

and Static Object

3.9 Array of Objects

3.10 Objects as Function Arguments

3.11 Friend Function and Class

3.12 Local and Empty class

3.13 Qualifiers and Nested Classes

3.14 Member Function and Non-Member

Function

Model Assignment

1. What is static data member? What are the important characteristics of the static member

variable? Differentiate between static data member and static member functions. (K2: UNDERSTAND &CO:3)

2. Write a CPP Program to access private data using non-member functions (K3: APPLY &CO:3)

Model Test Questions

1. Difference between private & public access specifiers. (K2: UNDERSTAND&CO:3)

2. How class implements data-hiding & encapsulation? (K2: UNDERSTAND&CO:3)

3. What is a friend function and the merits & demerits of using friend function?

(K2: UNDERSTAND&CO:3)

7

MID EXAMINATION – I

4

Week

No.

Course

Out

come

UNIT IV

Topics/Activity

Text Book

Reference

Contact

Hours

Delivery

Method

8,9

CO: 4

CONSTRUCTORS

AND DESTRUCTORS

4.1 Introduction of Constructors

T1,R1,R3 10

Chalk

&

Board

Power point

presentations

Assignment

Test

4.2 Characteristics

4.3 Applications

4.4 Parameterized Constructors

4.5 Overloading Constructors

4.6 Constructor with Default Arguments

4.7 Copy Constructor and Destructors.

OPERATOR OVERLOADING

4.8 Introduction of Overloading

4.9 Overloading Unary Operators

4.10 Constraint on Increment and

Decrement Operators

4.11 Overloading Binary Operators

4.12 Overloading with Friend Functions

4.13 Overloading Assignment Operator

4.14 Rules for Overloading Operators

4.11 Overloading Binary Operators

4.12 Overloading with Friend Functions

Model Assignment

1. What is a constructor? Write the syntax of declaring the constructor and what are the

special characteristics of constructor function (K2: UNDERSTAND & CO:4)

2. Explain about Unary Operator and Binary Operator Overloading with program (K3: APPLY & CO:4)

Model Test Questions

1. How do we invoke a constructor function (K2: UNDERSTAND & CO:4)

2. List of the rules for overloading operators (K1: REMEMBER & CO:4)

3. Write C++ program using copy constructor and destructor (K3:APPLY & CO:4)

5

Week

No.

Course

Out

come

UNIT V

Topics/Activity

Text

Book

Reference

Contact

Hours

Delivery

Method

10,11

CO:5

INHERITANCE

5.1 Introduction of Inheritance

T1,R3

10

Chalk &

Board

Power point

presentations

Assignment

Test

5.2 Access Specifiers

5.3 Protected Data with Private

Inheritance

5.4 Types of Inheritances

5.5 Virtual Base Class

5.6 Constructors and Destructors in

Inheritance

5.7 Constructor and Destructor in Derived

Class

5.8 Advantages and Disadvantages of

Inheritance

POLYMORPHISM

5.9 Polymorphism and its Types

5.10 Pointer and Inheritance

5.11 Virtual and Pure Virtual Functions

and Abstract Classes

Model Assignment

1. What is a virtual base class? Why it is important to make a class virtual. (K2: UNDERSTAND & CO:5)

2. What is abstract class? When do we use the protected visibility specifiers to a class

member? ((K2: UNDERSTAND & CO:5)

3. Explain different forms of inheritance. Illustrate with an example each type with an

example. (K2: UNDERSTAND & CO:5)

Model Test Questions

1. Define Polymorphism and its types. How is polymorphism achieved at runtime?

(K2: UNDERSTAND & CO:5)

2. Give the syntax for in heritance. (K1: REMEMBER & CO:5)

3. Discuss with program on the visibility of base class members in privately and publicly

inherited classes (K3: APPLY & CO:5)

6

Week

No.

Course

Out

come

UNIT VI

Topics/Activity

Text Book

Reference

Contact

Hours

Delivery

Method

APPLICATIONS WITH FILES

6.1 File Stream Classes

12,13,14

CO: 6

T1, R3

15

Chalk

& Board

Power point

presentations

Assignment

Test

6.2 File Opening Modes

6.3 File Pointers and Manipulators

6.4 Sequential Access Files

6.5 Binary and ASCII Files

6.6 Random Access Files

EXCEPTION HANDLING

6.7 Principles of Exception Handling

6.8 Keywords

6.9 Exception Handling Mechanism

6.10 Multiple Catch Statements

6.11 Catching Multiple Exceptions

Model Assignment

1. Write a program to create files using constructor function. (K3:APPLY & CO:6)

5. What is a file mode? Describe the various file modes. (K1: REMEMBER & CO:6)

2. Write a CPP Program write text in a file. Read the text from the file from EOF. Display

the contents in reverse order. (K3:APPLY & CO:6)

Model Test Questions

1. How exception is handled in C++ and what are the advantages of using exception handling

mechanism in a program? (K3:APPLY & CO:6)

2. When do we use multiple catch handlers? What should be placed inside a catch block?

What should be placed inside a try block? Give the syntax(K2: UNDERSTAND & CO:6)

15

MID EXAMINATION – II

TOTAL NO. OF CLASSES PROPOSED : 65

7

TEXT BOOKS

1. Programming in C++, Ashok N Kamthane, Pearson 2nd

Edition

REFERENCES

1. Object Oriented Programming C++, Joyce Farrell, Cengage.

2. Mastering C++, Venugopal, Raj Kumar, Ravi Kumar TMH.

3. Object Oriented Programming with C++, 2nd

Ed, SouravSahay, and OXFORD.

SWARNANDHRA College of Engineering & Technology

(Autonomous) Seetharamapuram, NARSAPUR, W.G. Dt., 534 280.

DEPARTMENT OF Basic Sciences and Humanities

LESSON PLAN

Course Code Course Title (Regulation) Sem Branch Contact

Periods/Week Sections

16BS2T02 Engineering Chemistry II Common to

CE, CSE & IT 5

COURSE OUTCOMES: At the end of the course students are able to

CO1: Estimate the Ions present in the water (K2).

CO2: Explain the concept of Electro Chemistry (K2)

CO3: Describe the mechanism of Corrosion in Metals (K2)

CO4: Identify the importance of Fuels in modern days (K2)

CO5: Explain the advantages of Polymers in daily life (K2)

CO6: Identify the usage of advanced materials in day to day life (K2)

Unit

No.

Out Comes Topics/Activity

Ref

Text

Book

Total

Periods

Delivery

Method

1

CO 1.

Estimate the

Ions present in

the water

[K2]

Unit-1. WATER TECHNOLOGY

Chalk

& Talk,

PPT

1.1 Hard water T1, R2

10

1.2 Estimation of hardness by EDTA Method T1, R1

1.3 Potable water –Sterilization and Disinfection T2

1.4 Boiler feed water – Boiler troubles – priming

and foaming, Sludge and Scale formation

T1

1.5 Boiler corrosion, Caustic embrittlement, T2

1.6 Softening of water – lime soda process T1, R2

1.7 Zeolite processes

Ion exchange resin process

T2, R2

1.8 Electro Dialysis and

Reverse osmosis

T1

1.9 Problems T2, R2

2

CO 2.

Explain the

concept of

Electro

Chemistry

[K2]

Unit-2. ELECTRO CHEMISTRY

Chalk

& Talk,

PPT

2.1 Electrode potentials-standard Electrode

potentials, Determination of Single electrode

potential

T2

12

2.2 Nernst equation-problems T2, R2

2.3 Electro chemical cell (galvanic cell) T1

2.4 Reference electrodes-Standard hydrogen

Electrode and Calomel Electrode T1, R1

2.5 Determination of pH T2, R2

2.6 Conductivity- Definition – Applications

(Strong Acid Vs. Strong Base ) T2

2.7 Batteries – Primary cell: Dry cell, Secondary

cell: Lead accumulator, Lithium ion battery.

T2, R2

2.8 Fuel Cells – Hydrogen – Oxygen Fuel cell,

Methanol – Oxygen Fuel cell.

T1

3

CO 3.

Describe the

mechanism of

Corrosion in

Metals

[K2]

Unit-3. CORROSION

Chalk

& Talk,

PPT

3.1 Introduction - Theories of corrosion- (i) Dry

corrosion (pilling bed worth rule)

T1, T2

8

3.2 (ii) Wet corrosion, Galvanic Series T2

3.3 Types of corrosion – Galvanic corrosion,

Differential Aeration Corrosion.

T1,T2

3.4 Pitting corrosion, Stress corrosion. T2

3.5 Factors influencing corrosion: Nature of

metal, Nature of the environment.

T1, R1

3.6 Corrosion control methods – Material

Selection & Design - Cathode protection -

surface coatings

T1

3.7 Methods of application on metals – Hot

dipping, Electro less Plating

T2, R2

3.8 Paints – Their constituents and their functions T2

MID I EXAMINATION DURING NINTH WEEK

4

CO 4.

Identify the

importance of

Fuels in

modern days

[K2]

Unit-4. FUELS

Chalk

& Talk,

PPT

4.1 Introduction to fuels, Classification, Merits

and demerits of solid , liquid, gaseous fuels

T2

8

4.2 Coal – Proximate and ultimate analysis T2, R2

4.3 Calorific value – HCV and LCV

Bomb calorie meter

T2

4.4 Problems based on calorific values T1, R1

4.5 Liquid Fuels - Advantages T2, R2

4.6 Petroleum – Refining process T1

4.7 Cracking – Petrol – Diesel Knocking T2

4.8 Gaseous fuels – Natural gas – LPG and CNG T2, R2

5

CO 5.

Explain the

advantages of

Polymers in

daily life

[K2]

Unit-5. POLYMER SCIENCE & TECHNOLOGY

Chalk

& Talk,

PPT

5.1 Types of Polymerization Mechanism of

polymerization

T1, R1

10

5.2 Preparation, Properties and uses of PS, PVC

and Bakelite

T2, R2

5.3 Biodegradable polymers T1

5.4 Determination of Molecular Weight by

Number & Weight average

Ziegler Natta catalysis

T1, R1

5.5 Plastics – Thermoplastics and Thermo setting

plastics Compounding of plastics

T1,T2

5.6 Fabrication of plastics T2, R2

5.7 bullet proof plastics, Engineering applications T1

5.8 Elastomers – Preparation of Rubber T2, R2

5.9 Compounding of rubber

Vulcanization

T1

5.10 Synthetic rubbers –Buna-S Buna-N and

Thiokol rubber – applications

T1,T2

6

CO 6.

Identify the

usage of

advanced

materials in

day to day life

[K2]

Unit-6. ENGINEERING MATERIALS, GREEN AND NANO

CHEMISTRY

Chalk

& Talk,

PPT

6.1 Types, properties and applications of

refractories

T1,T2

12

6.2 Preparation of carbon Nano tubes T2, R2

6.3 Properties of Nano materials and

Engineering Applications

T1

6.4 Principles of green chemistry, Engineering

applications

T1, R1

6.5 Hardening and Setting T1,T2

6.6 Deterioration of cement concrete T1,T2

6.7 Advantages & Disadvantages of Solar

Energy

T1,T2

6.8 Construction & Working of Photovoltaic

Cells T1,T2

6.9 Working of Solar Reflectors T1,T2

Total number of Periods 60

MID II EXAMINATION DURING EIGHTEENTH WEEK

END EXAMINATIONS

Text Books:

T1 A Text Book of Engineering Chemistry - N. Y. S. Murthy, V. Anuradha & K. Ramana Rao, Maruthi

Publications.

T2 A Text Book of Engineering Chemistry - K. Sesha Maheswaramma, Mridula Chugh (2013), Pearson

Publications

Reference Books:

R1 Shashi Chawal “A Text Book of Engineering Chemistry, Dhanpat Rai Publishing company Ltd.

R2 S. S. Dara (2013) Text Book of Engineering Chemistry, S. Chand Technical Series.