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GANPAT UNIVERSITY

GANPAT UNIVERSITY INSTITUTE OF TECHNOLOGY SEMESTER – I (COMPUTER/IT)

SUBJECT: (1BS101) MATHEMATICS –I

LEARNING OUTCOME:

The subject is classified under Basic Sciences and students are intended to know about the basic concepts

And principles of Mathematics as a tool to analyze the Engineering problems. Mathematics has the

Potential to understand the Core Technological studies.

REFERENCE BOOKS:

Unit

No. Topics

1

Matrices

Types of Matrices, Addition and Subtraction of Matrices, Product of two Matrices, Transpose of a

Matrix, Inverse of a Matrix, Solution of equations up to three variables.

2

Vectors Definition of vector, Addition and Subtraction of Vectors, Modulus of Vectors, Unit Vector, Direction

of Vectors, Dot and Cross Product of two Vectors, Angle between two Vectors, Work done and

Moment of Force.

3 Logarithm

Definition and concept, Logarithm rules, Examples based on rules.

4

Mensuration Area of a Triangle, Square, Rectangle, Trapezium, Parallelogram, Rhombus and Circle, Surface Area

and Volume of Cube, Cuboid, Cone, Cylinder and Sphere.

5

Trigonometry Standard and Allied Angles, Periodic function and Graphs of Sine and Cosine, Compound Angles,

Multiple and Sub Multiple Angles.

AUTHOR TITLE OF BOOK PUBLICATION

S P Deshpande

Polytechnic Mathematics

Pune Vidyarthi Gruh

Prakashan

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GANPAT UNIVERSITY

GANPAT UNIVERSITY INSTITUTE OF TECHNOLOGY SEMESTER – I (COMPUTER/IT)

SUBJECT: (1BS102) PHYSICS ==========================================================================================

LEARNING OUTCOMES:

The course is designed with an exclusive objective to offer the students the learning opportunities to

comprehend the essential concepts of physics which play a pivotal role in the engineering field. After learning

session of the syllabus, the students will be able to understand and practice kinematics and newton’s laws,

elasticity and its properties, acoustics of construction, fundamental laws of optics, elementary properties of

electrostatic and essential aspect of radioactivity effectively and efficiently. . The present syllabus of physics

provides Fundamental Facts, Principles, Laws, and proper sequence of events to streamline Engineering

knowledge in proper manner

DETAILED COURSE CONTENTS:

Unit

No. Topics

1 UNITS AND MEASUREMENT :

1.1: International System of units (FPS, CGS, MKS, MKSA, SI system),Derived physical

quantities and its units,

1.2: Measuring Instruments: (1) Vernier Calipers (2) Micrometer Screw Gauge.

1.3: Fundamental forces in nature: (1) Gravitational Force (2) Electromagnetic Force (3)

Strong Nuclear Force (4) Weak Nuclear Force

2 MOTION, WORK AND ENERGY

2.1: Frame of reference, Concept of Path length and Displacement, Average Speed and Average

Velocity, Instantaneous Velocity and Instantaneous speed, Acceleration, Kinematic equation for

uniformly accelerated motion

2.2: Law of Inertia, Newton’s First Law of motion, Momentum, Newton’s Second law of

motion, Impulse of force, Newton’s Third law of motion, Conservation of momentum.

2.3: Work, Kinetic Energy, Potential Energy

3 ELASTICITY:

Elastic behavior of Solids, Stress and Strain, Stress-Strain curve, Hooke’s law, Young’s modulus,

Determination of Young’s Modulus of the material of wire, Bulk modulus, Modulus of rigidity,

Application of Elastic behavior of material

4 WAVES

4.1: Introduction, Transverse and Longitudinal waves, Progressive wave equation, Amplitude,

phase, frequency, Angular frequency, period, Newton’s formula of velocity of Sound and

Laplace’s correction

4.2: Introduction, Absorption co-efficient and its measurement, Reverberation and

Reverberation time, Sabine’s formula, Factors affecting acoustics of building and their

Remedies

4.3: Classification of Ultrasonic waves, Properties of Ultrasonic waves, Application of

Ultrasonic waves

SUGGESTED LIST OF EXERCISES/PRACTICAL/EXPERIMENTS

Sr. No. Experiment /Practical Exercises

1 Lecture -1 and 2

2 Study of linear measurement by Vernier calipers.

3 Study of precision measurement by Micrometer screw.

4 Measurement of Young’s Modulus of a sample wire.

5 Measurement of gravitational acceleration using simple pendulum.

6 Study of force constant of elastic spring.

7 Measurement of resistance using Ohm’s law.

8 Study of series and parallel combination of resistance.

9 Measurement of unknown resistance using Wheatstone bridge.

10 Investigation of characteristic of PN junction diode.

11 Study of refractive index of prism using spectrometer.

12 Study of SA/V ratio of simple objects.

SUGGESTED REFERENCE BOOKS:

1. Fundamentals of Physics, David Halliday , John Wiley & Sons.

2. Principles of Electronics, V. K. Mehta. S. Chand & Co. Ltd.

3. Nuclear physics: An introduction,S.B.Patel,Anshan Ltd.

4. Engineering Physics, G.Vijayakumari,Vikas Publishing House Pvt Ltd.

5 OPTICS AND NANOTECHNOLOGY:

5.1: Reflection, Total Internal Reflection, Refraction, Snell’s law, Diffraction, Polarization,

Interference of light, Dispersion.

5.2: Introduction to Nanotechnology, Nanoscale, Surface to Volume ratio, Properties of

nanomatetials, Application of nanomaterials.

6 ELECTRIC CHARGES AND FIELD

6.1: Introduction, Electric charge, Quantization of Charge, Coulomb’s law, Electric field, Electric

potential.

6.2: Electric current, Ohm’s law, Electrical Resistivity and Conductivity, Series and parallel

connections of resistors.

6.3: Classification of Material on the basis of resistivity, Intrinsic and Extrinsic Semiconductor, P-

type Semiconductor, N-type Semiconductor, P-N junction diode

7 RADIOACTIVITY AND NUCLCEAR PHYSICS :

Radioactivity, Laws of radioactive decay, Half Life, Average Life, Properties of alpha particles,

beta particles and gamma rays, Nuclear fission, Chain reactions, Nuclear fusion, Nuclear reactor,

Waste disposal of nuclear reactor

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GANPAT UNIVERSITY

GANPAT UNIVERSITY INSTITUTE OF TECHNOLOGY SEMESTER – I ( COMPUTER / IT)

SUBJECT- (1CE101) COMPUTER APPLICATION

LEARNING OUTCOME:

The objective of this subject is to make the students understand the functioning of office. It will also help the

student to have hands on experience on various application software’s used for office automation like Word,

Excel and PowerPoint , day to day problem solving in term of creating business documents, data analysis and

graphical representation.

Detail Course Contents:-

Unit

No

Topics

1

Basics of computer System:

1. Concept of hardware and software, computer block diagram, input output unit, CPU,

Control unit ALU, /memory unit , Monitor, printer , system software and application

software.

2. Operating system concept, purpose and function & operation on OS.

3. Creating and naming of file and folder

4. Copying file renaming and deleting of file and folders.

5. Searching file and folder, installation application, creating shortcut of application

on the desktop.

6. Overview of control panel , Taskbar

2

Word Processor:

1. Basics of Font types, size and color

2. Effect like bold, italic, underline, subscript and superscript

3. Case changing option

4. Inserting, deleting, undo and redo, copy and moving text within a document.

5. Formatting paragraphs and list

6. Setting line spacing

7. Page setting and margin including header and footer.

8. Spelling and grammatical checks.

9. Table and its option. Inserting row or columns, merging and splitting cell, arithmetic

calculation in a table.

10. Working with picture, inserting picture with file.

11. Using drawing and word art:- line and shapes, modifying drawn objects, formating

drawn objects.

3

Spread Sheet:-

1. Intro. To data, Cell Address, excel data type, concept of hyperlinks.

2. Introduction to formatting, number, text and data formatting.

3. Concept of worksheet and workbook

4. Understating the formula, operators in excel, operators precedence, understanding

function, common excel function like sum, average, min, max, date, transpose, in,

and, or, sqrt power, upper and lower.

5. Types of graphics:- word art, auto shape and image

6. Intro. To chart, overview of different types of chart available with excel

7. Concept of print area, margin a, header, footer, and other page setup option.

4

PowerPoint Presentation:

1. Outline of effective presentation

2. Starting a new presentation file , saving work

3. Creating new slides, working with textbooks,

4. Changing a slide layout, applying a theme, changing color, fonts and effect, creating

and managing custom color, changing the background.

5. Changing the fonts, size and color text fill.

6. Adjusting character spacing and line spacing formatting text box word art styles

7. Formatting bulleted list and numbered list

8. Finding and replacing text and correcting your spelling.

9. Selecting, deleting, moving copying, resizing and arranging objects.

10. Working with drawing tool, applying shape or picture style, applying object border,

object effect.

11. Embed a video, link to a video, size a video, video playback option.

12. Configuration a sound, assigning sound to an object, adding a digital music sound

track.

13. Creating hyperlink using action button

5

Basic of Internet & networking:

1. Internet basics:

1.1. Dial up Connection, Leased line connectivity, Wi-Fi Connection

2. Application of internet:

2.1. E-mail, Voice mail, news, chat, games, video-conferencing, social networking.

3. Search engine:

3.1. Google, yahoo, etc...

4. Threats to IT:

4.1. Password breaks, hacking, pirated software, unethical websites.

5. Protecting threats :

Use of anti-virus software, scanning computer regularly, updating anti-Virus

6. Basics of network Architecture:

6.1. What is network?

6.2. Advantages of network.

6.3. Network topology.

5. Suggested Learning resources:-

A. List of Reference Book

Sr. No Author Title of Book Publication

1 R. Taxali Computer Course Tata McGraw Hills

2 Wallace Wang MS- Office for

Dummies

Wiley India

3 Dr. Shailendra singh, pawan

Thakur, anurag Jain

Basic Computer

Engineering

Satya Prakashan

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GANPAT UNIVERSITY

GANPAT UNIVERSITY INSTITUTE OF TECHNOLOGY SEMESTER – I (COMPUTER/ IT)

SUBJECT: Computer Programming-I

LEARNING OUTCOME:

This subject intends to develop programming skills in the students, using a popular structured programming

language. The students will learn step by step procedure (i.e. flowcharting & Algorithm) of any program

development process. The programming skills thus acquired using language can be used for acquiring necessary

programming skill to work with advance level programming languages which in turn will be helping in

developing programs for the scientific, research and business purposes.

Unit

No. Topics

1

Flowchart and Algorithm

1.1 Flowchart 1.1.1 Definition and Importance of flowchart., Symbols of Flowchart.,Flow lines,

Terminals, Input/Output ,Processing, Decision, Connection off-page connectors, Guidelines for preparing Flowchart.

1.1.2 Flowchart structure : Sequence, selection, repetition.

1.1.3 Limitation of flowchart

1.2 Algorithm

1.2.1 Developing and writing algorithm using pseudo codes

2

Basics of 'C'

2.1 General structure of 'C' program and standard directories 2.2 Advantages of C language. 2.3 Character set, 'C' tokens 2.4 Keywords and Identifiers , Constants and Variables 2.5 Data Types in 'C' 2.6 Rules for defining variables 2.7 Declaration and Initialization of variable 2.8 Input and Output statements in 'C' 2.9 Write, compile, execute a simple ‘C’ program

3

Operator in C.

3.1 Introduction of different types of operators and their symbolic representation 3.2 Properties of operator 3.3 Priority of operator and their clubbing 3.4 Comma and conditional operator 3.5 Arithmetic operators 3.6 Relational operators 3.7 Assignment operators and expressions 3.8 Logical operators

3.9 Bitwise operators

REFERENCE BOOKS:

Sr.No. Author Title of Books Publication

1 Balaguruswami E. Programming in ANSI C Tata McGraw-Hills publication, Latest Edition

2 Kanetkar Yashavant Let us C BPB publications, Latest Edition

4

Decision Statements

4.1 Unconditional branching: goto statement 4.2 Conditional branching statements: If statement 4.3 If-else statement

4.4 Nested If-else statement 4.5 If-else-if Ladder statement 4.6 break, continue and goto statements 4.7 switch case statement

5

Loop Control Statement

5.1 for loop

5.2 Nested for loop

5.3 While loop

5.4 Do-while loop

6

Formated Input and output 6.1 Character I/O : getchar ( ) , Putchar ( ), getc ( ) , putc ( ),

6.2 Formated I/O : printf( ) , scanf ( )

6.3 Print conversion modifier & character

6.4 Standard function of library file : stdio.h and conio.h

[3 0 2 3 1]

GANPAT UNIVERSITY

GANPAT UNIVERSITY INSTITUTE OF TECHNOLOGY SEMESTER – II (COMPUTER/IT)

SUBJECT: ( 1CE103) FUNDAMENTALS OF DIGITAL ELECTONICS

LEARNING OUTCOME:

The objective of Fundamental of Digital Electronics is to make the students understand functioning of a

digital circuit. The course contains description of digital components using core structure of digital logic.

This includes number system, Logic gates, Boolean algebra, Combinational logic. This Course will enable

student to solve various Boolean expressions, to design and implement digital logic circuits.

Detail Course Contents:-

Unit

No

Topics

1

Binary Systems :

1.1 Introduction to Digital Systems

1.2 Types of Number System

1.2.1 Decimal Number System

1.2.2 Binary Number System

1.2.3 Octal Number System

1.2.4 Hexadecimal Number System

1.3 Number Base Conversion

1.4 Complements

1.4.1 R’s Complement 2’ and 10’s Complement

1.4.2 (R-1)’s Complement 1’s and 9’s Complement

1.5 Binary Codes

1.5.1 Decimal Code

1.5.2 Excess – 3 Code

1.5.3 Error Detection Code

1.5.4 Reflected Code

2

Binary Logic And Boolean Algebra :

2.1 Basic Binary logic

2.2 Basic Logic Gates

2.2.1 AND gate

2.2.2 OR gate

2.2.3 NOT gate

2.3 Derived Logic Gates

2.3.1 EX-OR gate

2.3.2 EX-NOR gate

2.4 Boolean Algebra

2.4.1 Postulates

2.4.2 Basic Laws of Boolean Algebra

2.4.3 Basic Theorems of Boolean Algebra

2.4.4 Simplification using Boolean Algebra

2.5 De-Morgan’s Theorem

2.5.1 First law of De-Morgan’s Theorem

2.5.2 Second law of De-Morgan’s Theorem

2.5.3 Simplification using De-Morgan’s Theorem

2.6 Boolean Functions

2.6.1 Minterms and Maxterms

2.6.2 Standard Forms

2.6.3 Canonical Forms

3

Boolean Function Implementation:

3.1 Need for Simplification

3.2 Simplification using K – Map

3.2.1 Two – Variable K – map

3.2.2 Three – Variable K – map

3.2.3 Four – Variable K – map

3.2.4 K – Map using Don’t care condition

3.3 NAND Gate as Universal Gate

3.4.1 NAND Gate

3.4.2 Implement basic logic gates using NAND gate

3.4.3 Implement derived logic gates using NAND gate

3.4.4 Implement Boolean Function using NAND gate

3.4 NOR Gate as Universal Gate

3.5.1 NOR Gate

3.5.2 Implement basic logic gates using NOR gate

3.5.3 Implement derived logic gates using NOR gate

3.5.4 Implement Boolean Function using NOR gate

4

Basic Combinational Logic

4.1 Design procedure of combinational logic

4.2 Adder

4.2.1 Half Adder

4.2.2 Full Adder

4.3 Subtractor

4.3.1 Half Subtractor

4.3.2 Full Subtractor

4.4 BCD –to– Excess–3 Code Conversion

5

Combinational Logic Using MSI And LSI

5.1 Introduction

5.2 Binary Parallel Adder and Subtractor

5.2.1 4-bit Binary Parallel Adder

5.2.2 4-bit Binary Parallel Subtractor

5.3 Two Input Magnitude Comparator

5.4 Decoder

5.4.1 2 – 4 Decoder

5.4.2 3 – 8 Decoder

5.5 Encoder

5.5.1 4 – 2 Encoder

5.5.2 8 – 3 Encoder

5.6 4 – 1 Multiplexer

5.7 1 – 4 De-Multiplexer

A. List of Book

Sr.

No Author Title of Book Publication

1. Digital logic and Computer

Design Mano M. Morris

Pearson publication( Latest

Edition )

2. Modern Digital Electronics Jain R.P. Tata McGraw-Hills

publication, (Latest Edition

3. Digital electronics Principles

Malvino & Leech

Tata McGraw-Hills

publication, Latest Edition

4.

Fundamentals of Digital

Circuits

Anand Kumar Prentice-Hall of India, Latest

Edition

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Learning Outcomes:

Understand the natural environment and its relationships with human activities.

Characterize and analyze human impacts on the environment.

Integrate facts, concepts, and methods from multiple disciplines and apply to environmental problems.

Capacity to integrate knowledge and to analyze, evaluate and manage the different public health aspects of

disaster events at a local and global levels.

Capacity to obtain, analyze, and communicate information on risks, relief needs and lessons learned from

earlier disasters in order to formulate strategies for mitigation in future scenarios.

Syllabus:

Unit Topics

I

Introduction 1.0 Introduction

1.1 Environment & its components

1.2 Environment in India

1.3 Public awareness

II Ecology, Ecosystem and Environmental Pollution 2.1 Introduction: Ecology-

2.2 Objectives and Classification ,Concepts of an ecosystem-

2.3 Structure & function of ecosystem,

2.4 Components of ecosystem

2.5 Elton pyramid

2.6 Major Ecosystem

2.6.1 Forest Ecosystem,

2.6.2 Grassland Ecosystem,

2.6.3 Desert Ecosystem,

2.6.4 Aquatic ecosystem

2.6 5,Estuarine Ecosystem

2.7 Biogeochemical cycles.

2.7.1 Hydrologic cycle

2.7.2Carbon cycle

2.7.3 Nitrogen cycle

III

Pollution and Global environment Problem 3.1 Air Pollution: Composition of air, Structure of atmosphere, Ambient Air Quality

Standards, Classification of air pollutants, Sources of common air pollutants like SPM,

SO2, NOX Natural & Anthropogenic Sources, Effects of common air pollutants, Carbon

credit.

GANPAT UNIVERSITY

GANPAT UNIVERSITY INSTITUTE OF TECHNOLOGY

SEMESTER-II (COMPUTER / IT)

1CI 202 : ENVIRONMENT STUDIES AND DISASTER MANAGEMENT

3.2 Noise Pollution: Introduction- Sources of Noise Pollution, Ambient noise levels,

Effects of noise pollution on human being and wild life, Noise pollution controls, Noise

standards.

3.3 Water Pollution: Introduction – Water Quality Standards, Sources of Water

Pollution,Classification of water pollutants, Effects of water pollutants, Eutrophication.

3.4 Current Environmental Global Issues: Global Warming & Green Houses Effects, Acid

Rain, Depletion of Ozone Layer.Global warming measures.

IV

Renewable & Nonrenewable Resources

4.1 Renewable Resources, Nonrenewable Resources,

Destruction versus Conservation.

4.2 Energy Resources: Energy Resources - Indian Scenario , Conventional Energy

Sources & its problems, non-conventional energy sources-Advantages & its limitations ,

Problems due to Overexploitation of Energy Resources.

V

Disaster study 5.1 Introduction

5.2 Types of Disaster

5.2.1 Types Natural Disaster: Earthquake ,Cyclone, Flood, fire ,Desert storms ,Land

slides ,Snow avalanches.

5.3 Earthquake

5.3.1 Introduction, Definition, History of earthquake ,Earth and its’ structure

5.3.2 Terminology ; Epicenter Hypocenter , Focus, Epicenter distance

5.3.3 Waves generated due to earthquake: P waves , S waves

5.3.4 Causes of earthquake

5.3.5 Measurement of earthquake: Intensity and magnitude of earthquake,Sysmo-graph ,

Sysmo-scope ‘ Sysmo-meter

Richter scale

5.3.6 Zoning of earthquake as per I.S.

5.3.7 General instructions for protection of people during earthquake

5.3.8 General guidelines for construction and maintenance of earthquake proof /resistant

masonry structure

5.4 Manmade Disasters

War and Terrorism, Riots and Demonstrations, Residential and Industrial Fires,

Transportation

Accidents, Nuclear Power Accidents, Hazardous Materials and Toxic Emission, Utility

Failure

VI

Planning for disaster management 6.1 Local Disaster Management Cell,

6.2 Prepare a Business Recovery Plan.

6.3 Government Response in Disaster

REFERENCE BOOKS

1. Environmental Engineering by Pandy & Carney, TMH, New Delhi.

2. Introduction to Environmental Engineering and Science by Gilber M. Masters, Printers

3. Hall India, New Delhi.

4. Video - films developed by Centre for Environmental Education, Thaltej Tekra

5. Ahmedabad.52

6. Citizen’s guide to disaster management by Satish Modh Publisher:-Macmillan Publishers India,

7. Environment Engineering Vol-I & II, by Dr.S.K.Garg,

8. Introduction to Air Pollution, by R.K.Trivedi & P.K.Goel.-BS Publications

9. Environmental Pollution Control Engineering, by C.S.Rao

10. Vol-I- Air Pollution, Vol-II- Water Pollution, Vol-V- Noise Pollution – By S.K.Agarwal -

A.P.H.Publishing Corporation,

11. Environmental Pollution: Causes, Effects & Control by K.C Agrawal

GANPAT UNIVERSITY

GANPAT UNIVERSITY INSTITUTE OF TECHNOLOGY SEMESTER – I (COMPUTER / IT)

SUBJECT- (1HS101) ENGLISH

LEARNING OUTCOME:

The course is designed with a prime objective to offer the students the learning opportunities to understand the

basic grammar items which are used in day to day conversation in English. The course will help the students

to learn the basic structures and components of English language. It will give them optimum exposure to use

the same in their regular use of language. The comprehensions included in the syllabus will help them to

inculcate in them reading habits and the same will help them to experience English language exposure.

Course Content:

NO CONTENT

PART-I GRAMMAR

1 Auxiliaries Primary: (Be, Do and Have) Modal: (Will, Shall, Can, May, Would, Should, Could,

Might, Ought to, Need to Dare to, Used to, Have to)

2 Subject-Verb Agreement

3 Tenses: Simple Present tense, Simple Past Tense, Simple Future Tense, Present Continuous Tense,

Past Continuous Tens, Future Continuous Tense, Present Perfect Tense, Past Perfect Tense, Future

Perfect Tense, Present Perfect Continuous Tense. Past Perfect continuous Tense. Future Prefect

Tense.

4 Prepositions: Time, Place, Direction

5 Connectors: But, And, Both, Either...or, Neither…nor, Not only ….but also, So, Therefore,

Though, Although, Even though, Even if, Who, Whom, Whose, Which, Where, When Why, etc

6 Passive voice: Tense Structures and Modal Auxiliary Structures.

PART-II Comprehension

1 The Night Train at Deoli by Ruskin Bond

2 An Astrologer’s Day by R .K. Narayan

3 The Bet by Anton Chekhov

4 The Gift of Magi by O’ Henry

PART-III Conversation and Communication Practice

1 Introducing yourself and others, Describing Pictures, Situations, talking on various situations like

weather, examination preparation, birthday celebration, reception party attended etc.

2 Writing Leave Note and various office request letters.

Text book:

Advanced English for College Students written by Rajendrasinh Jadeja and Jagdish Joshi published by

Macmillan Publishers India Ltd.

Recommended Reference Book:

1. Murphy’s English Grammar by Raymond Murphy (3rd Edition) published by Cambridge University

Press.