SAURASHTRA UNIVERSITY
SYLLABUS OF B.E.(CIVIL)
LUKHDHIRJI ENGINEERING COLLEGE-MORBI
SYLLABUS OF B.E. (CIVIL)
SAURASHTRA UNIVERSITY
TEACHING AND EXAMINATION SCHEME OF
B.E. FIRST YEAR (ALL)
Subject Name
Of
The Teaching scheme
code
Subject
Theor- Pract Total
NO.
y
101
102
103
104
105
106
107
108
109
Communication
skills
Mathematics
Engineering Drawing
Engineering
Mechanics
Fundamentals
of
Civil Engineering
Fundamentals
of
Electrical
engineering
Elements
of
Mechanical
Engineering
Science
Modern
workshop
practice
TOTAL
2
-
2
Examination scheme
Theory
Pract Term
work
Hou- Marks
rs
2
50
25
-
3
3
2
4
1
3
7
3
4
4
3
100
100
100
-
100
25
100
200
125
2
2
4
3
100
-
50
150
2
1
3
3
100
-
50
150
2
1
3
3
100
-
50
150
2
0
1
4
3
4
3
0
100
0
-
25
50
125
50
18
14
32
750
25
350
1125
Term
work
Total
Marks
25
25
-
100
125
125
100
25
25
100
150
150
750
B.E. SEM III (CIVIL)
Subject Name
Of
The Teaching scheme
code
Subject
Theor- Pract Total
NO.
y
C-301
C-302
C-303
C-304
C-305
C-306
Mathematics-II
Strength of material
Theory of structures
Engineering
Materials
Surveying-II
Engineering Geology
TOTAL
B.E.(CIVIL) DEGREE COURSE
4
4
4
4
2
2
-
4
6
6
4
Examination scheme
Theory
Pract
Hou- Marks
rs
3
100
3
100
3
100
3
100
-
3
3
22
4
2
10
7
5
32
3
3
-
100
100
600
25
25
50
Total
Marks
75
B.E. SEM IV (CIVIL)
Subject Name
Of
The Teaching scheme
code
Subject
Theor- Pract Total
NO.
y
C-401
C-402
C-403
C-404
C-405
C-406
Structural Analysis-I
Soil Mechanics
Building construction
Computer
Programming
&
Numerical Analysis
Fluid mechanics_I
Transportation
Engineering-I
TOTAL
4
4
3
3
2
2
2
2
6
6
5
5
Examination scheme
Theory
Pract
Hou- Marks
rs
3
100
3
100
25
3
100
3
100
-
4
4
2
-
6
4
3
3
100
100
-
25
-
125
100
22
10
32
-
600
25
125
750
B.E. SEM V (CIVIL)
Subject Name
Of
The Teaching scheme
code
Subject
Theor- Pract Total
NO.
y
C-501
C-502
C-503
C-504
C-505
Design
Of
Structures-I
Advanced
construction
Fluid Mechanics-II
Town Planning &
Architecture
Transportation
Engineering-II
TOTAL
C-604
C-605
C-606
Structural Analysis-II
Applied Geology
Advanced Hydraulics
and Water Resources
Environmental
Engineering –I
Transportation
Engineering-III
Advanced Surveying
TOTAL
Total
Marks
25
25
25
25
125
150
125
125
4
4
8
Examination scheme
Theory
Pract Term
work
Hou- Marks
rs
4
100
25
25
4
2
6
3
100
-
25
125
3
4
2
4
5
8
3
3
100
100
25
25
25
50
150
175
3
2
5
3
100
25
25
150
18
14
32
-
500
100
150
750
Term
work
Total
Marks
25
25
25
125
75
150
B.E. SEM VI(CIVIL)
Subject Name
Of
The Teaching scheme
code
Subject
Theor- Pract Total
NO.
y
C-601
C-602
C-603
Term
work
Total
Marks
150
4
2
4
2
2
2
6
4
6
Examination scheme
Theory
Pract
Hou- Marks
rs
4
100
2
50
3
100
25
4
2
6
3
100
25
25
150
4
0
4
3
100
-
-
100
4
22
2
10
6
32
3
-
100
550
25
75
25
125
150
750
B.E. SEM VII (CIVIL)
Subject Name
Of
The Teaching scheme
code
Subject
Theor- Pract Total
NO.
y
C-701
C-702
C-703
C-704
C-705
C-706
Concrete Technology
Irrigation
Engineering
Prestressed Concrete
Environmental
Engineering-II
Professional Practice
and valuation
Civil
Engineering
Project-I
TOTAL
4
3
2
-
6
3
Examination scheme
Theory
Pract
Hou- Marks
rs
3
100
50
3
100
-
3
4
1
1
4
5
3
3
100
100
25
-
25
25
150
125
4
4
8
4
100
50
50
200
0
6
6
-
-
50
100
150
18
14
32
-
500
175
225
900
B.E. SEM VIII (CIVIL)
Subject Name
Of
The Teaching scheme
code
Subject
Theor- Pract Total
NO.
y
C-801
C-802
C-803
C-804
C-805
Design of structuresII
Foundation
Engineering
Design of Hydraulic
Structures
Construction
and
works management
Civil
Engineering
Project-II
TOTAL
Term
work
Total
Marks
25
-
175
100
4
8
12
Examination scheme
Theory
Pract Term
work
Hou- Marks
rs
6
100
50
50
3
2
5
3
100
25
25
150
4
2
6
3
100
25
50
175
4
0
4
3
100
-
-
100
1
4
5
-
-
75
100
175
16
16
32
-
400
175
225
800
Total
Marks
200
B.E. FIRST YEAR
SUBJECT :101 - COMMUNICATION SKILLS
__________________________________________________________________________
Teaching Scheme :
Examination Scheme :
Theory : 2 Hours/Week
Theory : 50 Marks
Viva : 25 Marks
________________
Total
: 75 Marks
__________________________________________________________________________
(1)INTRODUCTION :- Importance of language and communication skills in the engineering
profession.
(2)SPOKEN AND CONVERSATIONAL ENGLISH :- Main features, Agreements,
Disagreements, Likes, Dislikes, and enquiries, debate and discussion.
(3)BASIC SENTENCE PATTERN IN ENGLISH :- Agreement between subject and verbs,
proper use of pronouns, adjectives and adverb, proper use of phrases and clauses, some basic
rule of compositions.
(4)CONCEPTS OF REGISTER :- Development of vocabulary, reference skills, dictionary
treasure, indexing, contents, glossary, reading of selected texts and discussion, vocabulary
building tasks.
(5)NOTE TAKING :- Note making linkage, development of paragraphs, coherence and style.
(6)COMMERCIAL CORRESPONDENCE : technical reports writing precis writing and public
speech writing.
(A)Letter of Inquiry.
(B)Letter of Offer.
(C)Letter of Order.
(D)Letter of Complaint.
(E)Letter of Adjustment.
(F)Technical Report writing.
(G)Sales Letters.
(H)Public Speech Writing.
(I)Precis Writing.
(J)Circular Letters.
Reference Books :
(1) English Conversion Practice _ By Grant Taylor
(2) Good English – By G.H. Valiance
(3) A Text book of Report writing and Business English -By P.P. Mehta
B.E. FIRST YEAR
SUBJECT :102 MATHEMATICS – 1
_______________________________________________________________________
Teaching Scheme :
Examination Scheme :
Theory : 3 Hours/Week
Theory : 100 Marks
________________
Total
: 100 Marks
________________________________________________________________________
(A)
REDUCTION FORMULAE: Sin0X, Cos0 X, and Sin0X.Cos0X. tan0 X and
definite integrals based on above results, problems based on above results.
(B)
APPLICATIONS OF INTEGRATIONS:- Area volume of revolution, length of are,
surface area of revolution and C.R. of the area in Cartesian, polar and parametric Co-ordinates.
(C)MATRICS:- Fundamental concepts operations associated matrics, Elementary,
Transformation. Rank of a matrix. Normal from of a matrix, Linear equations, Consistency of
system of Linear equations and its solution. Characteristic. Equations and its solution.
Characteristic equation and characteristic roots. Cavley-Hamilton theorem.
(D)COMPLEX NOS:- Real and imaginary part Demoivre’s Theorem and its uses,
Hyperbolic and inverse hyperbolic functions real and imaginary parts loc of complex nos.
(E)APPLICATION OF DIFFERENTIATION.
(1)
Successive differentiation:- Leibmts’s rule and formation of differential equation and
their nth derivatives.
(2)Expansions of functions using Taylor’s and Maclaurin’s theorem and problems of
approximations.
(3)Limits of Indeterminate forms including uses of expansions.
(F)
(1)
Tangents and Normals in parametric curtesial and polar
co-ordinates including pedal Eq. In polar form.
(2)Sub tangents and subnormals of standard curves.
(3)Maxima and minima of one variable.
(G)
(1)
Radius of curvature in Cartesian, polar and parametric co-ordinates
Radius of curvature at origin using Newton’s and expansion method.
(2)
Convergence of infinite series:Comparison Test, Rate Test, Root Test for convergence and convergence of alternating series
using above Tests.
Reference Books :
(1) Engg. Mathematics By Dr. K.R.Kachot
(2) Elementary Engg. Mathematics By B.S. Grewal
(3) Engg. Mathematics By G.V.Kumbhojkar
B.E. FIRST YEAR
SUBJECT :103-ENGINEERING DRAWING
___________________________________________________________________________
Teaching Scheme :
Examination Scheme :
Theory : 3 Hours/Week
Theory
: 50 Marks
Practical : 4 Hours/Week
Termworkm : 100 Marks
________________
Part I & II : 3 Hours/Week
Total
:150 Marks
Part : III 1 Hours/week
___________________________________________________________________________
PART – I MACHINE DRAWING ( Part I and II 60 Marks)
(1)PRINCIPLE OF PROJECTION, Orthographic Projection, type of sections (Full, Half,
Offset, Broken Removed, and Revolved, Sectional view, (First and third angle projection
method).
(2)INTERPRETATION OF ORTHOGRAPHIC VIEWS (Missing Views).
(3)ISOMETRIC PROJECTIONS AND DRAWINGS.
(4)FASTENING:- Freehand Sketches of screw threads, different types of bolts and nuts,
Locking of nuts, Keys, Couplings, Riveted and Welded joints, foundation bolts, cotter and
knuckle joint.
PART – II PLANE & SOLID GEOMETRY
(1)PLANE GEOMETRY:Introduction of Engg. Drg, BIS Code of Practice, Type of lines and Dimensioning..
Representative fraction, Plain Scale, Diagonal scale, Vernier scale and chords, Loci of points in
Simple Moving Mechanisms. Curves used in Engineering Practice Such as Ellipse Parabola
and Hyperbola, Involute, Cycloidal Curves, and Sprial
(2)SOLID GEOMETRY:(A)Projection of points, Lines and Planes.
(B) Projection of Solids and Section of Solids.
(C)Development of Surfaces.
TERM WORK PART – I & IISHEET SIZE A2
1.One Sheet on Engineering curves.
2.One Sheet on Loci of points.
3.One Sheet on Lines & Planes.
4.One Sheet on Solids & Section of solids.
5.One Sheet on development of Surface.
6.One Sheet on Isometric Projection & Drawing.
7.One Sheet on Orthographic Projection.
8.One Sheet on Section Views.
9.One Sheet on Missing Views.
10.One Sheet on Freehand sketches of fastenings.
TERM WORK
The laboratory work will be based on the above syllabus. Each students shall submit the
term work in the from of Drg, Sheet in the laboratory. Assessment of term work shall be
carried out by asking questions on each experiment / term work complete by the students and
the total marks of the term work shall be the cumulative total of the marks given for each
experiment / term work on the continuous assessment basis.
PART III BUILDING DRAWING ( 40 Marks)
BASIC CONCEPTS:- Drawing building plans, Elevations and section (IS-Code)Type of
Drawing Line Plan. Working Drawing and detailing standard method of drawing Doors,
Ventilators, Chhajja, Beams, Columns, etc.
Note :- Drawing Sheet No.1 on detailed in the term-work(Part-III)
(1)FUNCTIONAL PLANNING:- (a) Planning of small Residential Buildings (b) Area and site
of Different Compartments of Residential Building
Ref:- Minimum standard as per I.S. Code (c) Climatic consideration for planning of residential
buildings.
(2)PREPARING SKETCHES FOR BUILDING COMPONENTS:- Types of Doors, Windows,
Upper Floors and simple Foundations.
TERM – WORK – PART-III (DRAWING SHEET SIZE A2) Separate Binding
One drawing sheet of a simple Building Size of Sheet-A2
Sketch book having sketches, one for each type of Building components with reference to
above Term-work
Shall be prepared by Each Students strictly within four wall of
college drawing hall. Assessment of term work Shall be carry Part-III out by asking Question
on each Experiment / Term-work completed by the student and the total mark of the term-work
shall be cumulative total of the mark given for each experiment/Term – work on continuous
assessment basis.
Reference Books :
(1) Elementary Engineering Drawing – By N.D. Bhatt
(2) Machine Drawing – By N.D.Bhatt
(3) Engg. Drawing Vol-I and II - By P.J.Shah
(4) Building Drawing – By Shah Kale and Patki
(5) Civil Engineering Drawing and House Planning – By B.P.Varrma
B.E. FIRST YEAR
SUBJECT :104: ENGINEERING MECHANICS
__________________________________________________________________________
Teaching Scheme :
Examination Scheme :
Theory : 2 Hours/Week
Theory
: 100 Marks
Practical : 1 Hours/Week
Term Work : 25 Marks
_______________________
Total
: 125 Marks
__________________________________________________________________________
STATICS
(1)INTRODUCTION : Mechanics, Basic concepts, scalars and vectors. Newton’s Laws, Unit,
Law of gravitation, accuracy Limited and approximations.
(2)STATICS OF PARTICLES : Introduction, Force, Resultant of forces, Resolution of Forces,
Rectangular components, Equilibrium of particle.
(3)STATICS OF RIGID BODY : Introduction, Force Action on a rigid body, Principles of
system of forces acting on a body. Equilibrium of rigid body.
(4)BEAMS: Types of beams, Loading and Supports, Reaction of Statically determinate beam
including compound beams.
(5)DISTRIBUTED FORCES : Introduction, Centre of mass, Centroids of line area and
volumes, Composite bodies and figures. Theorems of Pappus.
(6)STRUCTURES : Introduction, Plane trusses. Method of Joints, Method of section,
Graphical: method, Frames.
(7)FRICTION : Introduction, Frictional phenomena types of friction. Dry friction, Mechanism
of friction, Application of friction in machine. Vedges, Screws, Flexible belts. Rolling
resistance, ladder friction.
(8)MOMENT OF INTERTIA: Introduction, Rectangular and polar moment of inertia, mass
moment of inertia. Radius of gyration, Transfer of axis, composite and masses.
DYNAMICS
(9)SIMPLE LIFTING MACHINES : Load, Effect, Mechanical advantage, Velocity ration,
Efficiency, frictional loss in load and effort, law of machine, Maximum efficiency, Self locking
and reversible machine , Screw jack, Wheel and differential axle, Grade machines, Pulley
block
(10)KINEMATICS OF PARTICLES: Introduction, type of motion and expressions,
Rectilinear and curvilinear motion, Cartesian co-ordinate systems and radial tangential system,
Relative motion, Dependent motion.
(11)KINEMATICS OF RIGID BODIES: Introduction, type of motion, plane motion, Rotating
Rotation axis, Instantaneous centre of rotation.
(12)KINETICS OF PARTICLES AND SYSTEMS OF PARTICLES: Introduction, Mass force,
Equation of motion, Work Energy, Impulse, Momentum, Conservation of energy, Collision of
elastic bodies, Laws of motion, D’Alembert’s principle.
(13)KINETICS OF RIGID BODIES: Introduction, Inertial properties and D’Alembert’s
principle, Work Energy, Impulse, Momentum, Angular momentum, Momentum and energy,
General plane motion, Rotation about a point.
Note:- Laboratory Course shall be based on above course, A journal of the report of the
laboratory work shall be submitted as term work. In including graphic solutions, should be in
the term work.
Assessment of term work shall be carried out by asking questions on each experiment
work completed by the student and the total marks of the term work shall be cumulative total
of marks given for each experiment term work on the coetaneous assessment basis.
Refrence Books :
(1)Mechanics for Engineers Statics and Dynamics – By Beer and Jhonston
(2) Engineering Mechanics Statics and Dynamics – By Meriam and Jhon Wiley
(3) Engineering Mechanics – By S. Ramamurtham
B.E. FIRST YEAR
SUBJECT :105, FUNDAMENTAL OF CIVIL ENGINEERING
__________________________________________________________________________
Teaching Scheme :
Examination Scheme :
Theory : 2 Hours/Week
Theory
: 100 Marks
Practical : 2 Hours/Week
Term Work : 50 Marks
_______________________
Total
: 150 Marks
___________________________________________________________________________
(1)INTRODUCTION TO CIVIL ENGINEERING
Introduction, Various branches and their scope, Role of Civil Engineering in society and in
industry Future scenario.
(2)ELEMENTARY BUILDING CONSTRUCTION
Introduction requirements of urban and rural residential, commercial and public building
buildings. Use of local materials Types of loads on structures. Load bearing and framed
structures.
(3)BUILDING MATERIALS
Types of construction materials, properties of materials, selection of materials. Aesthetic
materials. POP, Rubber, Plastic, PVC, Varnishes and miscellaneous materials.
(4)CONSTRUCTION OF BUILDING COMPONENTS
Introduction to building components Foundation of wall and RCC columns, need of machine
foundations, supper structure, brickwork for walls, RCC floors, types of flooring, types of
roofs and roof trusses.
(5)ENVIRONMENTAL STUDIES
Ecology and biosphere, ecosystem components and interplay; Eltonian pyramid; Ecological
balance; human life style and various human actives interfering with ecological balance; long
term human welfare and ecological balance.
(6)RENEWABLE AND NON RENEWABLE SOURCES OF ENERGY :
Importance and limitation of resource use; future projections; global environmental problems,
acid rain, green house effect, depletion of ozone layer, human population and predicament.
(7)SURVEYING
Introduction to surveying and leveling; plane and geodetic surveys; fundamental principles of
surveying; control points. Plan and diagonal scales; different methods for measurement of area
and volume. Planimeter.
(8) CLASSIFICATION OF SURVEYS AND SURVEYING METHODS :
Common surveying instruments and their components; introduction to errors and error
propagation, introduction to vernier theodolite.
(9)LINEAR MEASURMENTS
Chains, tapes; Conventional symbols; Chain surveying; Instruments used in Chaining ;
methods; Ranging; Obstacles; Accuracy, introduction to errors, correction.
(10)DIRECTIONS AND BEARINGS:
Type and uses of compass. Meridians, bearings, angles – WCB, RB; Declination and dip of
needle; Local attraction; Computation of angles; Introduction to errors; Angular (horizontal)
measurements
(11)ELEVATION MEASURMENTS :
Leveling instruments Various types and uses, temporary adjustment; Principals of permanent
adjustment, methods of leveling; Recording of level book and methods of reducing contours,
characteristics and applications, areas and volumes; practical application of reducing contours,
application of plannimeters.
(12)INTRODUCTION TO MODERN DEVELOPMENT IN SURVEYING
Introduction to electronics measuring devices, Remote Sensing Principles and applications.
Practical and Term Work shall be based on the above syllabus
Reference Books :
(1) Surveying Vol-I By Dr. B.C.Punamia
(2) Building Construction By Dr. B. C. Punamia
(3) Environmental Engineering By Baljeet Kapoor
(4) Elements of Civil Engineering By Dr. M.B. Gohel and Dr. J.N.Patel
B.E. FIRST YEAR
SUBJECT 106 FUNDAMENTALS OF ELECTRICAL ENGINEERING
___________________________________________________________________________
Teaching Scheme :
Examination Scheme :
Theory : 2 Hours/Week
Theory
: 100 Marks
Practical : 1 Hours/Week
Term Work : 50 Marks
_______________________
Total
: 150 Marks
___________________________________________________________________________
(1)D.C. CIRCUITS & NETWORK ANALYSIS :
Basic concept of Resistance including temperature effect. Solution of resistive network using
Series. Parallel, Kirchhoffs laws, Mesh current analysis. Superposition. Norton and Thevenin’s
theorem, star-delta transformation.
(2)WORK, POWER AND ENERGY :
Heating effect of electrical current, joule’s law of electrical heating Thermal efficiency, general
formula, electric power, electric energy, Practical applications and Problems.
(3)ELECTROSTATICS AND CAPACITORS :
Review of coulomb’s law, permittivity, electric flux density, electric field intensity. Concept of
dielectric strength & potential gradient. Capacitor capacitance, type of capacitors, charging and
discharging of capacitors and energy stored in capacitor.
(4)ELECTROMAGNETICS :
Definitions, Magnetic circuits and its analysis. Analogy between electrical and magnetic
circuits. Force on current carrying conductor in magnetic field. Force between two current
carrying conductors. Electromagnetic induction faraday’s laws. Induced emf. Concept of
inductance. Coupled circuits. Energy stored in magnetic field. Rise and decay of current in
inductive circuit. B-H curve. Magnetic hysteresis. Hysteresis loss.
(5)A.C. FUNDAMENTAL :
Definitions, Generation of alternating emf. RMS and average value peak factor, From factor
Phase and phase difference. Vector representation of alternating quantity. Mathematical
representation of phases.
(6)A. C. CIRCUITS :
Purely resistive, inductive and capacitive circuits, R-L, R-C, R-L-C series circuit, Resonance in
series circuit. Parallel A.C. circuits solution. Resonance in parallel circuits Q-factor.
(7)THREE PHASE CICUITS :
Generation of three-phase emf. Phase sequence. 3-phase star & data connected circuits Voltage
& current relations. Advantages of 3-phase supply system. Power & power factor measurement
in 3-phase circuit.
(8)BASIC ELECTRONICS :
Review of semiconductor and P-N junction diode. Rectifier and Filter circuits. Calculation of
riple factor. Regulation and efficiency of rectifier some special purpose diodes such as
photodiode. LED, Varactor diode, tunnel diode. Review of Transistor. Biasing of Transistor
CE, CB, CC configurations. Transistor as an amplifier. Emitter follower circuits.
(9)INTEGRATED CICUITS :
Logic gates, Linear and digital IC introduction.
(10)ELECTRICAL MEASUREMENT :
Introduction and applications Measuring instruments : Ammeter, Voltmeter, Wattmeter,
Energy meter, Multi meter, Megger, Frequency, meter, CRO.
Reference Books :
(1) Basic Electrical Engineering Vol. I By B.L.Theraja
(2) Elements of Electronics and Electrical Engineering By U.A.Patel & R. P.
Ajawalia
(3)Electronics Principles - By S.K. Sahdev
(4)Basic Electrical Engineering – By V.N. Mittal
B.E. FIRST YEAR
SUBJECT 107 – ELEMENTS OF MECHANICAL ENGINEERING
__________________________________________________________________________
Teaching Scheme :
Examination Scheme :
Theory : 2 Hours/Week
Theory
: 100 Marks
Practical : 1 Hours/Week
Term Work : 50 Marks
_______________________
Total
: 150 Marks
_________________________________________________________________________
(1)Units of mechanical quantities used Thermodynamics.
(2)First Law of Thermodynamics, Second Law of Thermodynamics.
(3)Different Forms of energy, general energy equation – Edition for flow & nonflow process
Laws of perfect gas
(4)Thermodynamic processes, heat exchange, work done and change in internal energy during
isothermal isochoric, isobaric, & isentropic processes, as applied to open and closed systems.
(5)Properties of steam, Change in properties during constant volume, constant pressure,
adiabatic & throttling processes, entropy of steam.
(6)Study of steam boilers, fire tube water tube boilers, its accessories and mountings, Boiler
performance actual evaporation equivalent evaporation efficiency power of boiler
(7) HEATING ENGINES:-Thermal prime movers and source of energy. Heat engines and their
classifications, working substances, Converting Machines, Essential elements of heat engines,
working of steam engines. The carnot cycle, Otto cycle, Diesel cycle.
(8)INTERNAL COMBUSTION ENGINES : Two stroke and four stroke cycles, working of
two stroke and four stroke petrol and diesel engines and their main components.
Performance of I.C. Engines brake power indicated power mechanical efficiency brake and
indicated thermal efficiency.
(9)SPEED CONTROL Introduction, Governors, Steam engines governing, I.C. engine
governing, Flywheel.
(10)PUMPS introduction - Reciprocating Pumps - Type of Reciprocating Pumps, work done
by Reciprocating Pumps - Bucket pumps, Centrifugal Pump, Types of Centrifugal pump
Printing Rotary pumps. Air Compressors.
(11)COUPLING CLUTCHES AND BRAKES Introduction, Coupling, Clutches, Brakes,
Difference between brake and clutches.
(12)TRANSMISSION OF MOTION AND POWER Introduction methods of drivers, Rope
Drives - Chain drives, Friction Drives Gear drives and Bearings.
TERM WORK:
The laboratory work will be based on the above syllabus. Each student shall submit the
term work in the form of journal in the laboratory. Assessment of term work shall be carried
out by asking questions on each experiment / term work completed by the students and the
total marks of the term work shall be the cumulative total of the marks given for each
experiment / term work on the continuous assessment basis.
Refrence Books :
(1) Thermal Engineering By P.L.Ballaney
(2) Heat Engines – By N.C.Pandya and C.S. Shah
(3) Elements of Thermal Science – By Gupta Prakash
(4) Thermal Engineering – By R.K.Rajput
B.E. FIRST YEAR
SUBJECT :108 SCIENCE
___________________________________________________________________________
Teaching Scheme :
Examination Scheme :
Theory : 2 Hours/Week
Theory
: 100 Marks
Practical : 1 Hours/Week
Term Work : 25 Marks
_______________________
Total
: 125 Marks
___________________________________________________________________________
Section A. PHYSICS.
(1)GENERAL:- S.I. Units for all Physical quantities.
(2) WAVE PROPAGATION & SOUND:- Wave motion, transverse and longitudinal waves ,
wave speed, wave equation of one dimensional traveling wave intensity and amplitude.
Speed of transverse wave in stretched string , vibrating string, harmonics, standing wave in
vibrating strings. Sonometer. Speed of longitudinal waves in (i) Compressible medium (ii) rod.
Production of beats. Doplar effect resonance (i) resonance tube (ii) Kundt’s tube.
Characteristics of sound, Loudness, Intensity, Intensity level, Decibel scale , Limits of
audibility , Reverberation of sound, Sabine’s Law, Optimal time of Reverberation , Generation
of ultra sonic, Technical and industrial uses of ultra sonic
(3) HEAT:- Heat conduction, Temperature gradient , Thermal Conductivity , measurement of
thermal conductivity:- (i) Searle’s method (ii) Lee’s method (iii) Forbe’s method . Radiation
black body radiator.Radiation laws and radiation pyrometer.
(4). LIGHT AND OPTICS:- Cardinal points. Co-axial lens system (i) cemented (ii) Separated ,
achromatic doublets, Method to reduce spherical aberration , coma, astigmation, Ramsden and
Huygen eye-pieces Newton’s rings.
Double refraction, Nicol prism. Selective absorption of polarimeter and optimal activity.
Circularly and elliptically polarised light quarter wave plate and half wave plate.
(5) ATOMIC PHYSICS:- Structure of atoms orbits of energy , energy released by fission and
fusion , control emission of neutrons
Section B. Chemistry ,
(1) metallurgy and alloys of chromium , manganese , Zink, Nickel , cobalt , Magnesium –
steel.
(2) Extraction of iron, Reaction in the blast furnace , cast iron and steels , physical – chemical
principles involved in Heat Treatments.
(3) General chemistry of fits, saponification, soaps and detergents.
(4)Organic compounds with triple bonds , Acetylene, its properties and importance in
industries.
Adhesive, factors affecting , Binding , classification and selection.
(5) Adsorption , Freundlich equation , catalysis as related to adsorption. Colloidal state,
properties , stability and coagulations of colloidal , processes (Physical and chemical) standard
free energies , standard free energy changes as related to chemical equilibria
(6) Corrosion , types of corrosion , Theories of corrosion, factor affecting corrosion ,
prevention of corrosion by metallic coating , non metallic coating , inhibitors , design , alloying
and cathodic protection.
(7)Polymerization , High polymers , thermoplastic , thermosetting , resins , cast resins , natural
and synthetic rubber , typical plastic materials , properties of high polymers materials as related
to structure and composition , elasticity , flexibility , strength. Dielectric properties , fire
resistance , method of processing of polymer materials , protective coating , paints , their
constituents and their functions , varnishes licquars, enamels, distempers ,.
Refrence Book :
(1) Engineering Physics By Gaur and Gupta
(2)Modern College Physics By Hearvey and E. White
(3) Engineering Chemistry By M. M. Uppal
(4) Engineering Chemistry By Jain and Jain
(5) Engineering Chemistry By O.P.Aggrawal
B.E. FIRST YEAR
SUBJECT :109 MODERN WORK SHOP PRACTICE
____________________________________________________________________________
Teaching Scheme :
Examination Scheme :
Practical : 4 Hours/Week
Term Work : 50 Marks
Part A : 3 Hours/Week
_______________________
Part B : 1 Hours/Week
Total
: 50 Marks
____________________________________________________________________________
MECHANICAL WORKSHOP
(1)CARPENTRY :- Introduction, Structure of wood, classification of wood, seasoning of
wood, Varieties of India timbers, Carpentry tools such as marking and measuring tools, cutting
tools, planning tools, Striking tools and holding tools, construction of joints such as cross lap
joint, mortise tennon joints, Mitre joints.
Demonstration required for skills, technique and equipments necessary for preparation of the
job.
To prepare job.
(2)FITTING :- Introduction, Deferent types of Vices, Hammers, Chisels, Files, Scrapers,
Hacksaw, Marking tools such as Surface plate, V-belt, Angle Plate, center punch try square,
combination sets, vernier Caliper, Micrometer Screw, Twist drillbits, reamers Type of drills,
and reamers taps and dies.
Demonstration for necessary skills, technique and equipments required for preparation of job.
To prepare job.
(3)SMITHY:- Introduction, Heating furnaces, open fire and stock fire forging temperature,
Hand tools and applications, forging processes, press forging working of power press.
Demonstration for necessary skills, techniques and tools used for the preparation of job.
(4)TIN SMITHY:- Introduction, type of soldering, Hard and soft soldering Iron, scissors
(cutter), divider, Soldering procedure, different compositions of solder.
Demonstration for necessary skills, techniques and tools used for the preparation of job.
To preparation of job.
(5)PLUMBING :- Demonstration and use of plumbing tools and various types of pipe fittings.
(6)JOINTING :- Study and demonstration of equipments of Gas and Electric are- welding,
brazing, Soldering.
Each student will prepare the above jobs and journals for the tools processes strictly within
four walls of college workshop to cover above syllabus.
ELECTRICAL WORKSHOP
(1)Study of symbols, Notation used in Electrical / Electronic Circuit & Electrical installation as
per IS.
(2)Types of wires, cables, wiring material, Electrical accessories. Different house wiring
scheme and their comparison. Internal wring scheme e.g. Stair wiring, Godown etc.
(3)Study and demonstration of Domestic Appliances. Electric Iron, Immersion heater,
Electrical Geyser, Electric Fan, Mixer, Washing Machine.
(4)Earthing, Electric Shock & its effect, Preliminary cure & respiration method, Fire Fighting
Equipments.
(5)Illumination and Energy billing; Lamps, discharge lamps, and fluorescent lamp, CFL etc.
Designing of lighting scheme. Energy calculation Problem.
(6)Identification of component and fabrication of electronics circuit.
Refrence Books :
(1) Elements of Workshop Technology volume I : By S.K.Hajara, Chaudhari and Bose
(2) Workshop Technology Vol.I By W.A.J. Chapman
(3) Electric wiring Estimating and Costing By S.L.Uppal
(4)Study of Electric Appliances and Devices By K.B. Bhatia