II Year I SEMESTER                          

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38202    Mathematics-III 

             

CO1: Understand the concepts of analyticity and integration of complex functions, construction of analytic functions.

CO2 : Find the Taylor’s and Laurent’s series expansion of complex functions.

CO3 : Appreciate the concepts of conformal mappings and bilinear transformations of complex functions.

CO4 : Apply the Frobenius method to obtain a series solution for the given linear 2nd order ODE.

CO5 : Identify Legendre equation and Bessel equation and solve them under special conditions with the help of series solution method. Derive recurrence relations and orthogonality properties of Bessel and Legendre polynomials.

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31206    Fluid Mechanics and Hydraulic Machinery  

       

CO1:  Understand the basic principles of fluid flow.

CO2: Understand different types of flows and calculate the discharge.

CO3: Understand the concepts of Flow measurements.

CO4: Discuss classification and working of hydraulic turbine.

CO5: Analyze the performance of various hydraulic pumps.

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34201    Electronic Devices and Circuits 

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CO1: Analyze the diode parameters.

CO2: Analyze and design different of rectifier circuits.

CO3: Study different transistor configurations and biasing techniques.

CO4: Analyze different small signal amplifiers at low frequency.

CO5: Discuss working and characteristics of the devices FET, MOSFET, UJT, SCR.

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32201    Network Theory

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CO1: Analyze balanced and unbalanced three phase circuit.

CO2: Understand the concept of transients and transient response of different circuits under constant DC and sinusoidal excitations.

CO3: Understand the concepts of Network functions and importance of pole zero plot.

CO4: Determine different network parameters.

CO5: Learn different types of reactive filters and apply fourier series for any periodic waveform.

               

32202    Electromagnetic Fields

               

CO1. Understand the basic concepts of electric fields.

CO2. understand the concept of dipole and behaviour of capacitance in electric field.

CO3: Analyze the magnetic field intensity for different shapes of coil.

CO4. Study the effect of force in Magnetic field and its potential.

CO5: Understand the concept of inductance and time varying  fields.

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32203    Electrical Machines-I    

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CO1: Understand principles of Electromechanical Energy Conversion.

CO2:Understand the concepts of armature reaction and types of DC generators.

CO3: Study the load  characteristics of Dc generators and DC motors.

CO4: Understand various methods of speed control of dc motors.

CO5: Analyze the perforformance of dc machines.

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38231    Reasoning and Data Interpretation Lab

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CO1: Understand the concepts of statement-Argument, Assumption and course of action and use reasoning as a tool to match statements with arguments etc.

CO2: Look at data and find links and patterns , link data with conclusions and study data logically.

CO3: Study problem situations and use reasoning as a tool to find solutions.

CO4: Nurture the ability to use reasoning as a skill in real time problems solving.

CO5: Analyze and infer the data with respect to trend and case based.

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32231    Electrical Circuits and Simulation Lab    

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CO1: Aplly various network theorems for electric circuits.

CO2:Understand and draw the locus diagrams for any circuit.

CO3: learn measurement of inductance  of coil.

CO4: Develop basic simulation of electric circuits using simulation circuits.

CO5: Understand measurement of power and resonance in series and parallel circuits.

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31233    Fluid Mechanics and Hydraulic Machinery Lab 

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CO1:Apply the concepts of fluid flow.

CO2: Calibrate venturi and orifice meters in coefficient of discharge.

CO3: Conduct performance test on Hydraulic pumps.

CO4: Conduct performance test on Hydraulic Turbines.

CO5: Understand apprpriate work methods consistent with industry standards.

               

II Year II SEMESTER

                        

32255    Measurements and Instrumentation 

   

CO1: Understand the construction of measuring systems.

CO2: Understand the application of  CT &PT in Electical systems.

CO3: Understand the construction of energy meters and its applications.

CO4: Study Measurement of resistance using DC and AC Bridges.

CO5: Learn the application of transducers and CRO.

 

32252    Power Systems-I    

         

CO1: Understand the operation of various power stations.

CO2: Learn general aspects of distribution systems and differentiate AC and DC Distribution systems.

CO3: Understand the working of substations.

CO4: Understand different methods of voltage control and power factor control.

CO5: Gain the knowledge of economical aspects of power stations and different tariff methods in electrical industry.

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38251    Environmental Studies

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CO1: Describe the ecology and eco systems and know the importance of biodiversity.

CO2:  Gain knowledge on natural resources and merits and demerits on renewable energy sources.

CO3: Develop awarness on environmental pollution , pollution control technologies and global atmospheric changes.

CO4: Emphasize the methodology and importance of environmental impact assessment and green technologies.

CO5: Understand environmental legislation and concept of sustainable development .

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34256    Digital Logic Design  

     

CO1: Understand fundamentals concepts of binary systems, boolean algebra and logic gates.

CO2: Study the basic concepts of gate level minimization and Combinational Circuits.

CO3: Design and analyze  sequential logic circuits and various types of counters.

CO4: Understand various types of memories and programmable Devices.

CO5: Learn asynchronous sequential logic and their design procedure

               

32256    Control Systems 

             

CO1: Classify different types of control systems along with mathematical modeling.

CO2: Analyse the performance of second order system in time domains.

CO3:  Analyse the performance of second order system in frequency domains.

CO4: Analyze the performance of second order system with and without controllers.

CO5: Understand the basic concepts of state space analysis of continuous systems.

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32254    Electrical Machines -II  

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CO1:  Understand the principle and operation of transformers.

CO2:  Find the performance of single phase transformers and understand the need of parallel operation.

CO3:  understand the principle and operation of polyphase transformer and induction motors.

CO4: Able to find the performance of induction motors.

CO5: Able to draw the circle diagram to find the efficiency of induction machines.

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38281    Verbal Ability Lab  

         

CO1: Develop Familiarity with corporate english.

CO2: Study enriched vocabulary.

CO3: Develop the ability to write grammetically correct sentences and enhance their professional skills.

CO4: Develop proficient in answering reasoning based questions.

CO5: Develop linguistic competence through appropriate use of idioms and phrases.

               

32281    Electrical Machines -I Lab 

          

CO1: Analyze the characteristics and predetermine efficiency of DC shunt motor. 

CO2: Analyze the magnetization characteristics and load characteristics of dc shunt generator.

CO3: Analyze the performance of DC series and compound generators.

CO4: Conduct break test on DC shunt and compound motors and analyze the characteristics.

CO5: Determine losses in DC shunt motor.

               

34283    Electronic Devices and Circuits Lab 

        

CO1: Analyze the characteristics of diodes, BJT and FET.

CO2: Design different rectifier circuits and voltage regulator circuit.

CO3: Analyze  input and output characteristics of transistor in CE, CB and CC configuration and calcualte h parameters.

CO4: Understand the characteristics of SCR and UJT.

CO5: Design and Analyze the frequency response of CE and CC amplifier.

               

38282    Genter Sensitization     

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CO1: Develop student's sensibility with regard to issues related to gender in contemporary india.

CO2:Understand biological aspects of gender.

CO3: Provide a critical perspective on the socialization of men and women.

CO4: Develop students reflect critically on gender  Violence.

CO5: Expose students to more egalitarian interations between men and women.

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III Year I SEMESTER

                    

38301    Managerial Economics and Financial Analysis

   

CO1:understand the basics of Business Economics at Micro level and Demand analysis in particular.

CO2 :  understand Production patterns and various Costs involved.

CO3: Determine the Price-Output Relationship in different market Structures.

CO4:understand Evaluation of Long-term Investment Proposals.To increase Competence of Analyzing Financial Statements.

CO5:Able to determing the price -output relationship in different market structures Analyze accounting statements like income statement and balance sheet to understand financial performance of the business.

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32301    Power Systems -II

          

CO1: Calculate the Resistance, Inductance and Capacitance of  transmission lines.

CO2: Understand the performance of short, medium and long transmission lines.

CO3: Learn the different phenomenon occuring in transmisssion lines like corona, Proximity and Ferranti effects.

CO4: Construction and working of Underground Cables.

CO5: Understand the concepts of of travelling waves for open ended and closed end transmission lines.

               

32302    Power Electronics   

       

CO1: Learn various power semiconductor devices and their characteristics.

CO2: Understand the performance of half and full phase controlled rectifiers.

CO3: Understand the operation of three phase converters and switched mode regulators.

CO4: Learn the operation of inverters with PWM techniques.

CO5:Learn the operation of ac voltage controller and cyclo converter.

               

32303    Electrical Machines-III

  

CO1: Understand the working principle and constructional features of different types of synchronous generators.

CO2: Understand the regulation and  parallel operation of synchronous machines.

CO3: Understanding the working principle and starting techniques of synchronous motors.

CO4: Understand the working principle of single phase Induction motors.

CO5:  Understanding the operation of special machines.

 

38332    Effective Technical Communication Lab

               

CO1: Attain Proficiency in Technical Writing.

CO2: Use English Language appropriately to write effective reports, notes and Summaries.

CO3: Write Emails suitable for professional Communication.

CO4: Develop Analytical and Critical Thinking Skills.                             

               

32331    Electrical Machines -II Lab

          

CO1: Calculate the  parameters of Transformer.

CO2: Calculate the  parameters of Induction motors.

CO3: Calculate the performance parameters of Synchronous machines.

CO4: Find the performance parameters like efficiency and regulation for all A.C.Machines.

CO2: Find the performance parameters like efficiency and regulation for Transformers.

 

32332    Control Systems and Simulation Lab

      

CO1: Study and Analyze the performance of second order system with and without controllers (Preoportional, integraland Derivative). Interpret & Understand servomotors and synchro's. the characteristics of AC servomotor, DC servomotor.

CO2: Analyze the performance of second order system in time and frequency domains using MATLAB.

CO3: Obtain the transfer function of DC motor and for Lag Lead networks.

CO4: Develop simulation circuits using Matlab.

CO5: Develop programs using PLC for various Applications.

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32333    Electrical Measurements Lab

    

CO1: Calibrate Single phase energy meter, Power factor meter and LPF wattmeter.

CO2: learn to measure 3-Ф balanced Reactive power using single phase wattmeter & 3-Ф unbalanced Active power by using 2 CT’S and Single Wattmeter.

CO3: Measure the Choke coil parameters using 3-Voltmeter & 3-Ammeter methods, Calculation of unknown inductances and capacitance using A.C Schering and Anderson Bridge.

CO4: Students learn to measure the Dielectric strength of insulating oil and iron losses of Epstein Square.

CO5: Students able to determine the value of the resistance of the given wire using Kelvin’s double bridge and calibration of DC ammeter, voltmeter by using DC Crompton potentiometer.

 

 III Year II SEMESTER  

      

34351    Electronic Circuits and IC Applications

  

CO1: Analyze power amplifiers.

CO2: Analyze and design oscillators and filters using Op-Amp.

CO3: Analyze and design multivibrators using 741 IC and 555 timer IC.

CO4: Design applications using PLL.

CO5 :Classify and comprehend the working principle of data converters and logic families.

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34352    Microprocessor and Microcontrollers   

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CO1: Write assembly language programs for different application using assembler.

CO2: Interface the processor with different peripheral devices.

CO3: Understand the architectural difference between the processor and controller.

CO4: Describe the instruction set and addressing modes of 8086 and 8051.

CO5: Understand the real time applications of timers and serial communication of 8051.

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32351    Energy Audit And Management (Professional   Elective – I)  

     

CO1: Understand various types of energy source available and present energy scenario in India as well as in the world.

CO2: Analyze the working of energy efficient motors.

CO3: Discuss various power factor improving methods to conserve energy.

CO4: Various energy measuring instruments and lighting systems.

CO5: Analyse economic factors for energy savings and demand side management.

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32354    Computer Methods in Power Systems (Professional Elective – I) 

           

CO1: Understand how to obtain the admittance and impedance matrix from the given practical power system with different methods for analysis.

CO2: Understand how to analyze the given practical power system network with electrical equations and the solution using G-S and N-R iterative techniques.

CO3: Know how to obtain equivalent network in per unit and procedure for Symmetrical and fault unsymmetrical analysis.

CO4: Learn how to analyze the steady state stability of given power system network.

CO5: Learn how to analyze the Transient stability of given power system network.

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32355    HVDC Transmission (Professional Elective – II)

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CO1: Understand the basic concepts of HVDC transmission and the operation of HVDC converters and their control characteristics.

CO2: Analyze HVDC Converters and HVDC System Control.

CO3: Understand reactive Power Control in HVDC and Power Flow Analysis in AC/DC Systems.

CO4: Discuss various faults occurred in converter station and its protection.

CO5: Analyze different types of harmonics and filters that are employed in HVDC.

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32356    Electrical Machine Design (Professional Elective – II) 

   

CO1: Able to select suitable materials for electrical machine design.

CO2: Able to design magnetic and thermal circuit as per requirements.

CO3: Able to Design DC motor and generator for different rating.

CO4: Design Transformer and Induction motors as per requirement.

CO5: Design Synchronous machines of different rating.

               

32381    Power Electronics and Simulation Lab 

 

CO1: Study & analyze the performance of Jones chopper and parallel inverter.

CO2: Draw & understand the characteristics SCR, MOSFET, IGBT and also gives types of gate firing circuits for SCR.

CO3: Analyze the performance of single phase and three phase converters.

CO4: Obtain the characteristics of single phase AC voltage controller and series inverter.

CO5: Simulate the single phase full Bridge converter, AC voltage controller, BUCK chopper, resonant type commutation and single phase inverter with PWM control.

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34381    Microprocessor & Microcontrollers Lab

               

CO1: Execute different programs for 8086 microprocessors in assembly level language using assembler.

CO2: Interface various I/O Devices like stepper motor, Key board, ADC, DAC etc. with 8086 microprocessor.

CO3: Set up communication between to microprocessors.

CO4: Execute different programs for 8051 microcontroller using integrated development environment (IDE) .

CO5: Develop real time applications by interfacing 8051 with peripheral devices.

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38381    Advanced English Communication And Soft Skills Lab

   

CO1: Evolve as effective communicators.

CO2: Emerge as decision makers, time managers and good negotiators.

CO3: Develop holistic soft skills,  critical and analytical skills.

CO4: Present their skills confidently in the job market,Gather ideas and information, and organize them relevantly and coherently.

CO5: Develop leadership and team building skills.

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 IV Year I SEMESTER

                         

32401    Switchgear and Protection

         

CO1: Understand basic principles of various protection schemes and operation of different kinds of relays .

CO2: understand the principle and operation of various circuit breakers and their construction. E.g.; air break, oil, SF6 vacuum circuit breakers.

CO3: Understand more insight of Generator protection schemes and tansformer protection schemes available in practice.

CO4: Understand the protection scemes of Feeders & busbars and about relay settings in 3- Zone protection.

CO5: Acquire the knowledge about the basic grounding practices and protection against lightning overvoltages.

               

32402    Power Semiconductor Drives

    

CO1: Students can be able to define the applications of power electronics to machines.

CO2: Students  can be  able to understand  the concept of 4-quadrant operation & design for  an electric drive system.

CO3: Students will be able to understand the control of DC motors by Choppers.

CO4:Students will be able to understand the control of  Induction motor through stator voltage and frequency. 

CO5:  Students will be able to understand the control methods for induction motor and Synchronous motor drive applications.

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32403    Power System Operation and Control

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CO1: To schedule the thermal power plant and hydro thermal plant for optimum generation.

CO2: Understand unit commitment problem and optimal power flow solution.

CO3: Design PI controller for single area load freaguency controller.

CO4: Analyze the performance load frequency control for 2 area system.

CO5: Understand reactive power control and voltage stability problem in power systems.

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32404    Renewable Energy Sources  

      

CO1 :  Study solar energy principles, Instruments and their application.

CO2:   Understand solar energy collection and storage technologies.

CO3:   Apply the knowledge in wind and biomass energy usage in real life.

CO4:   Understand the concepts of Tidal and wave energy.

CO5: study various direct energy conversin technologies and their applications.

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32408    Electrical Distribution Systems 

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CO1:  Learn the fundamentals of Electrical distribution systems.

CO2 :  Learn the  Design of distribution feeder, radial and loop types of primary feeders.

CO3 : Learn about  voltage drop and power –loss calculations.

CO4 :  Learn about various protective devices used in distribution system and their coordination procedures.

CO5: Understand the methods to improve power factor and voltage control in distribution systems using series capacitors, AVB, AVR.

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32431    Power  Systems Lab

       

CO1 : Understand the working of Electro mechanical relays and analyze the performance with respect to Numerical Relays.

CO2 : Study and analyze the long transmission lines, study the behavior of the dynamic power system and also know the electrical parameter variation.

CO3 : Visualize different power system concepts like Ferranti effect, VAR compensation, etc.

CO4 : Perform fault studies, classify various faults and understand the severity of faults.

CO5 : Understand the importance of Power factor, different methods of improving power factor and the concepts of voltage control.

               

32432    Power Semiconductor Drives Lab

            

CO1 : To understand the working principles of three phase IGBT based PWM inverters.

CO2 : To understand the latest trends in speed control of electrical motors using dSPACE, DSP, microcontroller, etc.

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32434     Computer Aided Electrical Engineering Lab

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CO1 : Understand to simulate ac-dc converters and analyze the operation of the converters for various loads.

CO2 : Design the load components and simulate dc-dc converters dc-ac converters.

CO3 : Form Zbus and YBus matrix for a given power system.

CO4 : Perform various load flow analysis for given power system.

CO5 : Analyze the behavior of power system under different fault Conditions.

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32433    Industry oriented Mini Project

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CO1: Identify the real wold Electrical engineering problems.

CO2: Analyze the practcal solutions to the problem.

CO3: Apply modern engineering tools for solution.

CO4: Develop hardware kits.

CO5: Write technical reports following professional ethics.

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 IV Year II SEMESTER  

                      

38451    Management Science 

  

CO1: Make business decisions for effective business administration.

CO2 : Identify Business strategies for effective and efficient utilization of resources.

CO3: Explore new business opportunities in the dynamic business environment.

CO4: Perform SWOT analysis of the internal and external environment.

CO5: Apply contemporary best practices of management for better understanding of future business trends.

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32451    Utilization of Electrical Energy 

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CO1: Understand the operating principles and characteristics of traction motors with respect to speed, temperature, loading conditions.

CO2: Identify most appropriate heating or welding techniques for suitable applications.

CO3: Study the basic principles of illumination, its measurement and design Illumination systems for various applications.

CO4:  Understand the concept of electric traction systems.

CO5: Discuss about the spectifications of traction equipment. 

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32481    Seminar  

            

CO1:  Identify and analyze the real time Electrical Engineering problems.

CO2: Acquire awareness on latest technology and current trends in the field of Electrical Engineering.

CO3: Participate in discussions for enhancement of knowledge.

CO4: Apply communication skills.

CO5: Document and present technical reports following professional ethics.

               

32482    Comprehensive Viva    

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CO1: Test the knowledge Electrical engineering.

CO2: Improve communication skills.

CO3: Develop Current trends in  Electrical engineering.

CO4: Test the Mathematical knowledge for solving Real world problems.

CO5: Develop Circuits skills.

               

32483    Project Work

   

CO1: Identify the real wold Electrical engineering problems.

CO2: Analyze the practcal solutions to the problem.

CO3: Apply modern engineering tools for solution.

CO4: Develop hardware kits.

CO5: Write technical reports following professional ethics.