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Home >> Faculties >> E, EC, IC, IT CE & BM Syllabus

E, EC, IC, IT CE & BM Syllabus

Gujarat University Teaching & Examination Scheme Effective from Academic year 2007 onwards B.E. FIRST YEAR - (E, EC, IC, IT, CE & BM)50
Sr. No.	Subject Title	Teaching Scheme			Examination Scheme
		Th. Hrs	Pr. Hrs.	Tut.	Theory		Practical		T.W. Max	Sess Mark	Total Mark
		Th. Hrs	Pr. Hrs.	Tut.	Hrs.	Max Marks	Hrs	Max Marks	T.W. Max	Sess Mark	Total Mark
HT 101	Mathematics – I	3	-	-	4	100	-	-	-	50	150
HT 102	Communication Skills	0	2	-	-	-	2	25	25	-	50
HT 103	Mechanics of Solids	2	1	-	3	100	2	25	25	50	200
HT 104	Fundamentals of Programming	3	2	-	3	100	2	25	25	50	200
HT 105	Material Science (Electrical & Electronics)	2	-	-	3	100	-	-	-	50	150
HT 106	Engineering Graphics	3	4	-	4	100	2	25	25	50	200
HT 107	Elements of Mechanical Engineering	2	1	-	3	100	2	25	25	50	200
HT 108	Elements of Electrical Engg.	2	1	-	3	100	2	25	25	50	200
HT 109	Modern Workshop Practices	-	2	-	-	-	2	25	25	-	50
	Total	17	13	-	-	700		175	175	350	1400

Th. = Theory hours/week Pr. = Practical hours/week

Tut. = Tutorial hours/week Sess. = Sessional

GUJART UNIVERSITY
B.E. - 1ST Year (E, EC, IC, IT, CE, & BM)
HT 101 Mathematics -I

Subject	Code	Teaching Scheme			Examination Scheme
		Theory	Lab / Pract	Exam	Theory Paper	Theory Marks	Pract/ Oral	TW	Total
Engineering Graphics	HT 101	03	-	Sessional	2 Hrs	50	-	-	150
				University	4 Hrs	100

Course Content :

1. Differential Calculus: Successive Differentiation: Leibnitz Theorem, Taylor's And Maclaurin's Expansions, Indeterminate Forms.

2. Partial Differentiation: Partial and Total Differential Coefficients, euler's Theorem on homogeneous functions, Jacobeans, Errors and Approximations, Maxima and Minima of Functions of two variables, Lagrange's Method of Undetermined Multipliers to Determine Stationary Values.

3. Tracing of Curves: Asymptotes (Parallel to axes and oblique) Tracing of Cartesian, Parametric and Polar Curves.

4. Integral Calculus: Reduction Formulae

5. Multiple Integrals: Introduction to double Integral, evaluation of double integrals in Cartesian and polar co-ordinate systems over a given region. Change in the order of double integration, Transformation of double integrals from Cartesian to Polar co-ordinate system, Evaluation of Triple Integrals. Applications of double integration to Areas, mass in Cartesian and polar co-ordinate systems.

6. Complex Numbers: DeMoivre's Theorem and Its Applications, Exponential function Complex Variables. Circular & Hyperbolic functions of complex variables, relations between them. Inverse Hyperbolic functions and Logarithmic functions of complex variables.

7. Infinite Series: Definition of convergence & divergence of an infinite series, Comparison Test, Cauchey's Integral Test, Zero Test, p-series test, Ration Test & Root Test. Leibnitz's Rule for alternating series, Power Series, Range of Convergence, Uniform Convergence.

8. Matrix Algebra: Elementary row & column operations on matrices. Inverse by Elementary Transformation, Definition of Rank of a matrix, normal matrix & its rank. Consistency of System of Simultaneous Linear Equations, Solution of Systems of Equations, Eigen Values & Eigen Vectors. Linearly Dependent & Independent Vectors in R3.

9. Differential Equations and Modeling: Modeling of Engineering System Leading to First Order, First Degree differential equations, Solution of Linear & Exact differential equations. Applications of these equations to engineering problems including Orthogonal Trajectories in Cartesian and polar co-ordinates.

Reference Books :

Erwin Kreyszig	Advanced Engineering Mathematics (8th Edition) Wiley Eastern Ltd., New Delhi
Dr. K.R. Kachot	Higher Engineering Mathematics, vol - I Mahajan Publishers, Ahmedabad
Dr. Tuptiben A. Desai	Higher Engineering Mathematics Atul Prakashan, Ahmedabad
Dr. B.S. Grewal	Hisgher Engineering Mathematics Khanna Publishers, New Delhi
Dr. B.S. Grewal	Elementary Engineering Mathematics Khanna Publishers, New Delhi
N.P. Bali, Ahsok Saxena & Iyengar	A Text book on engineering Mathematics Laxmi Publication (P) Ltd., New Delhi
H.K. Dass	Advanced Engineering Mathematics S. Chand & Co. (Pvt.) Ltd., New Delhi
G.V. Kumbhojkar	Engineering Mathematics - Vol I, II, III, IV C. Hamnadas & Co. Bombay

GUJART UNIVERSITY
B.E. - 1ST Year (E, EC, IC, IT, CE, & BM)
HT 102 Communication Skills

Subject	Code	Teaching Scheme			Examination Scheme
		Theory	Lab / Pract	Exam	Theory Paper	Theory Marks	Pract/ Oral	TW	Total
Communication Skills	HT 102	-	02	Sessional	1.5 Hrs.	-	25	25	50
				University	3 Hrs.	-

Course Content :

1. Language as skill of communication.

2. Phonetics

3. Nature of technical communication: Channels of communication, Aspects of technical communication, Forms of technical communication, Technical communication skills (Listening, Speaking, Reading, Writing), Barriers to effective communication.

4. Professional Writing: Routine business letters, Sales letters, Resumes and Job Applications, Business memos, E-mail messages, Reports.

5. Speaking Strategies: The speech process, Types of conversation, Strategies for good conversation, Improving fluency and self, Expression, Body language, Eye contact, Facial expression, Gestures

6. Summarizing and Paraphrasing: Reading strategy, Summarizing techniques, Outlining and paraphrasing.

7. Presentation skills: Nature and importance of oral presentation, Planning the presentation, Preparing the presentation, Organizing your presentation, Improving delivery.

Reference Books :

1. Effective Technical Communication By M. Ashraf Rizvi

2. Developing Communication skills. By Krishna Mohan and Meera banerji,

3. Professional communication skills. By P. S. R. Bhatia and A. M. Sheikh

4. Effective Technical Communication By M. Ashraf Rizvi

5. Developing Communication skills. By Krishan Mohan and Meera banerji.

GUJART UNIVERSITY
B.E. - 1ST Year (E, EC, IC, IT, CE, & BM)
HT 103 Mechanics of Solids

Subject	Code	Teaching Scheme			Examination Scheme
		Theory	Lab / Pract	Exam	Theory Paper	Theory Marks	Pract/ Oral	TW	Total
Mechanics of Solids	HT 103	02	01	Sessional	1.5 Hrs.	50	25	25	200
				University	3 Hrs.	100

Course Content :

1. Introduction: Scaler and Vector quantities, composition and resolution of vectors, definition and units of space, time, metal, force, the science of mechanics, SI Units.

2. Statics: Principles of statics, particles, rigid body, coplanar, concurrent and non-concurrent parallel and non-parallel forces, composition and resolution of forces, moment, couples and their properties, combination of coplanar couples and forces, equilibrant, equilibrium, free body diagrams, analytical and graphical conditions of equilibrium for coplanar force systems.

3. Truss: Simple planar trusses and analysis for member forces, methods of joints and methods of sections.

4. Distributed forces, centre of gravity and moment of inertia: Centre of gravity of lines, plane areas, volumes and bodies, Pappu-Guldinus Theorem, Moment of Inertia of Areas, polar moment of inertia, radius of gyration, parallel axes theorem, moment of inertia of bodies.

5. Friction: Theory of friction, static and sliding friction, laws of friction, angle and co-efficient of friction, inclined plane friction, glider friction, wedges, belt and rope friction.

6. Strength and elasticity: Stresses : axial, normal, in-plane tensile, compressive, shear, flexural, thermal and hoop, complementary shear.

7. Strain: Linear, shear, lateral, Thermal and volumetric, Poisson's ration

8. Elasticity: Elastic, homogeneous, isotropic materials; limits of elasticity and proportionality, yield limit, ultimate strength, plastic state, proff stress, factor of safety, working stress, load factor, section of composite materials, prismatic and non-prismatic sections.

9. Bending, Moment and Shear Forces: Types of load, beams and supports, bending moment and shear forces diagrams in statistically determinate beams subjected to concentrated, uniformly distributed loading, relation between bending moment, shear force and rate of loading, point of contra flexure.

10. Stress in Beams: Theory of simple bending, bending stresses and their distribution, moment of resistance, modules of sections, distribution of shear stress in different sections.

11. Torsion: Shaft subjected to Torsion, shear stress, shear strain, angle of twist, power transmitted by shaft.

Term Work: At least 8 experiments based on above syllabus and solution of at least 20 problems.

Reference Books :

1. Applied Mechanics by S. B. Junarkar

2. Engineering Mechanics by A. K. Tayal

3. Mechanics of structures Vol-I by S. B. Junarkar & H. J. Shah

4. Strength of Materials by Ramamurtham

GUJART UNIVERSITY
B.E. - 1ST Year (E, EC, IC, IT, CE, & BM)
HT 104 Fundamentals of Programming

Subject	Code	Teaching Scheme			Examination Scheme
		Theory	Lab / Pract	Exam	Theory Paper	Theory Marks	Pract/ Oral	TW	Total
Fundamentals of Programming	HT 104	03	02	Sessional	1.5 Hrs.	50	25	25	200
				University	3 Hrs.	100

Course Content :

TOPICS OF 'C' LANGUAGE

(1) Introduction of Programming, Program & Programming, Programming Languages, Introduction to compiler, Linker, loader, Interpreter, Algorithm and FlowchartClassification of Programming Languages, Overview of C.

(2) Constant, Variables and Data types in C (3) Operators and Expressions (4) Managing input and output operation (5) Decision making and Branching (6) Decision making and looping (7) Arrays (8) Character Arrays and Strings (9) User defined function in C (10) Structures and Unions (11) Pointers (12) File Management in C (13) Introduction to Dynamic Memory Allocation and Linked List - Allocation block of memory (Malloc)- Allocation Multiple Blocks of Memory : Calloc-Releasing the used space: free-Altering the size of block Realloc-concept of Linked list, Advantages of Linked list-Create, Insert, Delete operations of singly linked list

TOPICS OF 'C++' LANGUAGE

1. Principles of object-oriented Programming, Basic concept of object-oriented Programming, Benefits of OOP, Difference between object oriented language and procedure oriented language.

2. Introduction of C++, Class, Objects, Creating Simple program using class and object

3. Token expression and control structure

4. Classes and object in detail, Declaring class and defining member function, making outside function inline, Nesting member function, Private member function arrays within a class, memory allocation of objects, Static data members and Member functions, Arrays of Objects, Object as a function argument. Friend function, Returning objects, const, member functions.

Term Work: Practical and term work should be carried out based on syllabus

TEXT BOOKS:

1. Programming in ANSI C - E Balagurusamy (TMH)

2. Object-Oriented Programming with C++ - E Balagurusamy (TMH)

3. Programming in C (ANSI STANDARD) - M. T. Savaliya (Atul Publ.)

Reference Books :

1. Programming in C - Pradip Pandy & Manas Ghosh (Oxford Higher Education)

2. Understanding C (Practical Apporach) - G. S. Baluja & G. K. Baluja (Dhanpat Rai & co)

3. Object oriented Programming in turbo C++- Robert Lafore (Galgotia)

GUJART UNIVERSITY
B.E. - 1ST Year (E, EC, IC, IT, CE, & BM)
HT 105 Material Science (Electrical & Electronics)

Subject	Code	Teaching Scheme			Examination Scheme
		Theory	Lab / Pract	Exam	Theory Paper	Theory Marks	Pract/ Oral	TW	Total
Material Science (Electrical & Electronics)	HT 105	02	-	Sessional	1.5 Hrs.	50	-	-	150
				University	3 Hrs.	100

Course Content :

1. Introduction to Engineering Materials: Atomic Structure, Atom Arrangement in materials, Crystalline Structure of metals, Classes of Engineering Materials, Classification of Solids from Electrical Engineering Point of view, Properties of Engineering Materials, Electrical Engineering Concepts.

2. Dielectric & Insulating Materials: Introduction, Basic Results of field theory, Piezoelectric, Pyroelectric and Ferro electric materials and their Properties, Piezoelectricity, Dielectric Losses, Dielectric gases, Solid insulating Materials, inorganic Insulating Materials, Insulating Materials for Electrical Devices, Ceramics, Glass & Plastics.

3. Magnetic Materials: Basic results of Field Theory, Magnetic Parameters Classification of Magnetic Materials, Magnetic Anisotropy, Magnetostriction, Application of ferromagnetic materials, Magnetic Materials for Electric Devices, Soft Magnetic Materials, Hard Magnetic materials.

4. Conductive Materials: Electrical conductivity, Conductor materials, High Conductive Materials, High Receptivity Materials, Superconductivity.

5. Semiconductors: Conductivity of Insulators, Metals & Semiconductors in terms of energy bands, Junction diode, LED, junction Transistor, Silicon Controlled Rectifier, Integrated Circuits, Semi-conducting Materials.

6. Optical Materials: Light, Introduction to optical properties, Photoelectric cells, Materials for photo Voltaic Cells, Lasers

7. Materials for direct Energy Conversion Devices: Solar Cells, Fuel Cells.

8. Other Engineering Materials: Introduction to Nano Materials, Cement, Timber, Natural & Artificial wood

Reference Books :

1. A course in Electrical engineering Materials by S. P. Seth and P. V. Gupta Dhanpat Rai & Sons.

2. An Introduction to electrical Materials by C. S. Indulkar & S. Thiruvengadam S. Chand

3. Material Science by Shah, Sah & Sur Mahajan Publishing House

4. Electrical and Electronics Engg. Materials by S. K. Bhattacharya Khanna Publishers.

5. Material Science and Engg. - An introduction by William D. Callister WILLEY India Edition

GUJART UNIVERSITY
B.E. - 1ST Year (E, EC, IC, IT, CE, & BM)
HT 106 Engineering Graphics

Subject	Code	Teaching Scheme			Examination Scheme
		Theory	Lab / Pract	Exam	Theory Paper	Theory Marks	Pract/ Oral	TW	Total
Engineering Graphics	HT 106	03	04	Sessional	2 Hrs.	50	25	25	200
				University	4 Hrs.	100

Course Content :

PART I: PLANCE GEOMETRY AND MACHINE PARTS

1. Introduction to Engineering Graphics: Principles of projection lines and projection lines and dimensioning. B. I. S. code of practice (SP 46) Scale, representative fraction, plane scale, diagonal scale, Vernier scale and scale of chords.

2. Engineering Curves: Classification of engineering curves, Construction of conics, cycloid curve.

3. Locie of Points: Simple mechanism like slider crank mechanism four chanin mechanism etc.

4. Fastening and Connection Methods: Screw threads, bolts, nut stud, locking devices, simple riveted and welded joints, pipe fitting, couplings, cotter joints, pin joints.

5. Electrical, electronics, chemical and pipe drawing, Basic notation and symbols for simple flow diagram.

PART II; SOLID GEOMETRY:

1. Introduction to Projections of Point, Line and Plane:

2. Projection of line inclined to both planes and simple cases. True length of straight line and its inclination with reference planes (traces are not included). Projections of perpendicular and oblique planes.

3. Introduction to Projection of Solids, Section of Solids and Interpenetration of Solids:

4. Classification of solids. Projection of right and regular solids with their axis inclined to both planes. Projection of sphere. Section of pyramid, cone, prism and cylinder. Method of determining line of intersection and curve of intersection.

5. Intersection of prism-prism, cone-cylinder, cylinder-cylinder, cylinder-cone, cylinder-prism.

6. Development of Surfaces:

7. Parallel line development, Radial line development. Development of sphere by zone method and Lune method.

PART III: ORTHOGRAPHIC PROJECTIONS:

1. Orthographic Projection: Conversion of pictorial views into orthographic views, type of sections (full half, offset, broken, removed, revolved) Section views, orthographic reading, missing views and missing line problems.

2. Isometric View: Conversion of orthographic views into isometric views.

3. Introduction to Computer Aided Drafting:

4. Advantages of CAD, elements of CAD, components of computer, input and output devices, types of software, basic functions, drafting software.

PART IV: CIVIL ENGINEERING DRAWING:

1. Plan Elevation, Section and Foundation Plan of a Residential, Public Bldg., Industrial Building

2. Typical Layout of Residential, Public and Industrial Buildings.

3. Drawing of Building Details Such As Roofs & Roof Trusses Column footings.

4. Simple Machine Foundations

5. Typical Wall Sections (For 20 Cm, 40 Cm Thick Wall) Through Door, Window, Steps, Etc.

6. RCC Lintel With Chhajjas

7. Floors

8. Abbreviation And Symbols Of Building Items, Water Supply And Sanitary, Electrification, Etc.

9. Electric Wiring Diagrams For Residential Public And Industrial Buildings And Domestic Appliances, Standard Electrical Symbols, Main And Distributor Boards, Simple Earthing Etc.

Term Work:

Part 1, 2 and 3 Each Candidate Shall Submit A Set Of The Following Sheets Certified By The Principal Of The College That They Have Been Executed In A Satisfactory Manner In The Drawing Halls Of The College.

1. One Sheet of Engineering Curves.

2. One Sheet of Loci Of Points.

3. One Sheet of Projections of Points, Line And Plane Surfaces.

4. One Sheet Of Orthographic View With Section (Two Problems One In 1st Angle And Other In 3rd Angle System Of Projections).

5. One Sheet Of Reading Of Orthographic Views And Missing Lines/Missing Views.

6. One Sheet On Projections Of Solids And Sections Of Solids.

7. One Sheet On Projections Of Surfaces And Interpenetration Of Surfaces.

8. One Sheet on Isometric Projections/Views.

9. Sketch Book Containing Sketches Of Machine Parts, Electrical, Electronics, Chemical And Pipe Drawing, Lines, Dimensioning, Scale, Students Are Given Complete Understanding Of Bis Code Sp 46.

Part 4

1. One Sheet on Residential Building Showing Electric Wiring Diagram And Domestic Applications Standard Electric Symbols, Main And Distribution Boards And Simple Earthing.

2. One Sheet On Industrial Structure Layout

Reference Books :

1. Engg. Drawing Vol I & II P. J. Shah
2. Engg. Drawing N. D. Bhatt
3. Civil Engineering Drawing Gurucharansingh
4. Civil Engineering Drawing Malik and Meo
5. Machine Drawing N. D. Bhatt

GUJART UNIVERSITY
B.E. - 1ST Year (E, EC, IC, IT, CE, & BM)
HT 107 Elements of Mechanical Engineering

Subject	Code	Teaching Scheme			Examination Scheme
		Theory	Lab / Pract	Exam	Theory Paper	Theory Marks	Pract/ Oral	TW	Total
Elements of Mechanical Engineering	HT 107	02	01	Sessional	1.5 Hrs.	50	25	25	200
				University	3 Hrs.	100

Course Content :

1. Introduction: Force and Mass, Pressure, Work, Power, Energy Heat, Temperature, Units of Heat, Specific Heat capacity, Inter Change of Heat, Change of state, Mechanical equivalent of heat, Internal energy, Enthalpy, Efficiency, Types of prime movers, Sources of Energy.

2. Fuel and combustion: Introduction, Classifications, Solid fuel, Liquid fuel, Gases fuel, Combustion calorific values.

3. Properties of gases: Gas law’s: Boil’s law, Charles law, Combined gas law, Gas constant, Non-flow process, Constant volume process, constant pressure process, Internal energy, Relations between Cp & CV, Enthalpy, Isothermal process, Poly Tropic process, Adiabatic process.

4. Properties of steam: Introduction, Steam formation, Enthalpy, Specific volume of steam, Steam tables, Internal energy, Non-flow process, Throttling calorimeter, separating calorimeter and combined calorimeter.

5. Heat engine: Thermal prime movers, Elementary of heat engine sources of heat, Working substance, Converting machines, sink of heat, Classification of heat engine, Heat engine cycles, Carnot cycle, Carnot cycle with vapour, Rankine cycle, Otto cycle, Diesel cycle.

6. Steam Boilers: Introduction, Classification, Simple vertical boilder, Vertical multi tuber boilder, Cochran type, Lancashire boiler, Locomotive boiler, Marine Boiler (Scotch type), Babcock and Wilcock boiler, High Pressure boiler, Boiler :- Details, Performances, Functions of different Mounting and accessories.

7. Internal combustion Engine: Introduction, Classification, Engine details, Otto four stroke cycle, Two stroke cycle, Different between two and four stroke cycle, Indicated Power Efficiency.

8. Speed Control: Introduction, Governors, Steam engine governing, I. C. engine governing, Flywheel

9. Pump: Introduction, Reciprocating pump-Types & Operations, Bucket Pump, Air Chamber, Centrifugal pump and type of centrifugal pump, Priming, Rotary pump.

10. Air compressor: Introduction, Reciprocating compressor, Operation of Compressor, Work for compression, Power Required, Reciprocating compressor efficiency, Multi stage reciprocating compressor, Rotary compressor.

11. Refrigeration and Air Conditioning: Introduction, Refrigerant, Types of refrigerators, Vapor compression refrigerators, Window air conditioners.

12. Transmission of motion and Power: Introduction, Methods of drive, Power transmission Elements, Shafting, Belt, Drive, Belting, pulleys, Velocity ratio of pulleys, Power transmitted by a belt, Change drive, Friction drive, Gear drive, Spur gear, Helical gear, Spiral gear, Bevel gear, Worm gear, Rack and Pinion, Velocity ratio of toothead gear, train of wheels, Power transmission by earring, Bearing classification, Bush bearing, Ball and roller bearings.

Term Work: shall be based on the above mentioned course content.

Reference Books :

1. Elements of Mechanical Engineering - Prof P. S. Desai & Prof. S. B. Soni, Atul Prakashan

2. Elements of Mechanical Engineering - Prof. N. M. Bhatt & Prof. J. R. Mehta Mahajan Publishers.

GUJART UNIVERSITY
B.E. - 1ST Year (E, EC, IC, IT, CE, & BM)
HT 108 Elements of Electrical Engineering

Subject	Code	Teaching Scheme			Examination Scheme
		Theory	Lab / Pract	Exam	Theory Paper	Theory Marks	Pract/ Oral	TW	Total
Elements of Electrical Engineering	HT 108	02	01	Sessional	1.5 Hrs	50	25	25	200
				University	3 Hrs.	100

Course Content :

1. D. C. Circuits:- Effect of Temperature Upon Resistance, Solutions of series, parallel in brief, star-delta combination of Resistances, KVL & KCL.

2. Electrostatics & Capacitance: Definitions of Electrostatic, types of capacitors, series, parallel, combination & related circuit calculations in brief charging & discharging of capacitor. Energy stored in capacitor.

3. Electromagnetic:- Magnetic Circuit, Comparison Between Electric And Magnetic Circuits, Series/Parallel Magnetic Circuit Calculations, Magnetic Hyteresis, Hysteresis and Eddy Current Loss, Magnetic Materials, Electromagnetic Induction, Statically and Dynamically Induced E.M.F.S in brief, Fleming's Right hand rule-left hand rule, Coefficients of Self And Mutual Inductances, Coefficient Of Coupling, Series/Parallel Combinations Of Inductances, Rise And Decay Of Current In Inductive Circuits, Force Experienced By Current Carrying Conductor Placed in Magnetic Field.

4. Single Phase A. C. Circuit: Generation Of Alternating Voltages & Currents, Their Equations, Definitions, R. M. S. and Average Values, Vector Representation of Alternating Quantities, Addition And Subtraction of Vectors, Complex Algebra, Pharos Relations Between Voltage And Current In Each of Resistance, Inductance And Capacitance, A. C. Series And Parallel Circuits, Power and Power Factor, Methods of Circuit Solution (Analytically & Vectorially), Resonance In Series And Parallel Circuits.

5. Polyphase circuits:- Generation of Polyphase Voltages, 3, Phase System, Phase Sequence, Inter Connection Of 3 Phases, Voltage, Current And Power Relationships In Balanced Three Phase Circuits, Power Measurement In Single Phase And 3 Phase Circuits.

6. Batteries, Cables:- Battery, life of batteries, charging & discharging of battery, Cables, 2, 21/2, 3 and 4 core armored & unarmored cables.

7. Electrical Wiring:- Connectors & Switches, system of wiring, domestic wiring installation, sub circuits in domestic wiring, simple control circuit in domestic installation, industrial electrification.

8. Illuminations:- Types of lamps, fixlures & reflectors, illumination schemes for domestic, industrial & commercial premises, Lumen requirements for different categories.

9. Safety & protection: Safety, electric shock, first aid for electric shock other hazards of electrical laboratories & safety rules, use of multimeters, grounding, importance of grounding, equipment of grounding for safety circuit protection devices, fuses, MCB, ELCB & relays.

Term Work: Shall be Based on the above Syllabus.

Reference Books :

1. Electrical Technology Vol. 1 By B. L. Theraja
2. Basic Electrical Engineering By V. N. Mittal
3. Electrical Estimating & Costing by Surjitsingh (Dhanpat Rai & Co.)

GUJART UNIVERSITY
B.E. - 1ST Year (E, EC, IC, IT, CE, & BM)
HT 109 Modern Workshop Practices

Subject	Code	Teaching Scheme			Examination Scheme
		Theory	Lab / Pract	Exam	Theory Paper	Theory Marks	Pract/ Oral	TW	Total
Modern Workshop Practices	HT 109	-	02	Sessional	-	-	25	25	50
				University	-	-

COURSE CONTENT

(ELECTRICAL WORKSHOP - E, EC, IC BM)

1. Construction, working and application of workshop tools. 2. Electrical and Electronics Symbols
3. Soldering Practice Basics
4. Wires and Cables, Their gauge and their rating.
5. Domestic Electrical Accessories.
6. Industrial Electrical Accessories
7. House wiring
8. Faults and Remedies in Domestic installation.
9. Use of Megger.
10. Electrical components construction, application & acceptance tests
11. Basic Electronics components, color codes, construction, application & acceptance test
12. Study of Insulators and Insulating materials
13. Application of C. R. O. for Measurements of Voltages, Frequency, Phase angle and for component testing.
14. Mini Project on P.C.B.
15. Electric Shocks artificial respiration.
16. Indian Electricity rules.

(COMPUTER WORKSHOP - CE & IT)

1. Installation & Use of Single User Operating System
Note: Any Two Widely Used Operating Systems May Be Use As Examples. Hardware Requirements For Microsoft DOS And Windows Installation, MS-DOS Commands And Programming, Customizing And Configuring Windows. Configuring The Taskbar, The Start Menu, Using The Windows Interface To Create, Print, And Store A File Using Explorer, Managing Disk Resources And Utilities, Manage Long And Short Filenames In A Mixed Environment, Disk Defragmenter, Scan Disk, Running Applications, Installation Methods, Architecture And Memory.

2. Computer Hardware
Overview of computer parts Peripheral devices like printers, mouse, scanner etc.

3. Microsoft Word
Overview of Microsoft Word, Formatting Text and Documents, Headings, Footers and Footnotes, TABS, Tables and Sorting, Working with Graphics, Templates, Wizards and Sample Documents, Tools, Spell Check, Mail Merge.

4. Fundamentals of Worksheet Usage
Worksheet Fundamentals, Embedding, Enhancing And Modifying Charted Data, Formatting Worksheet Data, Producing List Type Information, Customization Of The User Interface For Optimal Performance, Data Organization, Data Analysis, Data Manipulation, Data Access, Querying External Database Form, Within The WorkSheet, Import And Export Of Data Integration With Other Applications.

5. Microsoft Access
Table generationQuerying databaseReport and form generation.

6. Microsoft Power Point
Overview of PowerPoint, Creating And Formatting Presentations, Working with Text, Working With Graphics.

7. Usage Of Internet
Getting Connected To Internet And Visit Of Popular Web Sites

8. Front Page HTML
HTML tags, Static Web page designing.

9. Adobe Photo Shop
Corel graphics

Term Work:
The practical and Term work will be based on the topics covered in the syllabus. Minimum 10 experiments should be carried out.

Reference Books :

1. Mastering Dos 6.2 by Robbins (BPB)
2. Mastering Windows-95 by Coward (BPB)
3. The Compact Guide To Microsoft Office Professional by Ron Mansfield (BPB)
4. Books Online by Microsoft

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