Estd. Under Jharkhand State Private University Act Polytechnic Syllabus...Under Jharkhand State Private University Act Detail Syllabus of Polytechnic 2nd Semester w.e.f - 2017-18 Version

Estd. Under Jharkhand State Private University Act

Detail Syllabus of Polytechnic2nd Semester

w.e.f - 2017-18

Version 1.0(w.e.f session 2017-2018 Page 1

2nd Semester – Scheme of Study

S.No Name of the Subject Credit Contact

Hours Per Week

Total Marks

End Term Theory/ Practical

Exam

End Term Practical

Exam

Mid Term Theory/ Practical

Exam

CIA Attendance

1 Communication Skills in English - 2

3 3 100 70 20 5 5

2 Engineering Maths - 2 4 4 100 70 20 5 5

3 Basics of English & electronics engg. Lab

4 4 100 70 20 5 5

4 Engineering Graphics - 2 3 3 100 70 20 5 5

5 Fundamentals of Programming Using C

3 3 100 70 20 5 5

6 Basic of electrical & electronics engg. Lab

1 2 50 35 10 5

7 Engineering Graphics Lab-2

2 4 50 35 10 5

8 Fundamentals of Programming Using C Lab

1 2 50 35 10 5

9 Workshop Practice Lab–I 2 4 50 35 10 5

Board of Studies: Polytechnic

1. Mr. Ashwini Kumar, Chairperson Asst. Professor, M.Tech, PhD(P) IIT(ISM), Dhanbad ________________________________ (Signature)


COMMUNICATION SKILLS IN ENGLISH - ll

Total Lectures Required – 45 Total Tutorials Required - 9

Begin Date – 21/2/2018 End Date – 15/6/2018

Objectives: To introduce the students to understand the concept of communications and the various use communicative skills. Its focus is to enhance and develop the communicative knowledge and the soft skills of the students to become a better person for the society.

Learning Outcome: What students are expected to learn at the end of the course?

Learn the different forms & type of communications.

Learn the writing formats of formal communications

MODULE 1 INTRODUCTION TO COMMUNICATION 10 Lectures

TOPICS

1 Why learn Communication, Objective & Learning Outcome 1

2 Definition, Communication cycle/ process 2

3 The elements of communication: sender – message – channel – Receiver – Feedback & context

2

4 Definition of communication process 2

5 Stages in the process: defining the context, knowing the audience, designing the message, encoding, selecting proper channels, transmitting, & receiving, decoding & giving feedback.

3

MODULE 2 TYPE OF COMMUNICATION 6 Lectures

TOPICS

1 Formal – Informal 2

2 Verbal – Nonverbal 2

3 Vertical-Horizontal-Diagonal 2

MODULE 3 PRINCIPALS OF EFFECTIVE COMMUNICATION 8 Lectures

TOPICS

1 Definition of effective communication 2

2 Communication barriers & how to overcome them 2

3 Developing effective messages: Thinking about purpose, knowing the audience, structuring the message, selecting proper channels

2

4 Developing effective messages: Minimizing barriers & Facilitating feedback 2


MODULE 4 NONVERBAL – GRAPHIC COMMUNICATION 6 Lectures

TOPICS

1 Non-verbal codes: A- Kinesecs , B – Proxemics , C – Haptics, D- Vocalics, E- Physical appearance, F- Chronemics, G- Artifacts

2

2 Aspects of body language Interpreting visuals & Illustrating with visuals like tables, charts & graphs

4

MODULE 5 FORMAL WRITING SKILLS 15 Lectures

TOPICS

1 Office Drafting: Circular, Notice and Memo 3

2 Job Application with Resume 3

3 Business correspondence: Enquiry, Order letter, Complaint letter and Adjustment letter

3

4 Report writing: Accident report , fall in production, Progress/Investigative 3

5 Defining & describing objects & giving Instruction 3


ENGINEERING MATHEMATICS 2



Objectives: To introduce students to the mathematics models are used to understand predict and optimized Engineering systems, many of these systems are deterministic and analyzed using Probability and statistics.


Apply concept of limit and method of finding limit.

Determine derivatives of functions involving two variables

Apply the concepts of differentiation in physics & engineering courses

Evaluate the integrals of functions of two variables

Apply the concepts of definite integrals & its application over a region

Solve the ODE of first degree, first order in engineering field

MODULE 1 INTRODUCTION TO CALCULUS (LIMIT) 8 Lectures

TOPICS

1 Introduction of calculus 1

2 Constants and variables. Definition of function. Types of functions: Explicit and implicit function, odd and even functions-2

2

3 Concept of .Definition of limit of a function. Indeterminate forms. Evaluation of limit of functions by factorization, rationalization. Algebraic limit

2

4 Statement of

where n is any rational number. Proof of

where is in radian. Related problems.

3

MODULE 2 DIFFERENTIAL CALCULUC (CALCULUS) 9 Lectures

TOPICS

1 Definition of increment & increment ratio. Definition of derivative of a function. Derivatives of functions of , , & with respect to ‘x’ from first principle method

2

2 Rules of differentiation: Sum, product, quotient rule & problems on rules 2

3 Derivatives of function of a function (Chain rule) & problems. Inverse trigonometric functions & their derivatives. Implicit functions, Parametric functions & problems.

3

4 Logarithmic differentiation of functions of the type , where u & v are functions of x. Problems. Successive differentiation up to second order & problems on all the above types of functions

2

.


MODULE 3 APPLICATION OF DIFFERENTIATION 8 Lectures

TOPICS

1 Geometrical meaning of derivative. Derivative as slope. Equations of tangent & normal to the curve y = f(x) at a given point- (statement only)

2

2 Derivative as a rate measure i.e.to find the rate of change of displacement, velocity, radius, area, volume using differentiation

2

3 Definition of increasing & decreasing function 2

4 Maxima & minima of a function 2

MODULE 4 INTEGRAL CALCULUS, DEFINITE INTEGRAL & ITS APPLICATIONS 12 Lectures

TOPICS

1 Definition of Integration. List of standard integrals. Rules of integration (only statement)problems.-1

1

2 Integration by substitution method. Problems. 2

3 Standard integrals 2

4 Integration by parts 1

5 definite integration & problems 2

6 Area, volume, centers of gravity & moment of inertia by integration method. Simple problems

4

MODULE 5 DIFFERENTIAL EQUATION 8 Lectures

TOPICS

1 Definition, example, order & degree of differential equation with examples 2

2 Formation of differential equation by eliminating arbitrary constants up to second order.

2

3 Solution of O. D. E of first degree & first order by variable separable method 2

4 Linear differential equations & its solution using integrating factor. 2


BASIC OF ELECTRICAL & ELECTRONICS ENGG



Objectives: To expose to the field of electrical &electronics engineering, and to acquire the fundamental knowledge in the field


Understand the basic terminology/definitions of electrical & electronics engineering

Apply the knowledge of theorems/laws to analyze the simple circuits.

Use the principles of electromagnetic induction in electrical applications

Construct & analyze simple AC circuits

Select the electrical machines for different applications

Prepare for next-level learning in design aspects

MODULE 1 BASICS OF ELECTRICITY 10 Lectures

TOPICS

1 Overview of electrical & electronics engineering field 1

2 Terminology & Definitions: Current, EMF/voltage/electric potential, potential difference, resistance & conductance, components & circuit.

2

3 Ohm's law: Statement, specific resistance, limitations, resistors in parallel & series & their combinations. Simple problems

2

4 Kirchhoff’s laws: Statements of current & voltage laws & simple problems 2

5 Power & Energy: Definitions, units & simple problems. 1

6 Cells: Definition, classification (primary & secondary), comparison with xamples, features of Lead Acid Battery, Lithium Ion & Nickel Metal Hydride, analyze series & parallel combination of cells,& list the precautions to be taken in battery maintenance.

2

MODULE 2 ELECTROSTATISTIC AND ELECTROMAGNETIC INDUCTION 10 Lectures

TOPICS

1 Definitions: Charge, electric field, electric flux, flux density & field strength. Coulomb's law: Statement & illustration with simple problems

3

2 Capacitor: Definition of capacitor & capacitance, dielectric strength, absolute permittivity, relative permittivity, working principle, equation of capacitance, analysis of series & parallel combination of capacitors with simple problems. Charging & discharging (with equations) & the concept of time-constant & capacitive reactance.

3

3 Electromagnetic Laws: Statements of Faraday's & Lenz's laws. Definitions: Flux, self-inductance, mutual inductance.

2

4 Inductors: Energy stored in an inductor-equation, analysis of inductance in series & parallel, co-efficient of coupling, simple problems, inductive reactance & definition of quality factor

2


MODULE 3 AC CIRCUITS 8 Lectures

TOPICS

1 DC & AC: Definition and comparison. Sinusoidal Wave/signal: Amplitude, peak value, cycle, frequency, time period & phase & half-sine wave. Definitions: Phase difference, leading & lagging phase angles, RMS, average value, form factor, and peak factor. Simple problems. RLC

4

2 Circuits: Current & voltages in a pure R, L and C circuit with phasor diagrams. Analysis of RL, RC & RLC series circuits-voltage, currents, impedance, phasor diagrams. Simple problems

4

MODULE 4 ELECTRICAL MACHINES 8 Lectures

TOPICS

1 Classification: Static & dynamic (rotary) machines, examples. Transformer: Definition, study of principle of operation of transformer, derivation of EMF equation, turns ratio, voltage transformation ratio, step-up & step-down transformers, losses, efficiency, regulation, & simple problems

3

2 Classification Transformers: Based on cores, frequency, power and application, & their features

2

3 DC machines: Principle of operation & features of DC motors & generators 1

4 AC machines: Features of AC motors & alternators 2

MODULE 5 PASSIVE COMPONENTS 4 Lectures

TOPICS

1 Definition: Passive & active components. Resistors: Specification of resistors. Classification of resistors based on construction & their features, features & examples of fixed & variable resistors, features of linear & logarithmic potentiometers, & principle of operation, applications of LDR, VDR and thermistor

2

2 Capacitors: Specifications of capacitors 1

3 Inductors: Specifications of inductors. 1


ENGINEERING GRAPHICS-II

Total Lectures Required –40 Total Tutorials Required - 08


Objectives: The ability to read drawing is the most important requirement of all technical people in engineering profession. The potentialities of drawing as an engineer’s language may be made use of, as a tool for imparting knowledge and providing information on various aspects of engineering.

Learning Outcome: Knowledge on the fundamentals of Engineering drawing; ability to develop and/or comprehend a simple

engineering drawing in both First & Third angle orthographic projections, international standards in engineering drawing practice & engineering graphics. A fundamental knowledge on computer aided graphics. Ability of freehand sketching. Developing cognitive & psychomotor skills; visualization of images & their dimensions.

MODULE 1 SECTIONAL VIEW & MISSING VIEWS 6 Lectures

TOPICS

1 Introduction of Engineering Drawing 1

2 Types of Section-Conversion of pictorial view in to sectional orthographic view(first Angle Projection method only)

2

3 Draw missing view from the given orthographic views simple components (First Angle Projection Method only)

3

MODULE 2 PROJECTIONS OF SOLIDS 10 Lectures

TOPICS

1 Projections of Prism 2

2 Projections of Pyramid 2

3 Projections of cone 1

4 Projections of cylinder 1

5 Projections of Tetrahedron 2

6 Projections of cube 2

MODULE 3 SECTIONS OF SOLIDS 10 Lectures

TOPICS

1 Prism 2

2 Pyramid 2

3 Cone 2

4 Cylinder 2

5 Tetrahedron Resting on their base on horizontal Plane Axis Parallel to both the reference plane Resting on their base on HP Section plane inclined to one reference plane and perpendicular to other

2


MODULE 4 DEVELOPMENT OF SURFACES 8 Lectures

TOPICS

1 cube 1

2 prism 1

3 cylinder 1

4 pyramids 1

5 cone 1

6 applications such as tray , funnel, Chimney, pipe bends 3

MODULE 5 INTERSECTION OF SURFACES 8 Lectures

TOPICS

1 Introduction 2

2 Intersection of Cylinder & cylinder 2

3 Intersection of cone and cone 2

4 Intersection of cone and cylinder 2


FUNDAMENTALS OF PROGRAMMING USING C

Total Lectures Required –40 Total Tutorials Required - 8


Objectives: C is one of the most basic programming languages. It introduce to some of the key concepts like looping, function calls. It’s easier to build up on programming skills once familiar with C. This subject knowledge will be extremely valuable to anyone interested in software development.

Learning Outcome:

After the course student is able to write programs in the C language at least on the same level as with the first learned programming language. Student is thus able to write a program that uses command-line arguments, files, different data structure, pointers and other features available in the language.

MODULE 1 INTRODUCTON TO C 7 Lectures

TOPICS

1 History of C, Importance of C, Basic structure of C programming, Programming Style, Executing a C Program

2

2 Introduction to Constant, Variables & Data type, Assigning Values to Variables, Declaration of variables

2

3 Introduction to operators & Expressions 1

4 Precedence of Arithmetic operators, Type Conversion in Expressions, Operator Precedence and Associativity

2

MODULE 2 DECISION MAKING , BRANCHING AND LOOP 7 Lectures

TOPICS

1 Introduction to Decision Making and Branching 1

2 Decision Making with If statement, if…else Statement, Nested If 2

3 The Switch statement, Goto Statement 2

4 looping: While, Do While and for 2

MODULE 3 ARRAY 10 Lectures

TOPICS

1 Arrays: introduction, one-dimensional array, two-dimensional array, initializing two-dimensional Arrays

3

2 Arrays: Programs on 2-D array 2

3 arrays Using Strings: initializing, Reading and writing strings 2

4 Putting Strings together, Comparison of two strings 3


MODULE 4 FUNCTION AND POINTERS 10 Lectures

TOPICS

1 User-Define function introduction, function call, Declaration, Definition, return value

2

2 nested functioning, Recursion, passing Array to function 3

3 Introduction to pointers, Declaration, Initialization 2

4 Pointer Expression, Pointer increments, Pointers & array, Pointer & character String

3

MODULE 5 FILE MANAGEMENT IN C 6 Lectures

TOPICS

1 Introduction, Defining & operating file, closing a file & input/output operation 3

2 Random Access to File and different file mode 3

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Estd. Under Jharkhand State Private University Act Polytechnic Syllabus...Under Jharkhand State Private University Act Detail Syllabus of Polytechnic 2nd Semester w.e.f - 2017-18 Version