Syllabus - GH Raisoni College Of Engineering

Sub. Code Name of the 

Course 

SEM-I 

BAML101 Applied 

BPHL102 

BPHP102/ 

BCHL103 

BCHP103 

BITL104 

BITP104 

BECL105 

BECP105 

BEEL106 

BEEP 106 

BCEL107 

BCEP107 

BMEL108 

BMEP108 

Mathematics -I 

Applied 

Physics/Applied 

Chemistry 

Basics of the 

Computing / Basic 

Electronics 

Basic Electrical/ 

Engg. Mechanics 

Engg. Graphics 

DEPARTMENT OF FIRST YEAR ENGINEERING 

SCHEME OF EXAMINATION AND TEACHING FOR BACHELOR OF ENGINEERING 

FIRST YEAR B.E.(COMMON TO ALL BRANCHES) 

SEMESTER-I 

Teaching Scheme Credits Evaluation Scheme Duration 

Theory Practical Total of Paper 

Th. Tu Pr. Total TAE CAE ESE Int. Ext. 

Hours 

03 01 - 04 04 20 20 60 - - 100 

04 01 02 07 06 20 20 60 25 25 150 

02 - 02 04 03 10 10 30 25 25 100 

03 01 02 06 05 20 20 60 25 25 150 

01 - 04 05 03 20 20 60 25 25 150 

MBL101 General Proficiency- 

I 

- 02 02 

Audit 

Course 

- - - - - - 

- 

Total 13 03 12 28 21 650 15 

Sub. Code Name of the 

Course 

SEM-II 

BAML110 Applied 

BPHL102 

BPHP102/ 

BCHL103 

BCHP103 

BITL104 

BITP104 

BECL105 

BECP105 

BEEL106 

BEEP 106 

BCEL107 

BCEP107 

Mathematics -II 

Applied 

Physics/Applied 

Chemistry 

Basics of the 

Computing / Basic 

Electronics 

Basic Electrical/ 

Engg. Mechanics 

SEMESTER-II 

Teaching Scheme Credits Evaluation Scheme Duration 

Theory Practical Total of Paper 

Th. Tu Pr. Total TAE CAE ESE Int. Ext. 

Hours 

03 01 - 04 04 20 20 60 - 

- 

3 

3 

2 

3 

4 

100 3 

04 01 02 07 06 20 20 60 25 25 150 3 

02 - 02 04 03 10 10 30 25 25 100 2 

03 01 02 06 05 20 20 60 25 25 150 3 

BMEP 111 Workshop Practice - - 02 02 01 - - - 25 25 50 - 

BFYP112 Mini Modeling 02 02 01 - - - 50 - 50 - 

BHUL113 Comm. Skills 02 - - 02 02 10 10 30 - - 50 2 

Total 14 03 10 27 22 650

BAML101 APPLIED MATHEMATICS- I 

SEMESTER-I [3L+1T] 

Teaching Scheme: Evaluation Scheme: Theory 

Lectures: 3 Hrs /Week Teachers Assessment (TAE): 20 Marks 

Tutorial: 1 Hr/ Week Class Asses. Exam (CAE) : 20 Marks 

Credits: 4 End Semester Exam : 60 Marks 

Total: 100 Marks 

OBJECTIVE: 

To develop mathematical ability of students to comprehend and solve engineering problems. 

Differential Calculus [09 Hrs] 

Successive differentiation, Taylor’s and Maclaurin’s series for one variable, Indeterminate forms, Curvature and 

radius of curvature (excluding Newton’s method), centre of curvature. 

Partial Differentiation [06 Hrs] 

Partial differentiation, functions of several variables, first and higher order derivatives, Euler’s theorem, chain 

rules and total differential coefficient. 

Partial Differentiation (Jacobian) [06 Hrs] 

Jacobian, Taylor’s and Maclaurin’s series of two variables, maxima and minima of function of two variables, 

Lagranges method of undetermined multipliers. 

Integral Calculus [08 Hrs] 

Beta and Gamma function, Differentiation under integral sign, Tracing of curves (Cartesian and polar curves), 

Quadrature, volumes and Surface of solids of revolutions (Cartesian, polar and parametric forms). 

Differential Equations [08 Hrs] 

First order first degree differential equations, Linear, Reducible to linear and exact differential equations 

(excluding the case of integrating factor), Higher order linear differential equations with constant coefficients 

upto method of variation of parameters. 

Differential Equations (Applications) [08 Hrs] 

Cauchy’s and Legendre’s homogeneous differential equations, Simultaneous differential equations, Special 

types of differential equations. Application of differential equations to electric circuits, Kinematics and 

vibrations (only up to second order). 

TEXT BOOK: 

Higher Engineering Mathematics, RAMANNA,TMG 

REFERENCE BOOKS: 

1.Higher Engineering Mathematics, Grewal B.S, Khanna Publishers, 2004 - Thirty eighth Edition 

2.Kreyszig, E.: Advanced Engineeing Mathematics (Eighth Edition); John Wiley & Sons; 2000. 

3.Jain, R.K. and Iyengar, S.R.K.; Advanced Engineering Mathematics; Narosa Publishers; 2003. 

4.Text book of Engineering Mathematics : Bali Iyengar (Laxmi Prakashan) 

5.Spiegel, M. R.: Advanced Mathematics for Engineers and Scientists ; McGraw-Hill Book Company ; 2000. 

6.Applied Mathematics Volume 1: J. N. Wartikar & P. N. Wartikar 

7.Engineering Mathematics: H. K. Dass, S. Chand, Publication, New Delhi

BAML110 APPLIED MATHEMATICS-II 

SEMESTER-II [3L+1T] 



Tutorial: 1 Hr/ Week Class Asses. Exam (CAE) : 20 Marks 

Credits: 4 End Semester Exam : 60 Marks 


OBJECTIVE: 

To develop mathematical ability of students to comprehend and solve engineering problems. 

Multiple Integral [08 Hrs] 

Elementary double integrals, change of variables, change of order of integration (Cartesian and polar), 

applications to mass, area, volume and center of gravity (Cartesian and polar), elementary triple integrals. 

Vector Calculus [07 Hrs] 

Scalar triple product, Vector triple product, quadruple product of vectors, differentiation of vectors, Gradient of 

scalar point function, Directional derivatives, Divergence and Curl of vector point function, solenoidal motion 

and irrotational motion, 

Vector Calculus (Integration) [08 Hrs] 

Vector integration, line, surface and volume integrals, Stoke’s theorem (without proof), Gauss divergence 

theorem, Green’s theorem in plane, Green’s identities and their simple applications. 

Infinite sequences and Series. [08 Hrs] 

Infinite sequences and series of real and complex numbers, improper integrals, Cauchy criterion, tests of 

convergence, absolute and conditional convergence, series of functions, improper integrals depending on a 

parameter, uniform convergence, power series, radius of convergence. 

Matrices-I [07 Hrs] 

Inverse of matrix by adjoint method & its use in solving simultaneous equations. Rank of matrix, consistency of 

system of equations, linear dependence, linear & orthogonal transformations, inverse of matrix by partitioning 

method 

Matrices-II [07 Hrs] 

Characteristics equation, eigen values & eigen vectors, reduction to diagonal form, Cayley-Hamilton theorem 

(statement & verification), Sylvester’s theorem, association of matrices with linear differential equations of 

second order with a constant coefficients. 

TEXT BOOK: 

Higher Engineering Mathematics, RAMANNA,TMG 


1Higher Engineering Mathematics, Grewal B.S, Khanna Publishers, 2004 - Thirty eighth Edition 

2Kreyszig, E.: Advanced Engineeing Mathematics (Eighth Edition); John Wiley & Sons; 2000. 

3Jain, R.K. and Iyengar, S.R.K.; Advanced Engineering Mathematics; Narosa Publishers; 2003. 

4Text book of Engineering Mathematics : Bali Iyengar (Laxmi Prakashan) 

5Spiegel, M. R.: Advanced Mathematics for Engineers and Scientists ; McGraw-Hill Book Company ; 2000. 

6Applied Mathematics Volume 1: J. N. Wartikar & P. N. Wartikar 

7Engineering Mathematics: H. K. Dass, S. Chand, Publication, New Delhi

BPHL102 APPLIED PHYSICS 

SEMESTER-I & II [4L+1T+2P] 



Tutorial : 1 Hr/ Week Class Asses. Exam (CAE) : 20 Marks 

Practical: 2 Hrs /Week End Semester Exam (ESE) : 60 Marks 

Credits: 6 Total: 100 Marks 

Evaluation Scheme: Practical 

Practical Work Exam (PWE): 50 Marks 

OBJECTIVE: 

Physics is the mother of all engineering subjects. Physics has made tremendous impact on the technological 

growth of the world. Teaching physics to engineers is to equip them with understanding of scientific methods to 

achieve their higher pursuit. 

Quantum Mechanics (12 Hrs) 

Compton Effect, Wave – particle duality, de Broglie wavelength, Davisson-Germer experiment; Heisenberg’s 

uncertainty principle, Phase velocity, group velocity, Concept of a wave packet; Wave function and its 

probability interpretation; Schrödinger’s wave equation; Infinite potential well; Qualitative nature of the wave 

function for finite potential well; Tunneling 

Semiconductor Physics (12 Hrs) 

Qualitative ideas on formation of electron energy bands in solids; Classification of solids into insulators, 

semiconductors and conductors; Fermi energy; Intrinsic semiconductors; Energy band diagrams of silicon and 

germanium and their comparison with band diagrams of carbon (diamond) and sodium; Extrinsic 

semiconductor; Dependence of Fermi energy on temperature and doping concentration(Qualitative analysis); 

Current conduction in a semiconductor; Hall effect, p-n junction diode; Diode rectifier equation; Zener diode, 

Avalanche and Zener Break Down mechanisms, LED 

Lasers (10 Hrs) 

Laser characteristics; spontaneous and stimulated emission of radiation; Population inversion; Three and four 

level laser schemes, optical resonator, Expressions for coherence length and coherence time, Outline of 

construction of Ruby and He-Ne laser, Semiconductor Laser 

Wave Optics (08 Hrs) 

Interference in thin films of uniform & non-uniform thickness, Anti-reflection coating, Polarization & its type; 

Polarization by reflection; Polarization of scattering, Malu’s law, Optic axis, Double refraction in a quartz 

prism, Quarter- and Half-wave plates, Production & Detection of Linear, Circular, Elliptical polarizations 

Electron Ballistics (12 Hrs) 

Motion of charges in uniform electric and magnetic fields; Electron optics: Bethe’s law; Electrostatic and 

magneto static focusing; Devices: CRT, CRO and Cyclotron 

Advanced Trends in Physics (06 Hrs) 

TEXT BOOK: 

Engineering Physics by Avadhanulu and Kshirsagar, S Chand and Company- Fifth Revised Edition


1. Fundamentals of Physics, Sixth Edition by David Halliday, Robert Resnick and Jerle Walker; John- 

Wiley and Sons. 

2. Fundamentals of Physics by David Halliday, Robert Resnick and Jerle Walker; John- Wiley and Sons 

2002. 

3. Quantum Mechanics by Shief,Tata MCGraw Hill 

4. Modern Physics by Baiser, Tata MCGraw Hill 

5. Lasers & Non Linear Optics by B B Laud, New Age Publication. 

6. Electronic Engineering Material and Devices by: John Allison (TMH) 

7. Lasers Theory and Application by Avadhanulu, S Chand and Company 

BPHP102 Term Work: Any Eight experiments 

1. Determination of band gap of a semiconductor. 

2. Determination of Activation energy of Thermister. 

3. Determination of band gap by Four Probe Method. 

4. Determination of Hall coefficient. 

5. V-I characteristics of ordinary and Zener diodes. 

6. Study of Zener diode as voltage regulator. 

7. Determination of e/m by Thomson method. 

8. Determination of Wavelength by Newton’s rings. 

9. Refractive index of transparent liquid by Newton’s ring. 

10. Determination of Thickness of Foil. 

11. Use of half-wave and quarter-wave plates to demonstrate idea of polarization. 

12. Determination of refractive indices of double image prism. 

13. Determination of Brewster’s angle and refractive index for glass surface. 

14. To verify Malu’s Cosine square law using for plane polarized light. 

15. An experiment based on laser. 

16. Determination of Amplitude & Frequency of ac signal by CRO. 

17. Determination of phase by dual trace CRO. 

18. Open ended experiment.

BCHL103 APPLIED CHEMISTRY 





Practical: 2 Hrs /Week End Semester Exam (EAE) : 60 Marks 



Practical work Exam (PWE): 50 Marks 

OBJECTIVE: 

To develop individuals who are brimming with originality deep learning about chemistry. The program will also 

develop ability to solve problems and enables them to understand engineering applications. 

Water Technology: - (14 Hrs) 

Hardness of water, methods of Softening of water, chemical calculation for softening of water. Boiler troubles 

and internal conditioning of boiler feed water, desalination of sea water by membrane process. BIS 

Specification for water. Purification of water for domestic uses. 

Lubricants: - (08 Hrs) 

Introduction, mechanism of lubrication, Types of lubricants, testing of lubricants for i) Viscosity & Viscosity 

index, ii) Flash point & Fire point iii) Carbon residue & iv) Cloud & pour point, Criteria for selection of 

lubricants for I.C. engines, cutting tools, gears and transformers 

A Corrosion Science:- (06 Hrs) 

Principles of Corrosion, Galvanic Series, Galvanic Corrosion, Concentration Cell Mechanisms of atmospheric 

corrosion and wet corrosion, factors affecting corrosion, Differential aeration theory, Methods of prevention of 

corrosion. 

Fuel and Combustion calculations: - (14 Hrs) 

Calorific value of fuel and its determination, Solid fuels: Ultimate analysis of coal. Liquid fuels- Fractional 

distillation, cracking: Fluid bed Catalytic Cracking, Knocking in IC engine and its relation with chemical 

structure of fuel. Synthesis of Synthetic petrol, Gaseous fuels –LPG & CNG, Significance of flue gas analysis 

and Combustion calculation. 

Environmental Chemistry and Battery Technology : - (06 Hrs) 

Pollution and its control- Air pollution ,water pollution-BOD and COD- sewage water and its treatment, 

Conversion and Storage of Electrochemical Energy:- Batteries- Basic concepts, Classification and types of 

batteries (Lead acid battery, Rechargeable battery: Lithium ion, Fuel Cells) 

Advances in Engineering Chemistry (06 Hrs) 

TEXT BOOK: 

Engineering Chemistry by S. S. Dara, S. Chand & Co Pub. Ltd, Tenth Edition


1. Engineering Chemistry by Jain and Jain 

2. Chemistry in Engineering and Technology vol .II by J.Rajaram and J.C.Kuriakose 

3. Text Book of Engg. Chemistry by Shashi Chawla 

4. Chemistry of Engineering Material by Leighou 

5. Engineering Material, Venneth G. Budinski (Prentice – Hall of India). 

6. Polymer Science, V. R. Gowarikar (Wiley Eastern Ltd.) 

7. Environmental Chemistry, A. K. De (New Age International Publishers). 

8. Fundamentals of Engineering Chemistry (Theory and Practical ), S. K. Singh (New Age International 

Publishers) 

BCHP103 Term Work: Any Eight experiments 

1. Estimation of Total hardness in water by EDTA. 

2. Estimation of calcium hardness in water by EDTA. 

3. Estimation of Ni ++ in given sample by complexo metric titration. 

4. Estimation type & extent of alkalinity of given water sample by Warder’s method. 

5. Estimation of Dissolved oxygen in given water sample. 

6. Estimation of Fe ++ , Fe +++ and total iron present in the given alloy. 

7. Estimation of amount of Copper by Iodometric titration. 

8. Removal of hardness by Ion Exchange resin column 

9. Determination of Moisture, Volatile Matter and Ash Content of given coal sample by proximate Analysis. 

10. Determination of viscosity of lubricating oil at different temperatures by Redwood Viscometer. 

11. Determination of flash point of lubricating oil by Penskey Marten’s / Abels closed –cup apparatus. 

12. Determination of Acid value of given lubricating oil. 

13. Determination of Saponification number of given lubricating oil. 

14. Determine Aniline point of lubricating oil. 

15. Determination of Carbon residue of lubricating oil by Conradsons apparatus. 

16. Determination of Free Chlorine in Potable Water. 

17. Demonstration 

a) Determination of COD(Chemical Oxygen Demand) of sample of water 

b) Determination of calorific value by Bomb Calorimeter apparatus. 

c) Preparation of Phenol Formaldehyde resin 

d) Determination of pH. 

18. Open ended experiment. 

Laboratory Manual: 

1. Laboratory Manual on Engineering Chemistry by Dr. Sudharani (Dhanpat Rai Publishing Company). 

2. Applied Chemistry Theory and Practical O. P. Virmani and A. K. Narula (New Age International 

Publishers). 

3. A textbook of Experiments and calculation in Engineering Chemistry. By Dr. S. S. Dara

BITL104 BASICS OF COMPUTING 

SEMESTER-I/II [2L+2P] 



Practical: 2 Hrs /Week Class Asses. Exam (CAE): 10 Marks 

Credits: 3 End Semester Exam: 30 Marks 




OBJECTIVE: 

To make the student aware about computer fundamentals & enhance the C programming skills of students. 

Operating Systems: Introduction, Windows, Linux-Basic command. Computer Networks: Introduction, Peer 

to peer connection, LAN, MAN, WAN, Internet, Wireless network. 

C Fundamentals: Algorithm, Flowchart, Program development steps, Basic structures of C language, C 

tokens. Data types, Declaration of variables. Assigning values, Arithmetic, Relational and logical operators. 

Increment and Decrement operators. Control operators, Expressions, Evaluation. I/O operations, If and 

SWITCH statements. WHILE, DO-WHILE and FOR Statements. Programming Examples under linux. 

Arrays, string & structure 

One and Two Dimensional Arrays, Initialization, String variables, Declaration, Reading, Writing, String 

handling functions, User defined functions, Variables and storage classes. Recursion, Preprocessor, Structure 

definition. Initializing, Assigning values, Passing of structure as arguments, Unions, Programming Examples. 

Pointers & File management 

Declaration and initializing pointers, Pointer based expressions, Arrays, Strings. FtmGt.iol1s and structures, C 

program examples, File management in C, Opening and closing, I/0 operations on files. Programming 

Examples. 

Enumerated Data types & Functions 

Enumerated data types, Renaming data types with typedef( ), Type casting, Bit wise operators. and bit 

manipulation. pointer to pointer, Pointers to functions, Functions Returning pointers, Functions with variable 

number of arguments, Dynamic memory aliocation. Programming Examples. 

TEXT BOOK: 

Programming in ANSI C by E. Balguruswami- Tata-Mcgraw Hill- Third Edition 


1. UNIX & shell Programming, Yeshavant Kanetkar, BPB Publication. 

2. Introduction to Unix & Shell Programming, M.G. Venkateshmurthy , Pearson Education. 

1. Unix Systems V.4 Concepts & Application , Das , Tata Mcgraw Hill 

2. Computer fundamentals & programming in C ,Oxford Press, Pradip Dey, Manas Ghosh 

3. The C Programming Language by Kerningham amd et.al. 

4. LET US C by Y. C. Kanetkar 

BITP104 Term Work: Any Eight experiments

1) To study File structure, commands of Linux & features of Linux operating system. 

2) To study Directory structure & commands of Linux operating system. 

3) To study user connections & communication channels. 

4) Write a program to solve a quadratic equation. 

5) Write a program to prepare pay bill for the employees of a company. 

6) Write a program to print the Fibonacci series for any number of terms. 

7) Write a program to delete any element from any array. 

8) Write a program to copy the value of one string variable to another variable. 

9) Write a program to check whether any given word is a palindrome or not. 

10) A company maintains the record of their employees as: Name, designation, Details of the pay like 

Gross pay, Provident Fund deductions, Professional tax and the Net pay. Keep the details of the pay 

within a separate structure 

11) Accept ten names and print the given names in opposite order using array of pointers. 

12) A program to search data from any array. 

13) Open ended experiment.

BECL105 BASIC ELECTRONICS 

SEMESTER-I/II [2L+2P] 



Practical: 2 Hrs /Week Class Asses. Exam (CAE): 10 Marks 

Credits: 3 End Semester Exam: 30 Marks 




OBJECTIVE: 

To teach basic principals of few electronic devices and their applications. 

Bipolar Junction Transistor and its applications (12 Hours) 

Transistor action, BJT configurations: CE, CC, CB with normal biasing, DC load line, Single stage CE 

transistor as amplifier, I/P and O/P impedance, Practical amplifier biasing, RC coupled single stage Amplifier, 

frequency response and bandwidth, BJT as a switch 

Digital Electronics Fundamentals (12 Hours) 

Boolean Algebra, Boolean Identities, Logic Problems, Binary, Gray, Octal, Hex & ASCII codes, Gates and their 

truth tables, D Morgan’s Laws, Sum of products & Product of Sums. Logic families: TTL, ECL, CMOS etc, 

Properties of logic gates, Arithmetic Circuits-Adders, Subtractors, (Half & Full), Simplification of sum of 

products and products of sum, Implementation of expressions with universal gates, Karnaugh Map, Solution to 

problems using K-Maps Properties, Quine Macklousky method 

Combinational circuit design (12 Hours) 

Fast adders (carry look ahead, parallel adder), Sequential circuits, Flip flops, registers, counters, Multiplexers, 

Demultiplexers, encoder, decoder, comparators 

Advanced Trends in Basics of Electronics 

TEXT BOOKS: 

1. Electronics Devices and Circuit Theory, Robert Boylstad & Louis Nashel sky, PHI Pub. - Tenth Edition 

2. Digital Electronics by R P Jain (McGraw Hill)- Fourth Edition 


1. Electronics Principles: Malvino, PHI. 

2. Devices & Circuits: Allen Mottershed, PHI. 

3. Electronics Devices And Circuits By-Millman And Halkies 

4. Digital Logic and Computer Design: Morris Mano (PHI) 

5. Digital Electronic Principles- Malvino PHI 

6. Digital Integrated Electronics by Taub H. (McGraw Hill) 

7. Digital Circuits & Microprocessors by Taub H. (McGraw Hill) 

8. Digital Communication Lee S C (Wiley)

BECP105 Term Work: Any Eight experiments 

1) Study of Transistor in CB & CE mode 

2) CE transistor as amplifier Study of various logic gates 

3) Study of various gates 

4) Implementation of expressions with universal gates 

5) Study of Half adder & Full adder 

6) Study of fast adders 

7) Design of JK Flip flops using SR Flipflop 

8) Design of T flip flop using JK Flip flops 

9) Design of D flip flop using JK Flip flops 

10) Design of Multiplexers 

11) Design of Demultiplexers 

12) Design of Decade counter 

13) Study of Register types 

14) Study of Encoder 

15) Study of Decoder 

16) Study of Comparators 

17) Open ended experiment.

BEEL106 BASIC ELECTRICAL 








Practical Work Exam (PWE): 50 Marks 

OBJECTIVE: 

This Subject Introduces Basic Concept/Component used in Electrical Systems, Behavior of this components 

when subjected to different circuits (AC/DC) is also taught. This lays down foundation to learn further in higher 

semester subjects and to understand the applications. 

Electric Circuits (08 Hrs ) 

Circuits Elements(R, L, C), Kirchhoffs Laws, Superposition Theorem , Voltage source, (definition, 

characteristics of practical source, equivalent current source) Star-Delta transformation. Magnetic circuits : 

Flux, mmf, reluctance, analogous electric circuits, simple calculations for composite magnetic circuits. 

A. C. Circuits (09 Hrs) 

Periodic functions, average & rms values, Steady state behaviors with sinusoidal excitation, phasor 

representation, reactances and impedance, series and parallel A.C. circuits, resonance, power in A.C.circuits, 

power factor, Principle of generation of single phase & Three phase voltages. Power in balanced three phase A. 

C. systems. 

Electrical Measurements (08 Hrs) 

Deflecting, controlling and damping mechanisms. Ammeters and voltmeters of permanent magnet moving coil 

type, electrodynamometer type, Wattmeter, Induction type single phase, Extension of Instrument range. 

Single Phase Transformers (10 Hrs) 

Introduction, Basic principles, construction phasor diagram for transformer under no load, Transformer on load, 

Balance of mmf on two sides, Phasor diagram, Equivalent circuit, Losses, Efficiency, Regulation, Open-circuit 

& short-circuit tests. 

D.C.Machines (08 Hrs) 

Introduction, construction, EMF and Torque equation, classification, self-excitation of d. c. shunt generators, 

EMF, voltage, current relations in generator and motor, Characteristics, starting and speed control of d. c. 

motors. 

Introduction to AC Motors (07 Hrs) 

Construction, rotating field, synchronous speed, Rotor current, torque and slip, Principle of Single phase 

Capacitor Start motor, Universal motor. 

TEXT BOOK: 

A Textbook of Basic Electrical Engineering by S.B. Bodkhe, N.M.Deskar, Professional Pub. House Pvt. Ltd. 


1. Introduction to Electrical Engineering by Naidu, Kamakshaiah, Tata McGraw Hill. 

2. Basic Electrical Engineering by H. Cotton.

3. A Textbook of Electrical Engineering Electrical Engineering Vol. I & II by B.L.Theraja, S. Chand & Co. 

4. Laboratory courses in Electrical Engg, S G Tarnekar, P K Kharbanda, S B Bodkhe, S D Naik, Chand & Co. 

5. Electric Machinery by Nagrath, Kothari, Tata McGraw Hill. 

BEEP106 TERM WORK: Any Eight experiments 

LIST OF EXPERIMENT 

1. Introduction to Basic Electrical Engineering Laboratory/Equipment/Meters 

2. To Verify Superposition Theorem. 

3. To Determine Resistance and Inductance of Choke Coil. 

4. To Plot B-H Curve of Magnetic Material. 

5. To Plot Phasor Diagram of R-L-C Series Circuit. 

6. To Study Resonance in R-L-C Series Circuit. 

7. To Study resonance in Parallel circuit. 

8. To Study improvement of Power Factor by Capacitor. 

9. To Find Efficiency and Regulation Of Single Phase Transformer By O/C & S/C Test. 

10. Verification of Line Voltage and Phase Voltage in Three Phase Star Connected Balanced Load. 

11. To Observe Reversal of Three Phase Induction Motor. 

12. Speed Control of Dc Shunt Motor. 

13. Open ended experiment.

BCEL107 ENGINEERING MECHANICS 








Practical Work Exam (PWE): 50 

OBJECTIVE: 

The purpose of mechanics is to explain and predict physical phenomena and thus to lay the foundations for 

engineering applications. 

Fundamentals of Statics: 01 Hr 

Definition of mechanics, Body, Rigid Body, Scalar quantities, Vector quantities, Representation of vector, 

Fundamental Units, Derived Units, Particle, Mass, Weight, Fundamental principles of mechanics, Newton’s law 

of universal gravitation. 

Equivalent Force System (2-D): 04 Hrs 

Concept of Force, Unit Newton force, System of force, Principle of transmissibility of force, Resolution and 

composition of coplanar force system, Resultant, Equilibrant, Law of parallelogram of force, Triangle law, 

Polygon law, Moment of force, Varignon’s theorem, Couple and it’s properties, Reduction of system of forces 

into a force couple system. Numericals on equivalent force involving co-planer force systems acting on body, 

Numericals on reduction of system of forces into a force couple system. 

Equilibrium of Two Dimensional Force System` 02 Hrs 

Force System : 

Concept of equilibrium, Principles of equilibrium, Equations of Equilibrium, Lami’s theorem, Numericals on 

equilibrium involving co-planer force systems acting on body. 

Equilibrium of Two Dimensional Force System: 06 Hrs 

Beam: 

Beam, Simply Supported Beam, Overhanging Beam, Beam reaction, Types of load acting over beam i.e. 

Concentrated load, Uniformly distributed load (UDL), Uniformly varying load (UVL), Types of support i.e. 

Simple support, Hinge support, Roller Support, Numericals on reaction of beam subjected to combination of 

loads. 

Analysis of Truss : 

Perfect Frame, Imperfect frame, Deficient frame, Redundent frame, Assumptions made in analysis of truss, 

Method of joints, Method of sections, Numericals on forces in the members of a truss. 

Spatial Force System (Three Dimensional Force System ) : 08 Hrs 

Component of force in a space, Resultant of spatial force system, Force multiplier, Cartesian form of 

representation of vector, Unit vector, Position vector, Displacement Vector, Scalar product or Dot product, 

Vector product or Cross product, Length of common perpendicular between two non intersecting vectors,

Shortest distance, Moment of force about point, Moment of force about axis, Moment arm of force about point, 

Moment arm of force about axis, Resultant moment, Couple 

Friction: 03 Hrs 

Definition of friction, Types of friction, Angle of repose, Coulombs laws of dry friction, Analysis of rigid 

bodies on rough inclined surfaces 

Properties of Areas: 04 Hrs 

Centroid of plane areas, Moment of Inertia of composite lamina, Radius of gyration, Second moment of area, 

Product of inertia, Parallel axis theorem, Perpendicular axis theorem, Polar moment of inertia, Moment of 

inertia & product of inertia about new axes, Principal moment of inertia and principal axis direction by 

analytical method only 

Virtual Work: 03 Hrs 

Virtual Displacement, Definition of virtual work, Principles of virtual work, Virtual work method applied to 

beams, frames & mechanisms. 

Kinematics: 03 Hrs 

Motion curves, Rectangular components of acceleration, Normal & tangential components of acceleration 

Kinetics: 03 Hrs 

Kinetics of rectilinear and circular motion of a particle acted upon by a constant and variable force system. 

D’Alembert’s principle, Concept of dynamic equilibrium, Rectilinear motion of interconnected bodies / 

particles. (Limited to two interconnected bodies). 

Impulse and Momentum: 03 Hrs 

Linear impulse, Linear momentum, Momentum equation for a particle and a system of particles, Direct central 

impact, Coefficient of restitution. 

Simple Stress & Strain: 05 Hrs 

Elasticity, Elastic body, Plastic body, Rigid body, Perfectly elastic body, Partially elastic body, Axial loading. 

Stress, Strain, Tensile stress & strain, Compressive Stress & Strain, Elastic limit, Hook’s law, Stress strain 

curve, Working stress, Allowable ( safe ) stress, Factor of safety, Principle of superposition, Numerical on bar 

of different sections with uniform materials, Natural deformation, Thermal stress & strain in homogeneous bars. 

TEXT BOOK: 

Engineering Mechanics: F. L. Singer, Harper Publication- Third Edition 


1. Vector Mechanics for Engineers : Beer & Johnston, Tata McGraw Hill Company. 

2. Engineering Mechanics ( Statics ) e - Book. : Timoshenko & Young 

3. Engineering Mechanics : Iriving K. Shames, Pearson Education Asia Pvt. Ltd.

4. Engineering Mechanics : I.C. Haung 

5. Engineering Mechanics : Hibbler, Prentice Hall;10th edition (September 19, 2003) 

6. Engineering Mechanics (Statics): Mokashi, Tata McGraw Hill Pvt. Ltd. 

7. Engineering Mechanics ( Dynamics): Mokashi, Tata McGraw Hill Pvt. Ltd. 

8. Engineering Mechanics : Basudeb Bhattacharyya (Oxford Publication) 

BCEP107 TERM WORK: Any Eight experiments 

LIST OF EXPERIMENTS: Any eight from the list 

1) Familiarity (study) of simple lifting machines. 

2) Determination of reactions at the supports of simply supported beam. 

3) Determination of forces in the members of jib crane. 

4) Determination of coefficient of friction of inclined planes 

5) Determination of coefficient of coil friction. 

6) Determination of forces in the members of a shear leg apparatus. 

7) Determination of velocity ratio, law of machine for “Simple Screw Jack”. 

8) Determination of velocity ratio, law of machine for “Differential Axle and Wheel”. 

9) Determination of velocity ratio, law of machine for “Single Purchase Crab Winch” or “Double Purchase 

Crab Winch”. 

10) Determination of mass moment of inertia of flywheel. 

11) Determination of ‘g’ by compound pendulum. 

12) Verification of Newton’s second law of motion by Fletcher’s trolley. 

13) Study of gear trains. 

14) Open ended experiment. 

GRAPHICAL SOLUTIONS: 

Minimum two graphical solutions (On Half Imperial Drawing Sheet) 

• Verification of law of parallelogram of force & verification of law of polygon of forces. (One numerical 

on each ). 

• Resultant of force system : 

Graphical solution to non-concurrent force system & parallel force system. 

(One numerical on each) 

• Equilibrium of force system : 

Determination of beam reaction & determination of forces in the members of a truss. (One numerical on 

each). 

• Determination of principal moment of inertia and principal axis direction by “Mohr’s Circle Method”. 

(Two numericals)

BMEL108 ENGINEERING GRAPHICS 

SEMESTER - I [1L+ 4P] 



Tutorial: Nil Class Asses. Exam (CAE): 20 Marks 

Practical: 4 Hrs /Week End Semester Exam: 60 Marks 



Practical Internal: 25Marks 

Practical External: 25Marks 

OBJECTIVE: 

Computerized drafting is an upcoming technology and provides accurate and easily modifiable graphics entities, 

easy data storage and retrieval facility and enhances students’ creativity, imagination skill and drafting skills to 

communicate design ideas 

Introduction ( 2 Hrs) 

Use of various drawing instruments, lines, lettering and ISI standards for drafting. Simple geometrical 

construction . 

Definition of scale, Representative fraction, construction of various scales such as Plain, Diagonal, 

Comparative, Vernier, and Scale of Chords. Introduction to basic Engineering curves (conic sections ) 

Theory of Projections ( 2Hrs) 

Theory, techniques, first and third angle projections, multi view drawing from pictorial views.) and view in 

orthographic projections. Projection of points. Projection of straight lines inclined to both reference plane. 

Projection of Planes ( 2Hrs) 

Projection of plane figures such as triangle, quadrilateral, regular polygons circle, Plane inclined to both 

reference plane. Auxiliary planes and view: Auxiliary vertical plane and Auxiliary inclined plane. True shapes 

of plane figures. 

Projection of Solids ( 3 Hrs) 

Projections of solids such as Prisms, pyramids, cone, cylinder with varying position of axes with ground line. 

Sections of solids (3 Hrs) 

Section of solid such as Prisms, pyramids, cone, cylinder and introduction to development of surfaces. 

Orthographic Projection (2 Hrs) 

Conversion of pictorial view of solid to orthographic views. 

TEXT BOOK: 

Engineering Drawing with an Introduction to Auto CAD, Dhanajay A. Jhole, Tata Mc Graw Hills 

Publishing company Ltd, Second Edition 


1. A text book of Engineering Drawing by N. D. Bhatt & V. M. Panchal, Charotar Publisher, 2007. 

2. A text book of Engineering Drawing by R. K. Dhawan / P. J. Shah 

3. Engineering Graphics by Phakatkar, Nirali Publications

BMEP108: TERM WORK Engineering Graphics 

Unit Learning Objectives Topics to be covered 

1 

Introduction to software 

“Intelli CAD – Professional 

6.6” 

2 Theory of Projections 

3 Spatial geometry 

4 

Geometrical solids and 

sections 

Basic commands 8 

Theory, techniques, first and third angle 

projections, multi view drawing from pictorial 

views. Theory of isometric, construction of 

isometric from orthographic 

Projection of points; lines, true lengths, 

inclinations; planes 

Construction of right, regular, oblique solids. 12 

Practical 

classes 

Term Work: Student should submit hard copy of the above work based on the above practical topics. 

TEXT BOOK: 

Engg. Graphics with Auto CAD, D. M. Kulkarni, A. P. Rastogi, A. K. Sarkar, Apmyimate PHI Learning 

Private Ltd., New Delhi- Revised Edition 


1. N. D. Bhatt & V. M. Panchal., Engineering drawing, Charotar publisher, 2007. 

2. A text book of Engineering Drawing by R. K. Dhawan / P. J. Shah 

3. Engineering Graphics by Phakatkar, Nirali Publications 

24 

12

BMEP 111 WORKSHOP PRACTICE 

SEMESTER -II [2P] 

Teaching Scheme: Evaluation Scheme: Practical 

Practical: 2 Hrs /Week Practical work Exam (PWE): 50 Marks 

Credits: 01 

OBJECTIVE: 

Topics to be studied or demonstrated during practical-Names, uses and setting of hand tools for Black smithy, 

Fitting, Carpentry and Welding. Students can do the work related to Mini-Modeling in following workshops:- 

Mechanical 

Mechanical Workshop:-Welding: Work related to gas welding, arc welding equipments. 

Black smithy: Work of the smithy tools and the process. 

Fitting: Use of tools of fitting and the processes involved in fitting. 

Carpentry: Applications of different carpentry tools and the carpentry processes. 

Electrical 

Electrical Workshop:- Work related to electromagnet, wind power generation, Twilight system, earthling 

system. 

Basic Electrical Lab: Work related to Ohms Law 

Electronics 

Electronics Workshop:-Electronics Workshop Lab; By using PCBs students can prepare Smart Sensors, 

Smart Gadgets like wireless communication, display, voice operating system. 

Electronic Circuits & Devises Lab: Various Electronics circuits can be prepared and tested on Bread Board in 

EDC Lab like Regulator, Oscillators, Power supplies, Transistors based amplifier. Embedded System Lab: 

Project like temperature control traffic light control, Memory circuits can be prepared in this lab. 

Computer 

Computers workshop:- Multimedia lab: Where tools like Flash Develop, Game Factory and Game Marker 

are available for Designing games. 

IT Software Lab: For graphic programming, Physical Modeling of musical instruments, Image Processing, 

Web Designing. 

Computer Lab:- Kits are available for projects based on Embedded System and Smart Environment. 

*It is mandatory for the students to use above workshop for preparing their Mini Model. 

TEXT BOOK: 

Course in Workshop Technology Volume-I, B. S. Raghuwanshi, Laxmi Publication-Revised Edition

BFYP112 MINI MODELING 

SEMESTER -II [2P] 

Teaching Scheme: Evaluation Scheme: Practical 

Practical: 2 Hrs /Week Practical Work Exam (PWE): 50 Marks 

Credits: 01 

OBJECTIVE: 

Different themes will be selected by the students in the First semester depending on their interests and abilities. 

Later, they have to give the detailed topic and prepare working model in Second Semester. 

Evaluation Scheme of Mini-Modeling:- 

Model Working / 

Not Working 

Creative / 

Innovative 

Knowledge of concept/ 

Explanation (Viva) 

Aesthetic 

Total 

(10 Marks) (15 Marks) (15 Marks) (10 Marks) (50 Marks)

MBL101 GENERAL PROFICIENCY 

SEMESTER-I [2P] 

Teaching Scheme: 

Practical: 2 Hrs /Week 

Audit course 

OBJECTIVE: 

To analyze the potential of the students through Self Analysis, building up their Self Esteem, helping them to 

set up their Goals through Goal Setting, developing a healthy and positive Attitude. The GP training also 

focused on Change management and Time management as well. Grooming and etiquette were an integral part 

of the teaching. 

Orientation: Face to face with future- Need & Importance of soft skills in the career of Engineering graduate 

Change Management: Different aspects of change in life & how to incorporate positive change in one’s life as 

per environment 

Attitude Development: Programming one’s mind for positive results 

Self Esteem: Understanding and changing self image for betterment 

Self Analysis: Significance & Techniques of SWOT 

Goal Setting: To set & pursue well defined objectives for one’s life 

Time Management: Understanding value of time & managing it-List time savers & time wasters 

Dress & Appearance: Significance & application of Occasion wise dressing. Understanding & improving self 

appearance 

Manners & etiquettes: Dinning & Social etiquettes 

Introduction to Aptitude & Vocabulary Building 


1. Unlimited Power by Anthony Robbins 

2. Awaken the giant within you by Anthony Robbins 

3. Success Never Ends, Failure is Never Final by Robert Schuller 

4. How to read a person like a book by Oscar Bruce 

5. Body Language by Allen Pease

BHUL113 COMMUNICATION SKILLS 

SEMESTER-II [2L] 

Teaching Scheme: 

Lectures: 2Hrs /Week 

Credits: 02 

OBJECTIVE: 

Improving communication and language speaking abilities, enhance power of expression, vocabulary and 

personality development 

Types of Communication: Verbal- Spoken communication – Language lab 

Written communication- Upward & Down Communication 

Para lingual – Toll, Voice, Rolling, Accent, Pronunciation, 

Pause, Repetition 

Non-Verbal- Body language 

Introduction to Effective Public speaking & Orientation: Debate, Group discussion, extempore etc. 

Vocabulary Building: Building new words from combination of basic roots in latin, roman, greek etc. 

TEXT BOOK: 

Technical Communication by Dr. Minakshi Raman and Sangeeta Sharma 


1. How to read better and faster by Norman Lewis 

2. Thirty days to more power vocabulary by Wilfred Funk and Norman Lewis

Syllabus - GH Raisoni College Of Engineering

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