Department of EEE
20202021

B.Tech  IYear

CO

Subject Name CO Statemetns

C101

MATHEMATICS – I

C101.1

Student should be able to identify the type of Matrices and write the matrix representation of a set of linear equations and to analyze solutions of system of equations.

C101.2

student should be able to solve the Eigen values and Eigen vectors which come across under linear transformations

C101.3

Students should be able to identify the Sequence and series, write nature of the series and solve their applications.

C101.4

Student should be able to understand the Geometrical approach to the mean value theorems and their application to the mathematical problems

C101.5

Student should be able to solve the surface areas and volumes of revolutions of curves, evaluate the improper integrals using Beta and Gamma functions from the partial differential equations and solving the first order equations.

C101.6

Student should be able to form the partial differential equations and solving the first order equations.

C102

CHEMISTRY

C102.1

Students should be able to acquire the knowledge of atomic, molecular and electronic changes, band theory related to conductivity.

C102.2

Students should be able to understand the parameters that characterize the quality of water and able to formulate a preliminary design for potable water treatment processes

C102.3

Students should be able to acquire fundamental concepts of electrode potentials, electrochemical cells and basic principles underlying electroanalytical techniques. To acquire knowledge and concepts of different types of batteries and their methods of operation and applications

C102.4

Students should be able to acquire knowledge about corrosion, its causes, effects & control measures which are essential for engineers in industry.

C102.5

Students should be able to gain the knowledge of configurationally and conformational analysis of molecules and reaction mechanisms.

C102.6

Students should be able to acquire clear concepts on basic spectroscopy and application to medical and other fields.

C103

Basic Electrical Engineering

C103.1

Students should be able To analyze and solve electrical circuits using network theorems, KCL and KVL.

C103.2

Students should be able To understand and analyze the basic electric and magnetic circuits. Representation of ac quantities

C103.3

Student Should be able To understand working principle and operation of transformers

C103.4

Student Should be able to Learn working principle of single phase and three phase Induction Motors

C103.5

Student Should be able to gain the knowledge on batteries and Protective Equipments.

C103.6

Students Should be able to acquire knowledge in calculating electrical energy consumption.

C104

ENGINEERING WORKSHOP

C104.1

Student Should be able to achieve the basic knowledge on various engineering materials.

C104.2

Student Should be able to acquire the knowledge in various manufacturing process in the basic mechanical engineering workshop sections smithy, carpentry, Fitting, welding etc.

C104.3

Student Should be able to Identify the various hand tools used in the basic mechanical engineering workshop sectionssmithy, carpentry, Fitting, welding etc.

C104.4

Student Should be able to achieve the basic knowledge on different operations/processes  measuring, marking, Cutting, finishing etc.,

C104.5

Student Should be Apply basic electrical engineering knowledge for house wiring practice.

C104.6

Student Should be able to enhance team spirit and improve the ability to work together in engineering workshop practice.

C105

ENGLISH

C105.1

Students will be able to learn about scientific thoughts, discoveries and inventions of national and international scientists.

C105.2

Students will be able to learn about ancient architecture developed in different periods under the patronage of different royal dynasties.

C105.3

Students will be able to understand different phases of cotton cloths until the final outcome as blue jeans and the processing methods of raw material till its final manufacture.

C105.4

Students will be able to understand the importance of balanced food for keeping our body in hygienic state. They also come to know which food articles cause dreadful diseases.

C105.5

Students will be able to learn about creative thoughts, hard work of successful persons and will be able to become entrepreneurs in life.

C105.6

Students will be able to learn LSRW skills, Vocabulary and Grammar.

C106

ENGINEERING CHEMISTRY LAB

C106.1

Students should be able to Determine properties like hardness and chloride content in water.

C106.2

Students should be able to do Estimation of rate concentration of a reaction from concentration – time relationships.

C106.3

Students should be able to estimate the concentration of various unknown solutions using conductometric, potentiometric titrations.

C106.4

Students should be able to Determine of physical properties like adsorption and viscosity.

C106.5

Students should be able to Calculate Rf values of some organic molecules by TLC technique

C106.6

Students should be able to Test the samples for its purity

C107

ENGLISH LANGUAGE COMMUNICATION SKILLS LAB

C107.1

Student will be able to attain language proficiency through audio visual assistance.

C107.2

Students will be able to obtain good accent and intelligibility in pronunciation.

C107.3

Students will be able to gain neutralization of the influence of regional accent.

C107.4

Students will be able to command in group discussion, attain mastery in interviews.

C107.5

Students will be able to gain prosperity in word power, proper usage of words and syntax.

C107.6

Student will acquire different types of effective writing skills.

C108

Basic Electrical Engineering Lab

C108.1

Student should be able to Analyze RLC circuits to obtain relationship between voltage and current

C108.2

Students should be able to Evaluate DC network theorems by setting up various networks

C108.3

Student should be able to Analyze performance of dc motors, three phase induction motors

C108.4

Student Should be able to Calculate electric circuit problems by applying KCL and KVL.

C108.5

Student Should be able to illustrate the concept of resonance frequency and quality factors of series a RLC circuit

C108.6

Student Should be able to predetermine performance of transformers using standard equivalent circuit models.

C109

MATHEMATICS  II

C109.1

Student Should be able to identify the types of differential equations and uses the right method to solve the differential equation.

C109.2

Student Should be able to solve the higher order differential equations

C109.3

Student Should be able to evaluate the multiple integrals and can apply these concepts to find areas, volumes, moment of inertia etc of regions on a plane or in space

C109.4

Student Should be able to understand the concept of the basic properties of vector valued functions and Vectors operators

C109.5

Student Should be able to apply the Vector integration theorems (Gauss Divergent , Stokes & Greens theorems)

C109.6

Student Should be able to evaluate the single , double and triple integrations and converting them from one to another

C110

APPLIED PHYSICS

C110.1

The student would be able to learn the fundamental concepts on Quantum behavior of matter in its micro state

C110.2

The knowledge of fundamentals of Semiconductor physics, Optoelectronics, Lasers and fiber optics enable the students to apply to various systems like communications, solar cell, photo cells and so on.

C110.3

Design, characterization and study of properties of material help the students to prepare new materials for various engineering applications

C110.4

The course also helps the students to be exposed to the phenomena of electromagnetism and also to have exposure on magnetic materials and dielectric materials

C110.5

The knowledge of fundamentals of Lasers and fiber optics enable the students to apply to various systems like communication systems and other functional materials

C110.6

Applied physics provides knowledge to the students to enable to understand the concepts of physics and their applications

C111

PROGRAMMING FOR PROBLEM SOLVING

C111.1

Student Should be able to Write algorithms, flowcharts and C programs for a given problem. Analyze day to day problems and able to represent them using algorithms, flow charts and C programs.

C111.2

Student Should be able to Decompose a problem into functions and to develop modular reusable code using arrays, storage classes and recursion etc.,

C111.3

Student Should be able to Compose programs using the concepts of pointers, parameter passing mechanism and string processing.

C111.4

Student Should be able to Distinguish between homogeneous & heterogeneous data types and effective utilization of memory using structures and unions.

C111.5

Student Should be able to Appreciate the usage of file concept and able to write C programs using the file handling functions.

C111.6

Student Should be able to Formulate the ‘C’ code for a given problem, learn the required programming skills as per IT industry requirements and competitive examinations.

C112

ENGINEERING GRAPHICS

C112.1

Student Should be able to achieve the basic knowledge on various engineering materials.

C112.2

Student Should be able to acquire the knowledge in various manufacturing process in the basic mechanical engineering workshop sections smithy, carpentry, Fitting, welding etc.

C112.3

Student Should be able to Identify the various hand tools used in the basic mechanical engineering workshop sectionssmithy, carpentry, Fitting, welding etc.

C112.4

Student Should be able to achieve the basic knowledge on different operations/processes  measuring, marking, Cutting, finishing etc.,

C112.5

Student Should be able to Apply basic electrical engineering knowledge for house wiring practice.

C112.6

Student Should be able to enhance team spirit and improve the ability to work together in engineering workshop practice.

C113

APPLIED PHYSICS LAB

C113.1

Understand the knowledge of semiconductor behavior of PN junction diode and solar cell

C113.2

Know the basic principle of magnetic field along the axis of current carrying coil by using Stewart and Gees method

C113.3

To understand the interaction of light with matter by photo electric effect

C113.4

Determine the Hall coefficient by using Hall effect

C113.5

Study the light propagation amplification and light emission by optical fiber, LASER, LED respectively

C113.6

Realize the importance of electrical response of various components by experiments of LCR circuit and CR circuit

C114

PROGRAMMING FOR PROBLEM SOLVING LAB

C114.1

Student Should be able to Translate given algorithms into C programs without syntax and logical errors.

C114.2

Student Should be able to Write C programs with indenting.

C114.3

Student Should be able to Design and test programs to solve mathematical and scientific problems.

C114.4

Student Should be able to Write structured programs using control structures and functions.

C114.5

Student Should be able to Create, read and write from and to simple text and binary files.

C114.6

Student Should be able to Modularize the code for a given logic with functions so that they can be reused.

C115

ENVIRONMENTAL SCIENCE

C115.1

Student should be able to develop technologies considering ecosystem values

C115.2

Student should be able to recognize immense importance of natural resources, and explore future optional possibilities for development

C115.3

Student should be able to acquaint the value and appreciation for biodiversity services we receive, in turn will mould development under the frame work of biodiversity management strategies

C115.4

Student should be able to identify the causes of pollution, will realize global impacts of pollution and move path forward with green development

C115.5

Student should be able to develop ethically, socially, legally towards sustainable development

C115.6

Student should be able to understand the method to assess the environmental impact of developmental proposals prior to major decisions being taken and commitments made.



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B.Tech  IIYear

C201

ENGINEERING MECHANICS

C201.1

Student should be able to achieve the basic knowledge on various engineering materials.

C201.2

Student should be able to acquire the knowledge in various manufacturing process in the basic mechanical engineering workshop sections smithy, carpentry, Fitting, welding etc.

C201.3

Student should be able to Identify the various hand tools used in the basic mechanical engineering workshop sectionssmithy, carpentry, Fitting, welding etc.

C201.4

Student should be able to achieve the basic knowledge on different operations/processes  measuring, marking, Cutting, finishing etc.,

C201.5

Student should be able to Apply basic electrical engineering knowledge for house wiring practice.

C201.6

Student should be able to enhance team spirit and improve the ability to work together in engineering workshop practice.

C202

ELECTRICAL CIRCUIT ANALYSIS

C202.1

Student should be able to apply network theorems for the analysis of electrical circuits

C202.2

Students should be able to obtain steady state and transient response of circuits

C202.3

Student should be able to understand the importance of single phase circuits, determine the different parameters and analyze the circuits using steady state analysis

C202.4

Student should be able to understand the concepts of three phase circuits and magnetic circuits

C202.5

Student should be able to analyze the circuits using Laplace Transforms

C202.6

Student should be able to evaluate network parameters of given two port network

C203

ANALOG ELECTORNICS

C203.1

Student should be able to define ,understand & explain the basic concepts of Electronic Circuits

C203.2

Student should be able to apply the concepts of feedback amplifiers, large signal amplifiers etc. to find solutions to broad range of queries

C203.3

Student should be able to analyze various rectifiers and small signal amplifiers.

C203.4

Student should be able to Design of BJT & FET Amplifiers for a given parameters

C203.5

Student should be able to investigate various electronic circuits like feedback amplifiers, sinusoidal and nonsinusoidal oscillatorsand OPAMP based circuits etc. for the given conditions

C203.6

Student should be able to conduct experiments of Electronic circuits using modern tools like PSPICE etc.

C204

ELECTRICAL MACHINESI

C204.1

Student should be able to understand the construction of D.C machine and their merits and demerits

C204.2

Student should be able to analyse different types of DC generators their characteristics and industrial applications.

C204.3

Student should be able to analyze Different speed control techniques of DC motor

C204.4

Student should be able to analyse the principle of DC motor, electrical characteristics and industrial application.

C204.5

Student should be able to understand the construction of transformer and Applications

C204.6

Student should be able to evaluate the losses, efficiency and regulation of transformer

C205

ELECTROMAGNETIC FIELDS

C205.1

Students should be able to understand different coordinate system, fields & potentials due to static charges

C205.2

Student should be able to apply the basic concepts of dielectrics and conductors and also calculation of capacitances for various types of capacitors.

C205.3

Student should be able to analyze moving charges on Magnetic fields and gain knowledge on nature of magnetic and electric materials

C205.4

Student should be able to distinguish how materials are affected by electric and magnetic fields

C205.5

Students should be able to understand the relation between the fields under time varying situations

C205.6

Students able to apply basic relations of electrostatic and magneto static circuits to time varying fields for the operation of various ac and dc machines

C206

ELECTRICAL MACHINESI LAB

C206.1

Student should be able to analyse different types D.C machines with rating

C206.2

Student should be able to Able to analyse different types of DC generators their characteristics, with practical applications.

C206.3

Student should be able to Practically Analyze Different speed control techniques Of DC Motors

C206.4

Student should be able to Understand the importance brake test and load test on DC machines

C206.5

Student should be able to analyse purpose of starters and its design aspects

C206.6

Student should be able to interpret the various losses in DC machines and their efficiency

C207

ANALOG ELECTRONICS LAB

C207.1

Student should be able to define ,understand & explain the basic concepts of Electronic Circuits

C207.2

Student should be able to apply the concepts of feedback amplifiers, large signal amplifiers etc. to find solutions to broad range of queries

C207.3

Student should be able to analyze various rectifiers and small signal amplifiers.

C207.4

Student should be able to Design of BJT & FET Amplifiers for a given parameters

C207.5

Student should be able to investigate various electronic circuits like feedback amplifiers, sinusoidal and nonsinusoidal oscillatorsand OPAMP based circuits etc. for the given conditions

C207.6

Student should be able to conduct experiments of Electronic circuits using modern tools like PSPICE etc.

C208

ELECTRICAL CIRCUITS LAB

C208.1

Student should be able to Analyze complex DC and AC linear circuits

C208.2

Student should be able to Apply concepts of electrical circuits across engineering

C208.3

Student should be able to Evaluate response in a given network by using theorems

C208.4

Student should be able to measure active and reactive powers for star and delta connected balanced loads

C208.5

Student should be able to express given Electrical Circuit in terms of A, B, C, D and Z, Y Parameter Model and Solve the circuits.

C208.6

Student should be able to acquire skills by using MATLAB software for electrical circuit studies.

C209

GENDER SENSITIZATION LAB

C209.1

Student should be able to develop a better understanding of important issues related to gender in contemporary India.

C209.2

Student should be able to sensitiz to basic dimensions of the biological, sociological, psychological and legal aspects of gender. This will be achieved through discussion of materials derived from research, facts, everyday life, literature and film.

C209.3

Student should be able to attain a finer grasp of how gender discrimination works in our society and how to counter it.

C209.4

Student should be able to acquire insight into the gendered division of labour and its relation to politics and economics.

C209.5

Men and women students and professionals should be able to better equipped to work and live together as equals.

C209.6

Students should be able to develop a sense of appreciation of women in all walks of life.

C210

LAPLACE TRANSFORMS, NUMERICAL METHODS & COMPLEX VARIABLES

C210.1

Student should be able to understand Concepts & properties of Laplace Transforms and apply the Laplace transform techniques to solving differential equations.

C210.2

Student should be able to find the roots of an algebraic and transcendental equation by using various numerical methods.

C210.3

Student should be able to evaluate integrations and solve the ordinary differential equations using numerical techniques.

C210.4

Student should be able to understand the concept of analytical faction and find the harmonic faction by using CR equation.

C210.5

Student should be able to evaluate the integration of complex valued function by Cauchy’s theorem and Cauchy’s general formula.

C210.6

Student should be able to understand concept singularities, types of singularities and evaluate integration of complex valued function by using Residues theorem.

C211

ELECTIRCAL MACHINESII

C211.1

Students should be able to understand the principle and construction of Poly phase Induction motors

C211.2

Students should be able to analyze basic characteristics of Induction motors, Speed control methods

C211.3

Students should be able to Understand the principle and construction of synchronous machine and its load characteristics, different regulation techniques as EMF, MMF,ZPF and ASA method.

C211.4

Students should be able to describe parallel operation and load sharing of synchronous generator, the principle and operation of synchronous condenser

C211.5

Students should be able to Understand excitation and power circles of Synchronous motor

C211.6

Students should be able to Analyze double field revolving theory of a single phase induction motor

C212

DIGITAL ELECTRONICS

C212.1

Student should be able to understand working of logic families and logic gates.

C212.2

Student should be able to Design and implement Combinational logic circuits.

C212.3

Student should be able toDesign and implement Sequential logic circuits.

C212.4

Student should be able to understand the process of Analog to Digital Conversion.

C212.5

Student should be able tounderstand the process of Digital to AnalogConversion.

C212.6

Student should be able touse PLDs to implement the given logical problem.

C213

CONTROL SYSTEMS

C213.1

Student should be able to understand the need of control systems and controllers with the knowledge of practical control systems

C213.2

Student should be able to derive transfer function model for various engineering systems.

C213.3

Student should be able to apply various time domain techniques to assess the system performance and to improve it.

C213.4

Student should be able to assess the system performance using frequency domain analysis and techniques for improving the performance

C213.5

Student should be able to test system Controllability and Observability using state space representation and applications of state space representation to various systems.

C213.6

Student should be able to design various compensators using frequency domain method or time domain method

C214

POWER SYSTEM  I

C214.1

Students should be able to understand the principle construction and operation of various generating plants.

C214.2

Students should be able to calculate various economic aspects of power plant installation and design tariffs

C214.3

Students should be able to understand overhead line insulators and underground cables

C214.4

Students should be able to compute inductance and capacitance for different configurations of transmission lines

C214.5

Students should be able to evaluate the voltage drop calculations in AC and DC Distribution Systems

C214.6

Students should be able to Design the different types of substations

C215

DIGITAL ELECTRONICS LAB

C215.1

Student should be able to learn fundamental concepts used in the design of digital Systems.

C215.2

Student should be able to understand working of logic families and logic gates

C215.3

Student should be able to implement simple logic operations using Combinational logic circuits.

C215.4

Student should be able to Design Combinational and Sequential logic circuits.

C215.5

Student should be able to analyze Sequential systems in terms of state machines.

C215.6

Student should be able to implement Synchronous state machines using flip flops.

C216

ELECTRICAL MACHINES LAB  II

C216.1

Students Should be able to predict the performance of Transformers

C216.2

Students Should be able to predetermine the performance of Induction machines using standard equivalent circuit models

C216.3

Students Should be able to Compare different regulations methods of synchronous generators

C216.4

Students Should be able to choose suitable machines based on the application requirements

C216.5

Students Should be able to analyze performance of AC machines

C216.6

Students Should be able to analyze results, and develop technically sound reports of outcomes

C217

CONTROL SYSTEMS LAB

C217.1

Student should be able to analyse time response and frequency response of different systems

C217.2

Student should be able to know the effect of feedback on various controls systems

C217.3

Student should be able to derive the transfer functions of various systems

C217.4

Student should be able to know the effect of controllers and compensators in various systems

C217.5

Student should be able to analyse the characteristics of synchros and AC servo motors.

C217.6

Student able to understand and practice the modelling, simulation using MATLAB for stability analysis and state space approach.

C218

CONSTITUTION OF INDIA

C218.1

Students should be able to understand the metamorphosis of the constitution worth fitting with the changing time

C218.2

Students should be able to understand the individual role and ethical responsibilities towards citizen of India by learning the concepts of human rights, duties and directive principles

C218.3

Students should be able to build overall consciousness regarding the structure of government at national and state level

C218.4

Students should be able to understand the gradual decentralization of government and helps to know powers of president

C218.5

Students should be able to ascertain the different types of emergencies being imposed on and can be able to abide rules during its continuity also understand the concepts right to life and personal being

C218.6

Students should going through the constitution of India will be able to adhere to all schedules and articles of COI and be obedient to it throughout their lives



B.Tech  IIIYear

C301

Power Electronics

C301.1

Student is able to Understand the characteristics of various power electronic elements and build simple power electronic circuits.

C301.2

Student is able to Choose appropriate power semiconductor device in converter circuits and develops their triggering circuits.

C301.3

Student is able to Analyze various types of power electronic converters and apply different switching techniques

C301.4

Student is able to evaluate AC voltage controllers and cyclo converters.

C301.5

Student is able to design and develop appropriate power converter for specific applications.

C301.6

Student is able to Apply knowledge of modulation techniques for inverters in real time projects.

C302

POWER SYSTEMSII

C302.1

Student should be able to analyze the performance of Transmission Lines

C302.2

Student should be able to apply load compensation techniques to control reactive power

C302.3

Student should be able to Understand the application of per unit quantities

C302.4

Student should be able to Design over voltage protection and insulation coordination

C302.5

Student should be able to Determine the fault currents for symmetrical and unbalanced faults

C302.6

Student should be able to understand how to locate the reactors

C303

MEASUREMENTS AND INSTRUMENTATION

C303.1

Student should be able to understand different types of measuring instruments, their working principles advantages and disadvantages

C303.2

Student should be able to explain the operating principles of various ammeters, voltmeters and ohm meters

C303.3

Student should be able to analyze measurement of single phase & three phase power using watt meters

C303.4

Student should be able to evaluate resistance measurements through DC bridges, capacitance and inductance measurements through AC bridges

C303.5

Student be able to apply the knowledge about different types of transducers to various applications

C303.6

Students should be able to develop measuring instruments for extension of their Ranges.

C304

ELECTRICAL MACHINE DESIGN

C304.1

Student should be able to understand basic concepts of Electrical Machine Design.

C304.2

Student should be able to calculate KVA output and over all dimensions of Transformer.

C304.3

Student should be able to analyze the constructional aspects of Induction Motor.

C304.4

Student should be able to illustrate the overall design of Synchronous Motors.

C304.5

Student should be able to use software tools for design analysis of A.C Machines.

C304.6

Student should be able to demonstrate the applications of A.C Machines.

C305

BUSINESS ECONOMICS AND FINANCIAL ANALYSIS

C305.1

Student should be able to understand various forms of business, sources of capital for a company and GDP of economy

C305.2

Student should be able to understand demand and supply concepts.

C305.3

Student should be able to understand production techniques cost and prizing strategies.

C305.4

Student should be able to understand financial accounting.

C305.5

Student should be able to make financial analysis and cash flow and fun flow analysis.

C305.6

After studying techno crates or techno managers Student should be able to scan the economic environment

C306

POWER SYSTEM SIMULATION LAB

C306.1

Student should be able to understand the basic concepts of simulation programming and simulink

C306.2

Student should be able to perform various transmission line calculations

C306.3

Student should be able to Understand Different circuits time constants

C306.4

Student should be able to analyze the transient analysis of series RL,RC,RLC circuits.

C306.5

Student should be able to Analyze the experimental data and draw the conclusions.

C306.6

Student should be able to estimate tariff based on load curve

C307

POWER ELECTRONICS LAB

C307.1

Student Should be able to Understand the characteristics of SCR, MOSFET and IGBT.

C307.2

Student Should be able to evaluate the different Forced commutation circuits (Class A, Class B, Class C, Class D and Class E)

C307.3

Student Should be able to analyze the operation of Single phase and three phase controlled rectifiers with different loads.

C307.4

Student Should be able to evaluate the operation AC voltage controllers and chopper circuits.

C307.5

Student Should be able to simulate Rectifier, Chopper, Inverter and AC Voltage Controller.

C307.6

Student should be able to identify, formulate sole engineering problems with simulation.

C308

MEASUREMENTS AND INSTRUMENTATION LAB

C308.1

Students should be able to get knowledge on different types of measuring instruments their construction and operation.

C308.2

Student should be able to learned different type’s elements like voltage, current, power, energy.

C308.3

Student should be able to understand the different types of bridges.

C308.4

Student should be able to Understand the working principle of transducers.

C308.5

Students should be able to learn the different types of errors.

C308.6

Students should be able to Ability to design any different world electrical measuring instruments.

C309

ADVANCED COMMUNICATION SKILLS LAB

C309.1

Students Should be able to write forms of Letters, Reports, Resumes and Portfolios.

C309.2

Students Should be able to develop proficiency in oral and written communication.

C309.3

Students Should be able to understand different kinds of verbal and nonverbal texts

C309.4

Students Should be able to improve listening skills and reading comprehension.

C309.5

Students Should be able to acquire the knowledge of presenting PPTs.

C309.6

Students Should be able to participate effectively Group Discussion and face Interviews

C310

INTELLECTUAL PROPERT RIGHTS

C310.1

Students Should be able to get familiarity with the concept, types and importance of intellectual property rights, international organizations, agencies and treaties.

C310.2

Students Should be able to learn about purpose, functions, acquisition and registration process of trademark.

C310.3

Students Should be able to learn about national and international laws of copyright and patents.

C310.4

Students Should be able to learn different measures to protect the trade secrets.

C310.5

Students Should be able to learn about new developments in national and international intellectual property rights.

C310.6

Students Should be able to apply their knowledge of intellectual property rights in their entrepreneur life.

C311

Cyber Law and Ethics (OPEN ELECTIVEI)

C311.1

Students Should be able to understand computer security concepts.

C311.2

Students Should be able to Explore the legal and policy developments in various countries to regulate cyber space.

C311.3

Students Should be able to understand various information security policies, procedures & standards.

C311.4

Students Should be able to classify, handling and processing the information.

C311.5

Students Should be able to learn employee responsibilities in an organization.

C311.6

Students Should be able to enable the student ready to step in to play a key role as information security professional.

C312

POWER SEMICONDUCTOR DRIVES (PROFESSIONAL ELECTIVEII)

C312.1

Student should be able to analyze a drive being applied to different quadrants operations.

C312.2

Student should be able to evaluate drives being used in real time applications

C312.3

Student should be able to understand the various speed control techniques used in the control of the machine.

C312.4

Student should be able to evaluate the concept of speed control of DC drive

C312.5

Student should be able to evaluate the concept of speed control of AC drive

C312.6

Student should be able to design and develop various controlling method of drive for different electrical appliances.

C313

SIGNALS AND SYSTEMS

C313.1

Student should be able to know the basics of signals and systems

C313.2

Student should be able to represent fourier series and to be able to apply fourier transforms

C313.3

Student should be able to understand the characteristics of Linear Time Invariant Systems

C313.4

Student should be able to know the concepts of convolution and correlation

C313.5

Student should be able to analyse the signals with Lapalace and Zztransform Techniques

C313.6

Student should be able to reconstruct the signals after sampling of signals

C314

MICROPROCESSORS AND MICROCONTROLLERS

C314.1

Student is able to Understand internal architecture and organization 8086 microprocessor

C314.2

Student is able to Understand internal architecture and organization of 8051 microcontroller.

C314.3

Student is able to recognize different types of architectures of peripheral devices

C314.4

Student is able to analyze serial communication standards

C314.5

Student is able to get the Knowledge about ARM architecture and instructions

C314.6

Student is able to get the Knowledge about architecture of CORTEX, OMAP

C315

POWER SYSTEM PROTECTION

C315.1

Student should be able to articulate protective schemes for various faults in power systems.

C315.2

Students should be able to investigate various relays and their applications.

C315.3

Student should be able to design and implement various protective schemes for generator and transformers.

C315.4

Student should be able to analyse pilot relaying schemes

C315.5

Student should be able to analyze Static Relays and their applications.

C315.6

Students should be able to understand the principle, construction ,working of various circuit breakers used in power system

C316

POWER SYSTEM OPERATION AND CONTROL

C316.1

Student should be able to apply the knowledge of graph theory for formation network matrices

C316.2

Student should be able to do the economic dispatch of power plants

C316.3

Student should be able to know the importance of the single area and two area load frequency controllers

C316.4

Student should be able to design and develop solutions to stability problems in power system.

C316.5

Student should be able to know the need of real time control of power systems

C316.6

Student should be able to understand different methods to control the electrical parameters( V,I,f,P,Q)

C317

POWER SYSTEM LAB

C317.1

Students should be able to understand the various protective schemes of Power Systems.

C317.2

Students should be able to Analyze the characteristics of various relays.

C317.3

Students should be able to develop various types of faults and its protective schemes.

C317.4

Students should be able to design the power system protection hardware.

C317.5

Students should be able to Design and analyze the generator and transformer protection.

C317.6

Students should be able to Design and develop solutions to different problems in power systems.

C318

MICROPROCESSORS AND MICROCONTROLLERS LAB

C318.1

Student is able to Verify arithmetic operations and sorting of an array in 8086 microprocessor

C318.2

Student is able to apply the characters of 8086 microprocessors and design of digital clock.

C318.3

Student is able to Understand the process of ADC and DAC 8086 microprocessor

C318.4

Student is able to apply parallel operation of 8255 PPI and serial communication of 8251.

C318.5

Student is able to Verify arithmetic operations, logical, timer operations using 8051 microcontroller.

C318.6

Student is able to analyze Keyboard operation and DMA controller using 8051 microcontroller.

C319

SIGNALS AND SYSTEMS LAB

C319.1

Students should be able to Represent various signals and systems

C319.2

Student Should be able to Analyze the responses of step,ramp,impulse sine cosine, exponential , triangular, saw tooth signals continuous and discrete signals

C319.3

Students should be able to Recall and Analyze signals using Fourier representation

C319.4

Students should be able to Apply mathematical tools to model and examine signals and systems in both time and frequency domains.

C319.5

Students should be able to Calculate Fourier series and Fourier transform of continuous and discrete time signals.

C319.6

Students should be able to Design and simulate Low and High pass filters

C320

ARTIFICIAL INTELLIGENCE

C320.1

Students should be able to understand different types of AI agents, various search algorithms.

C320.2

Students should be able to learn basic knowledge representation & reasoning for AI

C320.3

Students should be able to learn the building of simple knowledge based systems & to apply reasoning.

C320.4

Students should be able to understand the concept of “learning” in problem solving in AI systems.

C320.5

Students should be able to learn reasoning under uncertainty.

C320.6

Students should be able to enable the student ready to step into applied AI



.


B.Tech  IVYear

C401

POWER SEMICONDUCTOR DRIVES

C401.1

Student should be able to analyze a drive being applied to different quadrants operations.

C401.2

Student should be able to evaluate drives being used in real time applications

C401.3

Student should be able to understand the various speed control techniques used in the control of the machine.

C401.4

Student should be able to evaluate the concept of speed control of DC drive

C401.5

Student should be able to evaluate the concept of speed control of AC drive

C401.6

Student should be able to design and develop various controlling method of drive for different electrical appliances.

C402

POWER SYSTEM OPERATION AND CONTROL

C402.1

Student should be able to analyse the steady state behavior of the power system

C402.2

Student should be able to know the importance of the single area and two area load frequency controllers

C402.3

Student should be able to understand different methods to control reactive power

C402.4

Student should be able to do the economic dispatch of power plants

C402.5

Student should be able know the different methods in unit commitment problems

C402.6

Student should be able to know the need of real time control of power systems

C403

HVDC TRANSMISSION

C403.1

Student must be able to understand the difference between HVAC and HVDC system, knowing about the types of HVDC links

C403.2

Student must be able to analyse Graetz circuit for rectifier and inverter mode of operation

C403.3

Student must be able to know the requirements of Reactive power control system and its sources

C403.4

Student must be understand the various methods for the control of HVDC systems and to perform power flow analysis in AC/DC systems

C403.5

Student must understand the converter faults and its protections

C403.6

Students must understand the characteristics of Harmonics generation, calculation of voltage and current and design different types of filters

C403

RELIABILITY ENGINEERING

C403.1

Student should be able to understand the concept of reliability

C403.2

Student should be able to apply the probability distribution

C403.3

Student should be able to evaluate the reliability of different systems

C403.4

Student should be able to evaluate reliability using probability distribution

C403.5

Student should be able to apply markov models for reliability evaluation

C403.6

Student should be able to apply various models for reliability evaluation of nonrepairable systems

C404

POWER QUALITY

C404.1

Student should be able to understand the severity of power quality problems and need of improving them in distribution systems

C404.2

Student should be able to compare the causes, origin of long and short interruptions and its impact on power systems

C404.3

Student should be able to analyse voltage sag characteristics in nonradial and meshed systems

C404.4

Student should be able to evaluate the power quality issues in different industrial loads

C404.5

Student should be able to Design and implementation of mitigating techniques to overcome interruptions and voltage sags

C404.6

Student should be able to apply power quality and EMC standards for better performance of power systems

C405

FLEXIBLE AC TRANSMISSION SYSTEMS

C405.1

Student should be able to understand the importance of controllable parameters and types of FACTS controllers and their benefits

C405.2

Student should be able to choose proper controller for specific application based on system requirements

C405.3

Student should be able to understand the concept of voltage source converters and current source converters

C405.4

Student should be able to know the significance of shunt, series compensation and role of FACTS device on system control

C405.5

Student should be able to apply the control circuits of shunt controllers SVC& STATCOM for various functions

C405.6

Student should be able to understand the power and control circuits of series controllers GCSC, TSSC and TCSC

C406

ELECTRICAL SYSTEMS SIMULATION LAB

C406.1

Students should be able to design & analyze electrical systems in time and frequency domain

C406.2

Student should be able to simulate power electronic converters and drives

C406.3

Student should be able to analyze various transmission lines

C406.4

Student should be able to model load frequency control of power systems

C406.5

Student should be able to simulate speed control of dc & ac motor

C406.6

Student should be able to simulate and analyze fault analysis

C407

ELECTRICAL WORKSHOP

C407.1

Student should be able to understand practical knowledge of all electrical Appliances.

C407.2

Student should be able to demonstrate fabrication of all electrical circuits , machines.

C407.3

Student should be able to analyze and trouble shoot all the electrical Networks, devices.

C407.4

Student should be able to Execute hardware skills such as soldering ,winding, Debugging .

C407.5

Student should be able to apply basic concepts of wiring for all Electrical Connections .

C407.6

Student should be able to design and develop low, high and band pass filter circuits.

C408

INDUSTRY ORIENTED MINI PROJECT

C408.1

Student should be able to Demonstrate a through and systematic understanding of project contents.

C408.2

Student should be able to provide solutions to complex problems

C408.3

Student should be able to Understand methodologies and professional way of documentation and communication.

C408.4

Student should be able to Know the key stages in development of the project.

C408.5

Student should be able to Extend or use the idea in mini project for major project.

C408.6

Student should be able to Demonstrate the strong working knowledge of ethics and professional responsibility.

C409

SEMINAR

C409.1

Student should be able to Demonstrate the presentation skills of a student

C409.2

Student should be able to Demonstrate the discussion skills of a student

C409.3

Student should be able to Demonstrate the listening skills of a student

C409.4

Student should be able to Demonstrate the augmentation and critical thinking skill of a student

C409.5

Student should be able to Communicate with engineers and the community at large in written and oral forms

C409.6

Student should be able to Demonstrate the strength of questioning and answering big questions

C410

TOTAL QUALITY MANAGEMENT

C410.1

Student should be able to Gain basic knowledge in total quality management relevant to both manufacturing and service industry including IT sector

C410.2

Student should be able to Implement the basic principles of TQM in manufacturing and service based organization.

C410.3

Student should be able to Apply the tools and techniques of quality management to manufacturing and services processes

C410.4

Student should be able to Understand the role of marketing and sales and to implement bench marking.

C410.5

Student should be able to Demonstrate the knowledge on various ISO standards and quality systems

C410.6

Student should be able to Design the quality circles and activities in the manufacturing system.

C411

ELECTRICAL DISTRIBUTION SYSTEMS

C411.1

Student should be able to give the complete knowledge of electrical distribution systems and differentiate the types of loads and their characteristics

C411.2

Student should be able to design a radial and loop type distribution feeders and substations.

C411.3

Student should be able to calculate the voltage drop and power loss in a distribution system.

C411.4

Students should be able to recognize the necessity of distribution system protection and devices available for discriminating faults.

C411.5

Students should be able to identify the best methods for power factor improvement and voltage control.

C411.6

Students should be able to design a suitable capacitance for voltage control in a Distribution System

C412

UTILIZATION OF ELECTRIC POWER

C412.1

Student should be able to understand the electric drives with different types of industrial loads.

C412.2

Student should be able to choose appropriate electric heating methods and electric welding techniques.

C412.3

Student should be able to design different types of lighting schemes

C412.4

Student should be able to get the Knowledge about various lamps

C412.5

Student should be able to analyze various braking methods in electric traction system

C412.6

Student should be able to evaluate specific energy consumption and calculation of tractive effort.

C413

MAJOR PROJECT

C413.1

Student should be able to Apply fundamental and disciplinary concepts and methods in ways appropriate to their principal areas of study.

C413.2

Student should be able to demonstrate skill and knowledge of current information and technological tools and techniques specific to the professional field of study.

C413.3

Student should be able to use effectively oral, written and visual communication.

C413.4

Student should be able to identify, analyze, and solve problems creatively through sustained critical investigation.

C413.5

Student should be able to integrate information from multiple sources.

C413.6

Student should be able to demonstrate an awareness and application of appropriate personal, societal, and professional ethical standards.
