bollikunta, khila warangal (mandal), warangal urban-506 ... b.tech co's.pdf · problem in...

VAAGDEVI COLLEGE OF ENGINEERING Autonomous

Bollikunta, Khila Warangal (Mandal), Warangal Urban-506 005 (T.S), www.vaagdevi.edu.in

DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING

Course Outcomes for B.Tech (EEE) for the year 2015-16

Course

Outcome

Year /

semester:

I/I Sem

Subject Name (Subject Code)

Mathematics (A9001)

L: 4 T: 0 P: 0

Total: 4

Credits : 4

After the completion of this course, the students should be able to

1 Identify order and linearity of differential equation for classical problems.

2 Develop different models for first order and higher order differential equations manually

and technological based methods.

3 Judge the consequences and geometrical approach to the mean value theorems and

engineering applications to mathematical problems.

4 Formulate, test different geometries using integral form to compute areas and volumes.

5 Deduce general solution for initial and boundary value problems using Laplace transform

technique and developing advanced aspects in Laplace transform, Adopt Laplace

transform techniques to solve second order ordinary differential equations

Course

Outcome

Year /

semester :

I/I Sem


English (A9012)

L: 3 T: 0 P: 0

Total: 3

Credits : 3


1 Equip the components of different forms of communication skills.

2 Able to guess meanings of words from context and grasp the effective vocabulary.

3 Recall the enrichment of comprehension and fluency will be adaptable.

4 Gain confidence in using language in varied situations

5 Develop and Communicate by stating main ideas relevantly and coherently in speaking

& writing.

Course

Outcome

Year /

semeste:

I/I Sem


Applied Physics (A9007)

L: 4 T: 0 P: 0

Total : 4

Credits : 4


1 Expertise statistical mechanics and quantum mechanics and apply for new innovations.

2 Develop classical free electron theory of metals and its successes along with its

drawbacks. Interpret to calculate number of charge carriers in a semi conductor.

3 Compare dielectrics and magnetic materials along with their engineering applications.

4 Compare different types of lasers, their construction and applications in engineering

field.




5 Understand fundamentals of optical fibres and apply their applications.

Course

Outcome

Year /

semeste:

I/I Sem


Engineering Chemistry (A9011)

L: 3 T: 0 P: 0

Total : 3

Credits:3


1 Design polymeric engineering materials.

2 Construct batteries and classify different electronics and electrical like cells,

electrodes, etc., help them to construct different electrical/ electronic part.

3 Examine types of impurities are present in water, specification of drinking water.

4 Apply phase rule and adsorption to construct the materials by analyzing their

compositions.

5 Explain the corrosion behavior of metals/ activity of metals.

Course

Outcome

Year /

semester:

I/I Sem


Engineering Graphics (A9303) L: 2 T: 0 P: 4

Total : 6

Credits : 4


1 Learn the principles of Engineering Graphics and their significance, ISO and ANSI

standards for coordinate dimensioning- usage of Drawing instruments, lettering

2 Perform projection of lines inclined to one or two planes

3 Perform the projections and views on the planes and solids

4 Development of surfaces on solids and understand and draw different types of conic sections

5 Convert orthographic views into isometric views and vice versa. And explore various

computer technologies for graphical communication

Course

Outcomes

Year /

Semester :

I / I-Sem

Subject Name (Code):

English Language Communication

skills Lab (A9013)

L: 0 T: 0 P: 3

Total: 3 Credits: 2


1 Understand better the nuances of language through audio-visual experience and group

activities.

2 Develop Neutralization of accent for intelligibility.

3 Speak out with clarity and confidence thereby enhances the employability skills of the

students by acquiring knowledge and techniques.

4 Speak fluent English through advanced vocabulary to improve quality in speaking.

Course

Outcome

Year /

Semester :

I / I -Sem

Subject Name (Code): Applied

Physics Lab (A9008)

L: 0 T: 0 P: 3

Total: 3

Credits: 2

After the completion of this course, the students should able to




1 Correlate principles with applications of CR, LCR, and Circuits.

2 Enlighten the student about modern equipment like solar cell, optical fibre etc.,

3 Have the exposure to these experiments, and the student can compare the theory and

correlate with experiment.

4 Meliorate the knowledge of Lasers, & Light properties.

Course

Outcome

Year /

semester

I/I Sem


Engineering Workshop & IT Work

Shop (A9307)

L: 0 T: 0 P: 3 Credits: 2


1 Perform different trade exercise.

2 Assemble and Disassemble a computer and diagnostic exercises with installation of operating systems and Linux Tools.

3 Explore industrial environment and operation of power tools

4 Gain knowledge of foundry, welding, black smithy, fitting and house wiring

Course

Outcome

Year /

semester:

I/II Sem


Mathematics – II (A9002)

L: 3 T: 1 P: 0

Total: 4

Credits:4


1 Find rank of the matrix by solve system of simultaneous linear system equations.

2 Find Eigen values and Eigen vectors and analyze the properties of matrix.

3 Find Fourier Series and Fourier Transforms. Apply Fourier Series and Fourier

Transforms con interpret in respective engineering fields.

4 Evaluate physical quantities involving in engineering fields related to vector valued

functions. Categorize the basic properties of vector valued functions and able to solve

line, surface and volume integration.

5 Apply a range of techniques to find solutions from standard partial differential equations

to diverse situations in Physics, Engineering and other Mathematical contents.

Course

Outcome

Year/Semeste

r:

I/II sem

Subject Name(Code):

Environmental Science(A9014) L: 3 T: 0 P: 0

Total: 3

Credits: 2


1 Recall previously learned ecosystem and find how the biodiversity changes went in the

environment.

2 Demonstrate outlines of types of pollutions and Classify the types of pollutants and distinguish the functions of sustainable development that take part in the environment.

3 Apply models of food chains and energy flow models to solve the identified parameters.

4 Design the experiments with BOD,COD, OD and estimate the micro organisms which

cause contamination and can propose solutions




Course

Outcome

Year /

semester

I/II Sem


Computational Mathematics (A9004)

L: 2 T: 0 P: 0

Total: 2

Credits: 2


1 Understand the mathematical principles to find the roots of an Algebraic and

Transcendental Equations by iterative methods.

2 Use the difference operator and find the required interpolations.

3 Understand Fitting of curves following the data using least square principles.

4 Solve the numerical equations using numerical methods like Runge-Kutta, Eulers, etc.

Course

Outcome

Year /

semester

I/II Sem


Electrical Circuits - I (A9201)

L: 3 T: 1 P: 0

Total:4

Credits:4


1 Learn basics of electrical circuits such as laws, transformation and network reduction

techniques.

2 Explore the basic principles and concepts involved in AC circuits and analyse power in

series and parallel AC circuits

3 Understand various network theorems and its applications in electrical circuits.

4 Analyze the series and parallel magnetic circuits with basic magnetic principles and laws

of electromagnetic induction.

5 Explore various network topologies and analyze the networks with loop and nodal

methods with dependent and independent current and voltage sources.

Course

Outcome

Year /

semester

I/II Sem


Electronic Devices and Circuits

(A9401)

L: 4 T: 0 P: 0

Total:4

Credits:4


1 Understand operation of analog devices and circuits. Evaluate the characteristics and

equivalent circuit of diodes

2 Acquire knowledge of rectifiers and filters and their classifications

3 Analyze the operation of oscillators and amplifiers.

4 Learn transistor biasing and stabilization

5 Design multi vibrators and wave shaping circuits using basic components.

Course

Outcome

Year /

semester

I/II Sem


Problem solving and Computer

Programming (A9501)

L: 4 T: 0 P: 0

Total:4

Credits:4





1 Understand the fundamental basics of programming language and learn to illustrate a

problem in flowchart. Learn the basic operators and expressions in C programming.

2 Analyze the concepts of sequencing, branching, looping with respective decision making

statements and also explore various functions and storage classes.

3 Implement different operations for problems using arrays , Strings and structures.

4 Learn the basics of pointers and various operations using pointers

5 Explore various file handling functions employed in problem solving.

Course

Outcome

Year /

semester

I/II Sem


Electronic Devices and Circuits

Lab(A9403)

L: 0 T: 0 P: 3

Total: 3

Credits: 2


1 Understand the use of RPS & CRO & different meters and test electronic circuits using

experiment boards.

2 Explore the operation of different electronic components and design electronic circuits to meet specific requirements.

3 Understand working principle of electronic circuits.

4 Evaluate the characteristics of the electronic circuits.

Course

Outcome

Year /

semester

I/II Sem


Problem solving and Computer

Programming Lab (A9502)

L: 0 T: 0 P: 3

Total: 3

Credits: 2


1 Understand the fundamentals of C programming.

2 Analyze concepts of sequencing, branching, looping and decision making statements to

solve scientific and engineering problems.

3 Implement different operations on arrays and creating and using of functions to solve

problems.

4 Design and implement different types of file structures using standard methodology.

Course

Outcome

Year /

semester

II/I Sem


Mathematics-III (A9003)

L: 3 T: 1 P: 0

Total:4

Credits: 3


1 Illustrate to explain the Fundamental concepts of complex analysis by analyzing their

role in modern Mathematics and Applied contents.

2 Classify what are trigonometric functions and algebraic functions and able to transform




the trigonometric functions in to the algebraic functions

3 Study the complex variables and predict to identify ordinary point, singular point and

regular point for the given ordinary differential equations.

4 Explain the residue concepts and utilize its relation to express in terms of Taylor’s and

Laurent’s series. Calculate very complicated Integrals through the use of Residue

Theorem

5 Understand Z-Transforms to solve the particular solution of the differential equation

without finding the General Solution and are able to solve the applications of differential

equations with boundary and initial conditions.

Course

Outcome

Year /

semester

II/I Sem


Electromagnetic Fields (A9205)

L: 4 T: 0 P: 0

Total : 4

Credits :4


1 Explore various coordinate systems and evaluate electric field intensity, work done and

torque of an electric dipole. Learn various laws and equations of electric potential

function.

2 Study the behavior of conductor in electric field and explore the types of capacitance

with different dielectric medium. Evaluate the energy stored, energy density and current

density.

3 Learn the basics of static magnetic field and evaluate magnetic field intensity in different

structure of filaments.

4 Evaluate and analyze the force and magnetic potential in magnetic field in different

condition

5 Explore the static and dynamically induced emf and power in time varying fields

Course

Outcome

Year /

semester

II/I Sem


Electrical Circuits –II (A9206)

L: 4 T: 0 P: 0

Total: 4

Credits :4


1 Understand the basics of network representation, method of analysing the network and

duality of network.

2 Analyse balanced and unbalanced three phase circuits and measure voltage, current and

power in three phase star and delta connections.

3 Study the transient response of series and parallel RLC circuits for DC and sinusoidal

excitations. Analyse the response for step, ramp, impulse etc., using Laplace transformation

4 Study different types of network functions and evaluate the network parameters in two

port network using transformed variables.

5 Learn about different types of filters and Fourier analysis applied to AC circuits




Course

Outcome

Year /

semester

II/I Sem


Electrical Machines-I (A9207) L: 4 T: 0 P: 0

Total: 4

Credits :4


1 Understand the concepts of Electromechanical energy conversion principles in single and multi-excited magnetic field systems. Learn to derive force, torque developed in single

and multi-excited systems

2 Understand the construction and principle of operation of DC generators and Analyze the

effect of armature reaction and the process of commutation in DC machines

3 Study the types and characteristics of the DC generators based on construction and

excitation. Analyze parallel operation of DC Generators.

4 Understand the operation and speed control of DC motors

5 Evaluate the losses and efficiency of DC machines and testing of DC machines

Course

Outcome

Year /

semester

II/I Sem


Data Structures Through C++

(A9506)

L: 3 T: 0 P: 0

Total: 3

Credits: 3


1 Differentiate between structured programming and object oriented programming

language and understanding the features of C++ supporting object oriented

programming.

2 Explain and apply the major object oriented concepts to implement object oriented

programs in C++

3 Build the basic knowledge to handle operations like insertions, deletions, searching, and

traversing mechanisms in linear data structures

4 Examine with advanced data structure such as hash tables and priority queue data

structures

5 Gain knowledge on trees, balanced trees, graphs and developing C++ code for non-

linear data structures

Course

Outcome

Year /

semester

II/I Sem


Electrical Circuits Lab (A9208)

L: 0 T: 0 P: 3

Total: 3

Credits:2


1 Study the operation of electronic devices both theoretical and applied concepts.

2 Design electronic circuits to meet specific requirements.

3 Understand operation of analog devices and circuits.

4 Design and analyze the operation of oscillators, amplifiers, multi-vibrators and wave

shaping circuits

Course Year / Subject Name (Subject Code) L: 0 T: 0 P: 3 Credits: 2




Outcome semester

II/I Sem

Computational Mathematics Lab

(A9015)

Total: 3


1 Make use of programs to find numerical solutions.

2 Develop interpolation techniques.

3 Develop fitting of curves through the given data by software.

4 Find the iterations for different numerical integration problems.

Course

Outcome

Year /

semester

II/I Sem


Data Structures Through C++

Lab(A9507)

L: 0 T: 0 P: 3

Total: 3

Credits: 2


1 Design and implement Object Oriented Programming concepts.

2 Select the appropriate Data Structure for given problem.

3 Illustrate operations like searching, insertion, deletion and traversing mechanism on

various data structures

4 Understand and apply the hashing techniques and Design and implement Linear and

Non-Linear Data Structure

Course

Outcome

Year /

semester

II/I Sem


Personality Development & Soft

Skills* (A9020)

L: 2 T: 0 P: 0

Total: 2

Credits: 0


1 Understand one’s own personality and enhances successful living

2 Get ideas on physical, emotional, social, cognitive, moral to achieve the objectives of life

3 Identify the individual skill and learn the balanced living

4 Develop communication skills, integrate class room learning with real life behaviour

Course

Outcome

Year /

semester

II/II Sem


Power Systems-I (A9211)

L: 3 T: 1 P: 0

Total:4

Credits: 3


1 Get a thorough knowledge on the thermal, nuclear, gas and hydro power plants operation.

2 Gain knowledge on AC and DC distribution operation and their calculation and

differentiate AIR insulated and GAS insulated indoor/outdoor substations operation.

3 Explore various voltage control and power factor improvement techniques.




4 Design and analyse the layouts of substation and underground cables.

5 Learn the economics aspects of power generation and different types of tariff methods.

Course

Outcome

Year /

semester

II/II Sem


Electrical Machines –II (A9212)

L: 4 T: 0 P: 0

Total:4

Credits: 4


1 Understand the construction and operation of single-phase and three-phase transformers. Analyse its operation on load and evaluate its efficiency

2 Learn various testing and parallel operation on transformers

3 Explore various poly phase connections possible with three phase transformers and understand the tap changing in transformer.

4 Understand the construction, classification and principle of operation of induction motors

5 Study the testing and starting methods of induction motors and explore various speed control methods of induction motors

Course

Outcome

Year /

semester

II/II Sem


Electrical Measurements and

Instrumentation (A9213)

L: 4 T: 0 P: 0

Total:4

Credits: 4


1 Learn basic terms and principles of all measuring instruments. Compare the performance

of MC, MI and Dynamometer types of measuring instruments, Energy meters and CRO

in terms of torque developed

2 Study the operation of potentiometers and measuring transformers and its applications,

Compute the errors in CTs and PTs

3 Explore various instruments for measurement of power and energy

4 Determine the circuit parameters using AC and DC bridges. Understand the fact of

applying respective bridge for measure low, medium and high resistance, capacitance

and inductors.

5 Identify various transducers for the measurement of temperature, displacement and

strain. Understand and relate the performance of industrial instrumentation

Course

Outcome

Year /

semester

II/II Sem


Thermal and Hydro Prime Movers

(A9359)

L: 3 T: 0 P: 0

Total:3

Credits: 3


1 Describe the basic components of steam power plants and working principles of different

types of steam turbines

2 Explain the working principle of different types of gas turbines

3 Identify the main components of diesel power plant and explain the working principle of

diesel engines

4 Discuss the working principle of different types of hydraulic turbines




5 Illustrate the working principle of centrifugal and reciprocating pumps.

Course

Outcome

Year /

semester

II/II Sem


Switching Theory and Logic Design

(A9407)

L: 3 T: 0 P: 0

Total: 3

Credits: 3


1 Learn to convert numeric information in different forms, e.g. different bases, signed

integers, various codes such as ASCII, gray, and BCD.

2 Manipulate simple Boolean expressions using the theorems and postulates of Boolean

algebra and to minimize combinational functions.

3 Design and analyze small combinational circuits and apply the standard

combinational functions/ building blocks to build larger more complex circuits

4 Design and analyze small sequential circuits and devices and apply

standard sequential functions/building blocks to build larger more complex circuits

5 Understand the importance and need for verification and testing of digital logic circuits.

Course

Outcome

Year /

semester

II/II Sem


Pulse Digital and Linear Integrated

Circuits (A9447)

L: 3 T: 0 P: 0

Total:4

Credits: 3


1 Study the complete response of R-C and R-L-C transients circuits

2 Understand and apply the operational amplifiers for constructing linear integrated

circuits.

3 Explore different families of digital integrated circuits and their characteristics

4 Understand the applications of diode as integrator, differentiator, clippers, clampler

circuits

5 Analyze underlying principle of the digital to analog conversion and vice-versa.

Course

Outcome

Year /

semester

II/II Sem


Electrical Machines-I Lab (A9214)

L: 0 T: 0 P: 3

Total:4

Credits: 2


1 Learn to select range of apparatus based on the ratings of various DC Machines testing.

2 Determine Characteristics of DC machines by conducting tests.

3 Evaluate the efficiency of the machine by analyzing test results.

4 Study speed control methods for dc machines.




Course

Outcome

Year /

semester

II/II Sem


IC PDC Lab (A9448)

L: 0 T: 0 P: 3

Total:3

Credits: 2


1 Design and analyse the R-C circuits, clippers, clampers, adder, Subtractors using IC741

2 Design and Understand the operation of differentiator and integrator using IC741

3 Design and analysis of active filters, timers, and waveform generator

4 Understand the operation of VCO using IC 566

Course

Outcome

Year /

semester

II/II Sem


Gender Sensitization* (A9019)

L: 2 T: 0 P: 0

Total:2

Credits: 0


1 Define the need and importance of women empowerment.

2 Extend the levels of understanding and classification of gender disparities.

3 Identify the need of equal distribution of work in the entire sector irrespective of gender.

4 Construct the emergency needs of saving girl child.

Course

Outcome

Year /

semester

III/I Sem


Power Systems - II (A9215)

L: 4 T: 0 P: 0

Total:4

Credits: 4


1 Calculate and design electrical circuit parameters for various types of electrical

conductors.

2 Evaluate the performance of short and long transmission line by estimating the regulation and efficiency.

3 Study the system transients and analyse the same for different operating conditions of

transmission lines and explore various parameters affecting the performance of

transmission lines.

4 Evaluate the overhead line insulators configuration and calculate sag and tension the

transmission lines.

5 Gain knowledge on underground cables and calculate the insulation requirement of the

same

Course

Outcome

Year /

semester

III/I Sem


Control Systems(A9216)

L: 4 T: 0 P: 0

Total:4

Credits: 4


1 Learn basic concepts of control systems and explore various feedback system and Analyzes electromechanical systems by mathematical modelling.




2 Learn to represent various systems in block diagram and signal flow graph.

3 Determine transient and steady state behaviour of systems using standard test signals.

4 Analyse the system stability using routh Hurwitz crieterion, bode plot and root locus

technique

5 Analyse the stability of systems in frequency-domain using various stability criterions and explore various control design techniques

Course

Outcome

Year /

semester

III/I Sem


Power Electronics (A9217)

L: 4 T: 0 P: 0

Total:4

Credits: 4


1 Gain knowledge on Power Semi-Conductor Devices and Commutation Circuits and

Construct V-I characteristics of all power semiconducting devices

2 Understand and model single phase Half and fully controlled converters.

3 Understand three pulse and six pulse converters operation and bridge connections

with R and R-L and R-L-E loads

4 Learn the operations of AC Voltage Controllers & Cyclo Converters.

5 Know about on Choppers and Inverters applications

Course

Outcome

Year /

semester

III/I Sem


Renewable Energy Sources (A9218)

L: 3 T: 0 P: 0

Total:3

Credits:3


1 Understand the Role and potential of renewable energy sources, solar in particular.

2 Analyse Solar Energy Collection through different collectors and understand different Solar Energy Storage and Applications

3 Understand the basics of energy conversion and potential of wind energy and bio-mass

4 Understand the structure and principle of working of geothermal and ocean thermal energy

conversion.

5 Explore various direct energy conversion sources in day today life

Course

Outcome

Year /

semester

III/I Sem


Reliability Engineering (A9219)

L: 3 T: 0 P: 0

Total:3

Credits:3


1 Understand the basics of reliability models and probability distribution functions

2 Model various complex networks and explore various methods of evaluating reliability

of the systems.

3 Explore various time dependent probability functions and evaluate network reliability

using probability distributions

4. Apply discrete Markov chain and continuous Markov processes for reliability evaluation

for a repairable and irreparable system




5. Explore frequency and duration techniques for evaluating reliability in multi-state

network.

Course

Outcome

Year /

semester

III/I Sem


Electrical Engineering Materials

(A9220)

L: 3 T: 0 P: 0

Total: 3

Credits:3


1 Impart the knowledge on electrical engineering materials classification and their

applications

2 Study the performance characteristics of various semiconducting, dielectric and insulation materials and their applications in design of electrical and electronic devices.

3 Study of various magnetic materials and their classification

4 Learn various special purpose of materials

5 Design various electronic components

Course

Outcome

Year /

semester

III/I Sem


Electrical Machines –III (A9221)

L: 3 T: 1 P: 0

Total:4

Credits:3


1 Get the knowledge on synchronous machine construction and its operation.

2 Explore various methods of regulating the voltage in salient and non-salient machine

3 Understand the Parallel operation of synchronous generator and analyse the current

waveform under short circuit

4 Analyse the Synchronous motors- principle of operation and Power circles

5 Gain knowledge on Single phase motors and Special motors applications.

Course

Outcome

Year /

semester

III/I Sem


Electrical Measurements Lab (A9222)

L: 0 T: 0 P: 3

Total:3

Credits:2


1 Gain strong foundation in Electrical measurements.

2 Apply knowledge of measurements on bridges.

3 Calibrate the wattcmeters.

4 Explore the applications of LVDT and other transducers.

Course

Outcome

Year /

semester

III/I Sem


Electrical Machines -II lab (A9223)

L: 0 T: 0 P: 3

Total:3

Credits:2


1 Select range of apparatus based on the ratings of Machines and Transformers.

2 Determine equivalent circuit parameters of transformers

3 Evaluate the efficiency of the machine through test results.

4 Study speed control methods for dc machines.

Course

Outcome

Year /

semester

III/I Sem


Basic Simulation Lab (A9224)

L: 0 T: 0 P: 3

Total:3

Credits: 2





1 Get simulation knowledge about nodal analysis

2 Simulate various signals generation

3 Analyse time response of LTI systems

4 Know the applications of Fourier Transforms and Laplace Transforms

Course

Outcome

Year /

semester

III/II Sem


Power Semiconductor Drives(A9225)

L: 4 T: 0 P: 0

Total:4

Credits: 4


1. Understand the control of DC motors using single and three phase converters

2 Design the control circuit and the power circuit for DC-DC converter to control DC motors

3 Explore the methods of controlling the induction motors using stator voltage and frequency

4 Evaluate the performance and speed torque characteristics of induction motor using rotor side control

5 Understand the Operation of self controlled synchronous motors by VSI and CSI

cyclo converters and explore the application

Course

Outcome

Year /

semester

III/II Sem


Power System Operation and

Control(A9226)

L: 4 T: 0 P: 0

Total:4

Credits:4


1 Study the fundamentals in economic operation of power systems.

2 Enhance the knowledge of hydro thermal scheduling and design it with various models.

3 Model various components of thermal unit and analyse the load frequency control of

single and two area system.

4 Study the causes of low power factor and explore the methods of improving power

factor and voltage

5 Understand the role of FACTS devices for reactive power control.

Course

Outcome

Year /

semester

III/II Sem


Managerial Economics & Financial

Analysis (A9621)

L: 3 T: 0 P: 0

Total:3

Credits:3


1 To learn the concepts of demand, elasticity of demand and demand forecasting and

methods of demand forecasting

2 Learn various issues involved in production decision analysis and understand the

importance of Break – Even Analysis in managerial decision making

3 Learn different types of market environment and pricing strategies under various

types of competition

4 Understand the significance of capital and explore the methods of capital budgeting

5 Understand the basics of financial accounting and its analysis

Course

Outcome

Year /

semester


Principles of Communication

L: 3 T: 0 P: 0

Total:3

Credits: 3




III/II Sem Systems(A9455)


1 Understand the Spectral characteristics of periodic and aperiodic signal and their

correlations

2 Learn the basic principles of analog modulations such as AM, FM, and PM and

explore their characteristics and deductions

3 Gain knowledge of base band transmission ISI and distortion free base band transmission

4 Gain the knowledge of different digital modulation techniques for digital transmission

5 Know the spread spectrum modulation techniques and different multiple access methods

and Study the error detecting and error correcting codes

Course

Outcome

Year /

semester

III/II Sem


Core JAVA (A9512)

L: 3 T: 0 P: 0

Total:3

Credits:3


1 Understand the basics of object oriented programming and define the JAVA

fundamentals.

2 Explain the reusability and implementing of interface.

3 Build the Packages and applying the error handling methods.

4 Analyze and to handle multitasking by using concepts of Threads

5 Explain data storage and ability to use the file management techniques.

Course

Outcome

Year /

semester

III/II Sem


Optimization Techniques (A9025)

L: 3 T: 0 P: 0

Total:3

Credits:3


1 Study the need of optimisation in electrical engineering problems

2 Learn the conventional or classical optimisation techniques such as LP, NLP etc.,

3 Learn to formulate the problem with constrained and unconstrained cases

4 Explore various modern intelligent optimisation techniques

5 Apply these techniques to real world problems such as transportation problem, travelling

salesman problem

Course

Outcome

Year /

semester

III/II Sem


High Voltage Engineering (A9227)

L: 3 T: 0 P: 0

Total:3

Credits: 3


1 Estimate the electric stress in solids, liquid and gaseous dielectrics and Explore these

insulation material applications in various electrical equipments.

2 Understand the collision process, ionisation and breakdown processes in gaseous, liquid

and solid dielectric materials.

3 Explore the methods of generating high voltage and currents and their measuring

techniques.




4 Study various non-destructive testing of materials and electrical apparatus and few high

voltage testing methods.

5 Get the knowledge of over voltage phenomenon and insulation coordination to study the

system faults and other abnormal conditions in extra high voltages

Course

Outcome

Year /

semester

III/II Sem


FACTS (A9228)

L: 3 T: 0 P: 0

Total:3

Credits:3


1 Know the concepts and types of FACTS controllers

2 Learn various voltage source converters operation employed for FACTS controllers and its comparison between current source inverter.

3 Explore various static shunt compensator and its various VAR regulation methods.

4 Explore the application of shunt compensation such as SVC and STATCOM and their

VAR controls

5 Learn various series compensators such as TCSC, TSSC and hybrid compensators.

Course

Outcome

Year /

semester

III/II Sem


Advanced Control Systems (A9229)

L: 3 T: 0 P: 0

Total:3

Credits:3


1 Understand the system nonlinearities and describe function analysis for non linear

control system

2 Learn the methods of isoclines for constructing the trajectories and perform phase plane

analysis for non linear control system

3 Apply verify various theorems for stability analysis of a linear and non linear continous

time autonomous system

4 Implement modal control and calculus of variations through state space anlaysis

5 learn to formulate optimal control problems

Course

Outcome

Year /

semester

III/II Sem


Utilization of Electrical Energy

(A9230)

L: 4 T: 0 P: 0

Total:4

Credits:4


1 Explore various classes of electric drives and study their characteristics to suitable

applications

2 Explore various methods of electric heating and electric welding in power system

applications

3 Understand the illumination fundamentals on Residential applications and Know electric

illumination methods and evaluate the design of lighting and flood lighting.

4 Study the electric traction and track electrification methods, learn the mechanics of train

movement.

5 Study the effect of varying acceleration and braking retardation, adhesive weight and

coefficient of adhesion.

Course

Outcome

Year /

semester

III/II Sem


HVDC Transmission (A9231)

L: 4 T: 0 P: 0

Total:4

Credits: 4





1

Explore various apparatus involved in constructing a DC links and distinguish DC transmission from AC transmission

2 Analyse different types of converters configuration, operation and understand their

performance.

3 Calculate Reactive power requirements in HVDC transmission and analyse the power flow in AC/DC system

4 Explore various converter faults and learn the protection schemes against over current

and over voltage in converter station

5 Study the effect of harmonics on system operation and filter ciruits to treat harmonics.

Course

Outcome

Year /

semester

III/II Sem


VLSI Technology & Design (A9464)

L: 4 T: 0 P: 0

Total:4

Credits: 4


1 Explore the various steps involved in fabrication of ICs using MOS transistor,

CMOS/BIMOS and Study their electrical properties to analyse the behaviour of inverters

2 Design the appropriate inverter depending on the specification for a circuits

3 Design different types of logic gated using CMOS inverter and analyse transfer

characteristics

4 Design simple programming logic devices such as PLA, PAL, FPGA and CPLD

5 Explore various testing strategies adopted in CMOS

Course

Outcome

Year /

semester

III/II Sem


Advanced English Language and

Communication Skills Lab (A9021)

L: 0 T: 0 P: 3

Total:3

Credits:2


1 Capable in Better Understanding of nuances of language through audio-visual experience and group activities.

2 Develop Neutralization of accent for intelligibility.

3 Speak out with clarity and confidence thereby enhances the employability skills of the students by acquiring knowledge and techniques.

4 Extend to speak fluent English, through advanced vocabulary to improve quality in

speaking.

Course

Outcome

Year /

semester

III/II Sem


Control Systems Lab (A9232)

L: 0 T: 0 P: 3

Total:3

Credits: 2


1 Simulate and analyse electrical and electronic circuits.

2 Analyse the response of time and frequency response of systems.

3 Model, simulate and analyse the performance of special Machines.




4 Analyse performance of feedback and load frequency control systems.

Course

Outcome

Year /

semester

III/II Sem


Power Electronics and Drives Lab

(A9233)

L: 0 T: 0 P: 3

Total:3

Credits:2


1 Study of Characteristics of SCR, MOSFET & IGBT AND Power Electronics Devices.

2 Learn the Forced Commutation Circuits (ClassA, ClassB, ClassC, ClassD & ClassE).

3 Simulate resonant pulse commutation circuit and Buck chopper in PSPICE.

4 Simulate of inverters with PMM control in PSPICE

Course

Outcome

Year /

semester

III/II Sem


Logical Reasoning and Quantitative

Aptitude * (A9018)

L: 2 T: 0 P: 0

Total:2

Credits:0


1 Improve logical thinking with general applications using mathematical concepts like sequences, series, number theory and probability

2 Analyse data interpretation

3 Improve mathematical skills in various general aspects like coding and decoding, puzzle

solving etc.,

4 Improve in academic and competitive levels in tackling real world problems

Course

Outcome

Year /

semester

IV/I Sem


Microprocessors and Micro

Controllers Architecture &

Programming (A9465)

L: 3 T: 1 P: 0

Total:4

Credits: 3


1 Understand architecture, memory management and functionality of various

microprocessors

2 Learn the instruction sets and addressing modes of 8086 microprocessor

3 Understand different Programmable Peripheral Interfaces with 8086 microprocessor

4 Learn the basic architecture, instruction sets and addressing modes of Microcontroller.

5 Understand of Real time control and AVR RISC Microcontroller Architecture

Course

Outcome

Year /

semester

IV/I Sem


Switch Gear and Protection (A9234)

L: 4 T: 0 P: 0

Total:4

Credits:4


1 Learn the basics of power systems protection schemes and explore the types of circuit

breakers and their operation.

2 Understand the design of static relays and electromagnetic relays construction and their

operation.

3 Explore various protection schemes for power equipments such as generator,

transformers, transmission lines and bus bar.




4 Understand the need of neutral grounding and study the effect of ungrounded neutral

grounding on system performance

5 Explore protection schemes against over voltages and insulation coordination in high

voltage systems.

Course

Outcome

Year /

semester

IV/I Sem


Database Management System

(A9511)

L: 3 T: 0 P: 0

Total:3

Credits: 3


1 Understand the fundamentals concepts of database management.

2 Analyze database models & Entity Relationship models and to draw the E-R diagram for

the given case study.

3 Apply relational Database Theory, and be able to write relational algebra expression for

queries and Utilize the knowledge of basics of SQL and construct queries using SQL.

4 Apply Normalization Process to construct the database. Explain Basic Issues of

transaction processing

5 Understand Concurrency control and Recovery strategies of DBMS.

Course

Outcome

Year /

semester

IV/I Sem


Advanced JAVA (A9571)

L: 3 T: 0 P: 0

Total:3

Credits:3


1 Understand the concept of Applets and develop stand alone applications using

applets. 2 Develop Graphical user Interface applications using Swing Components and

Understand the Event Handling Classes. 3 Explain database Connectivity through the Application 4 Develop JAVA Client/Server and Network Applications 5 Design Dynamic Applications Using JSP.

Course

Outcome

Year /

semester

IV/I Sem


Management Science (A9622)

L: 3 T: 0 P: 0

Total:3

Credits:3


1 Understand the basic principles, approaches and functions of management and identify

concepts to specific situations.

2 Understand marketing management process to discuss marketing mix in formulation of

marketing strategies during the life cycle of product

3 Explore the concept of human resource management, personnel management and

industrial relations.

4 Understand and explain the concept of project management including time and cost

analysis with simple real time problems.

5 Explore various strategic and contemporary management issues and their solution

methods.




Course

Outcome

Year /

semester

IV/I Sem


Computer Methods in Power Systems

(A9235)

L: 3 T: 0 P: 0

Total:3

Credits:3


1 Understand the need of network matrices and model various components in power system and Form Ybus using various methods.

2 Build impedance matrix using specific algorithm for fault calculations in power system

3 Perform and compare various load flow methods.

4 Study and analyse the security of power systems under various contingencies

5 Analyse the stability of power system for various system operating conditions

Course

Outcome

Year /

semester

IV/I Sem


Linear System Analysis (A9236)

L: 3 T: 0 P: 0

Total: 3

Credits: 3


1 Formulate of State equations for Electrical Networks and Apply Fourier series and transforms for network topology solutions

2 Integrate applications of Fourier and Laplace transforms to circuit analysis

3 Acquire knowledge in testing of polynomials and Synthesize and design networks by

Foster & Courier Methods

4 Understand the concept of signal sampling and study the effect of sampling on the reconstruction of signals

5 Learn the fundamental difference between continuous and discrete time signals and

application of Laplace, Fourier and Z transforms for analysing the signals

Course

Outcome

Year /

semester

IV/I Sem


Digital Signal Processing (A9423)

L: 3 T: 0 P: 0

Total:3

Credits:3


1 Understand the fundamental knowledge of analysing and processing of signal and

systems

2 Study the fundamentals of time, frequency and Z-Plane analysis and their

interrelationships.

3 Understand the theory and design of non recursive digital filters

4 Understand the theory and design of recursive digital filters

5 Understand the computer architecture of digital signal processing and explore various

DSPs

Course

Outcome

Year /

semester

IV/I Sem


Electrical Distribution Systems

(A9237)

L: 3 T: 1 P: 0

Total: 4

Credits:3


1 Understand the basic structure of electric distribution system and load modelling.

2 Gain knowledge on substations structure, location and its optimal operations.




3 Explore various faults in distribution system and design protective schemes of

distribution systems.

4 Evaluate of compensation for power factor improvement using capacitor connections

5 Explore various methods of voltage control in distribution system

Course

Outcome

Year /

semester

IV/I Sem


Neural Networks and Fuzzy Systems

(A9238)

L: 3 T: 1 P: 0

Total: 4

Credits:3


1 Understand the fundamental theory of neural networks and explore various architectures

of artificial neural networks.

2 Apply neural networks and fuzzy systems to model and solve complicated practical

problems

3 Explore the applications of feed forward and feedback neural networks

4 Gain a comprehensive knowledge of fuzzy logic control and adaptive fuzzy logic control using Genetic Algorithm.

5 Study the applications fuzzy control to real world systems.

Course

Outcome

Year /

semester

IV/I Sem


Digital Control Systems (A9239)

L: 3 T: 1 P: 0

Total: 4

Credits:3


1 Acquire a strong foundation in sampling and reconstruction Z-transforms.

2 Apply knowledge of Mathematics, Z-plane analysis to discrete time control systems.

3 Replace the conventional control system with Digital control system.

4 Evaluate and apply Z-plane analysis of discrete time control systems

5 Apply state feedback controllers and observers

Course

Outcome

Year /

semester

IV/I Sem


Embedded Systems (A9430)

L: 3 T: 1 P: 0

Total: 4

Credits:3


1 Understand the basics of an embedded system.

2 Learn the method of designing an embedded system for any type of applications.

3 Understand the operating systems concepts, types and choosing RTOS.

4 Understand types of memory and interacting to external world.

5 Learn embedded firmware design approaches.

Course

Outcome

Year /

semester

IV/I Sem


Power Systems Lab (A9240)

L: 0 T: 0 P: 3

Total:3

Credits:2


1 Evaluate the performance of transmission line such as efficiency, regulation etc.,

2 Gain knowledge on the performance analysis of over/under voltage relay

3 Analyse and testing of feeder protection system




4 Explore various application and usage of IDMT over current relay

Course

Outcome

Year /

semester

IV/I Sem


Microprocessors and Micro

Controllers Lab (A9428)

L: 0 T: 0 P: 3

Total: 3

Credits:2


1 Apply knowledge of microprocessors and micro controllers to real time applications.

2 Evaluate the UART operation

3 Interface LCD devices to 8051

4 Verifying the programs in microcontroller experimentally

Course

Outcome

Year /

semester

IV/I Sem


Simulation of Electrical Systems

Lab(A9241)

L: 0 T: 0 P: 3

Total: 2

Credits:2


1 Get the basic simulation knowledge on electrical subjects

2 Learn the time response and frequency response analysis

3 Conduct load flow analysis

4 Gain working knowledge on PSPICE software

Course

Outcome

Year /

semester

IV/II Sem


Mini Project (A9242)

L: 0 T: 0 P: 3

Total: 2

Credits:2


1 Learn basic simulation of real world application circuits

2 Explore various techniques applied for electrical problems

3 Formulate the various electrical problem and explore its mathematical modelling

4 Evaluate the performance of the problem and do comparative study.

Course

Outcome

Year /

semester

IV/II Sem


Advanced Power Electronics (A9243)

L: 3 T: 0 P: 0

Total: 3

Credits:3


1 Explore various modern power semiconductor devices such as MTO, ETO, IGCT etc.

2 Get the knowledge of resonant pulse inverters and their analysis

3 Learn and analyse various resonant converters. Differentiate ZVs and ZC techniques in

switching of converter circuits.

4 Explore various multi-level inverters and their main features.

5 Study the need of cascaded multi-level inverters and its features, application

Course

Outcome

Year /

semester

IV/II Sem


Electrical Machine Design (A9244)

L: 3 T: 0 P: 0

Total: 3

Credits:3


1 Understand the basic design consideration, standards. Study the heat dissipation, cooling

characteristics and electrical characteristics of various dielectric materials.




2 Understand the design, choice of materials and specifications in DC machines

3 Understand and design the main dimensions of each parts of a transformers

4 Design the constructional features of induction motors and estimate their currents and

reactance

5 Design the constructional features of synchronous motors

Course

Outcome

Year /

semester

IV/II Sem


Soft Computing (A9545)

L: 3 T: 0 P: 0

Total: 3

Credits:3


1 Understand basics of artificial neural network and soft computing techniques.

2 Analyze various supervised learning networks and training algorithms of various

Associative memory networks

3 Understand unsupervised learning networks, Special networks and Applying functional

mappings in fuzzy sets.

4 Interpret the Scope of Membership functions and perceive defuzzification methods and

discussions on concepts of fuzzy sets. Understand the Concept of Fuzzy Logic Control

Systems

5 Analyze and comprehends the concepts and applications of genetic algorithms

Course

Outcome

Year /

semester

IV/II Sem


Power Quality (A9245)

L: 3 T: 0 P: 0

Total: 3

Credits:3


1 Understand the basics of power quality issues in the electrical systems.

2 Gain the knowledge on origin of short and long interruptions, and understands the remedial measures.

3 Analyze the voltage sag characteristics in both single phase and three phase systems.

4 Understand the power quality requirement for power electronics loads and industrial drives.

5 Analyze the various methods used for mitigation of voltage sags and interruptions.

Course

Outcome

Year /

semester

IV/II Sem


Entrepreneurship Development

(A9624)

L: 3 T: 0 P: 0

Total: 3

Credits:3


1 Understand the nature , qualities and forms of entrepreneurship

2 Understand and analyse various aspects involved in entrepreneurship promotion schemes

3 Understand the need of ethical guidelines and principles of ethics followed in various

business firms

4 Understand the perspective, mechanism and the issues involved in the corporate

governance.

5 Acquire the corporate social responsibility and learning the ethics of practising company

secretaries

Course

Outcome

Year /

semester

IV/II Sem


Disaster Management (A9121)

L: 3 T: 0 P: 0

Total: 3

Credits:3





1 Understand the concept of disaster, hazard and its vulnerability.

2 Understand the various mechanism involved in disaster management

3 Gain knowledge on capacity building and perform capacity assessment by

strengthening Capacity for Reducing Risk

4 Explore various coping strategies to have alternate adjustment process during disaster.

5 Explore and formulate various planning studies to reduce risk involved. Enforce state

and district measures in the plans.

Course

Outcome

Year /

semester

IV/II Sem


Cloud Computing (A9542)

L: 3 T: 0 P: 0

Total: 3

Credits:3


1 Understand the main concepts of cloud computing and its evolution in terms of

processing.

2 Explore various web services delivered from the cloud.

3 Understand the virtualization and cloud computing concepts

4 Analyze the issues of cloud computing like cloud security

5 Understand the various standards adopted in cloud computing

Course

Outcome

Year /

semester

IV/II Sem


Computer Organisation (A9564)

L: 3 T: 0 P: 0

Total: 3

Credits:3


1 Understand basic Components of computer and learn the register transfer and micro

operations.

2 Understand the basic organization and design such as Instruction Code, Instruction

Cycle, timing and control etc.

3 Design the central processing unit with instruction formats, addressing modes, Control

Memory, Data Transfer Operations etc.,

4 Understand and perform Arithmetic Operations

5 Understand the concept of I/O organization and analyze Memory Hierarchy and Memory Management Techniques

Course

Outcome

Year /

semester

IV/I Sem


Seminar (A9246)

L: 3 T: 0 P: 0

Total: 3

Credits:3


1 Learn various gestures of oral presentation

2 Improve the personal strength

3 Acquire new skills of presentation

4 Overcome stage fears




5 Gain technical knowledge

6 Implement various tools and aids in teaching.

Course

Outcome

Year /

semester

IV/I Sem


Comprehensive Viva (A9243)

L: 0 T: 0 P: 0

Total: 0

Credits:3

Course

Outcome

Year /

semester

IV/I Sem


Major Project (A9248)

L: 0 T: 0 P: 0

Total: 0

Credits:12

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