(M-III)

2. Apply the fundamental concept of Fourier series and be able to solve Fourier expansions of a given function.

3. Solve isometric problems by using Eulers eqns.

4. Ability to interpret Complex variable and its application. Determine the power series expansion of a function

5. Ability to evaluate Matrices and Eigen Value problem and should able to solve Differential Equation.

6. Apply Lagranges form to solve p.d.es in engineering applications

( NCES)

2.      Understand principal of solar energy collectors and storage systems.

3.      Learn various applications of solar energy.

4.      Understand different types of wind generators. Selection of sites for wind farm.

5.      Understand basic of small hydra, ocean, and wave energy and other non-conventional energy sources.

6.     Comprehend about other non conventional sources

(EMI)

2.      Understand the concepts of different electrical measuring instruments.

3.      Measure the electrical power and energy and use of CT, PT

4.      Study the generalized instrumentation system with the help of a block diagram

5.      Know the transducers and its use for measurement of force, torque, velocity, acceleration.

6.      Understand the basic idea about measurement of temperature, pressure & flow measurement.

PO-1,2,3,9,12

(NA)

2. Evaluate  transformation techniques for the analysis of electrical networks.

3.    Apply the knowledge of Kirchhoff current law for the analysis of electrical networks and duality construction

4.                Apply various networks theorem for analysis of electrical circuits.

5.                Evaluate the initial conditions using knowledge of Laplace transformation. Analysis and synthesis of various waveforms.

6.                Understand transient behavior and network functions with computation of network functions for various configurations.

7.    Apply the knowledge of resonance for series and parallel circuits, calculation of various electrical quantities for 3 phase circuits and evaluation of two port parameters.

PO 1,2,3,4,5,9,12

(EDC)

2. Explain & characterize BJT, identify various biasing arrangements, analyse & compare CE, CB, CC amplifiers, design transistor as a switch.

3. Explain, analyze & classify Power amplifier & feedback amplifiers.

4. Explain, classify, formulate & analyze various oscillators, explain & characterize FET & MOSFET and classify its biasing arrangement.

5. List & explain differential amplifier and its stages, compute gain & impedance of different stages.

6. List Boolean identity, illustrate number system conversion, classify codes & logic gates, compute SOP & POS

PO-1,2,3,9,10,12

(M-IV)

2.      Apply Z-transform under different conditions and can derive equation from them.

3.      To understand the concepts of fuzzy sets, knowledge representation using fuzzy rules, approximate reasoning, fuzzy inference systems, and fuzzy logic control.

4.      Solve linear and non-linear system of equations through numerical techniques.

5.      Compute solutions for ordinary differential equations through numerical techniques.

6.      To introduce various probability distributions & apply the moment generating functions to determine its probability distribution.

(EMF)

2.      Study coulomb’s law and able to calculate Electric field intensity, Flux density for difference form of charges.

3.      Understand and apply Gauss’s law, Divergence theorem and calculation of Potential and Energy density in electrostatic field.

4.      Study Poisson’s and Laplace equation and to calculate capacitance and their boundary condition for Dielectric Materials.

5.      Study various laws for steady magnetic fields and forces.

6.    Apply Maxwell’s equation and analysis of uniform plane wave propagation and electromagnetic waves.

PO-1,2,9,12

(DLEC)

2.               Student will be able to demonstrate how flip flop, memory & timers work.

3.               Student will be able to define concept of Sequential Circuit, counters, & ALU.

4.                Student will be able to demonstrate applications of Operational Amplifiers circuits.

5.               Student will be able to define and apply basics of Active Filters, rectifiers, &Voltage sources.

6.                Student will be able to explain how linear IC’s works.

(EMC-I)

2.      Illustrate the Conversion of 3-phase to 2- phase supply, parallel operation and maintenance of 3- phase transformer.

3.      Explain, classify & Analyze the construction, working and characteristics of DC Machine.

4.      Understand and Illustrate the 3-ph Induction Motor

5.      Determine the Starting, Breaking and speed control of three phase induction motor

6.      Understand the Construction and principal of operation of double cage induction motor, induction generator, and types of single phase induction motors.

PO-1,2,3,4,5,9,12

(CP)

2.               Use C language for programming, arrays, searching and sorting techniques.

3.               Learn the use of pointers & structures.

4.               Understand the basics of C++.

5.               Study the basic of MATLAB and apply fundamental knowledge for analysis of basic engineering problems.

6.               Plot graphs, manipulate text and MATLAB functions

PO-1,2,3,4,5,12

( EPS-I)

2.      Model & represent the system components used in power system.

3.      Understand use of cables in distribution network.

4.      Understand the Concept of designing transmission line parameters.

5.      Understand the basic concept of basic concept of interconnection of system elements & load flow analysis.

6.      Analyze performance of generators & turbines.

PO-1,2,3,5,9,12

2.

(UOEE)

2.      Application of electric energy for industrial welding.

3.      Understand basics of Illumination and design of lighting schemes for Various applications.

4.      Understand basics of Refrigeration and Air conditioning system.

5.      Understand application of Fans & Pumps.

6.      Understand compressors and DG systems and evaluate their performance.

PO-1,2,3,12

(EMD)

2.               Classify types of transformer and design main dimensions of Transformer.

3.               Estimate various parameters of transformer and apply the knowledge to analyze them

4.               Analyze, and evaluate various parameters of Induction motor to construct a stator.

5.      5. Estimate the performance characteristics of Induction motor as per requirements and constraints

6.               Design overall dimensions of synchronous machines.

PO-1,2,3,5,9,12

(Microprocessor)

2.               At the completion of the course the students are understand a detailed idea about processor architecture.

3.               They are expected to program microprocessor using assembly language programming to design systems

4.               Student will be able to design any system based on the knowledge acquired of the subject.

5.               Students can do interfacing circuits of real systems and to synthesize and analyze systems

6.               Students can design their projects based on microprocessors

PO-1,2,5,6,10,12

(EMC-II)

2.      Analysis the steady state operation of 3-ph synchronous machines using different voltage Regulation methods & slip test.

3.      Understand and analyze parallel operation of syncronous machine .

4.      Examine the Synchronous machine on infinite bus, synchronous motor operation with variable excitation & load.

5.      Inspect the transient behavior of the Synchronous machines.

6.      Understand special motors like Repulsion, Hysteresis, Reluctance, Universal and BLDC motors

PO-1,2,3,5,9,12

1.

(PSP)

2.                Analyze general layout, major equipments and auxiliaries in thermal power station.

3.                Illustrate the basics of hydro power station.

4.                Illustrate the basics of nuclear power generation.

5.                Understand different excitation system for power generation and calculate tariff for different customers.

6.                Comprehend need and basics of co-generation, captive power generation for sustainable development.

PO-1,2,3,5,9,12

2.

BEELE602T

(EEIM)

2.               Explain Monopoly, Monopolistic & Oligopoly. Discuss the Depreciation and method for its determination.

3.               Summarize Liberalization, privatization & Globalization. Describe functions of commercial banks and inflation, deflation and stagflation

4.               Explain scope of management function of management – planning, organizing, directing, controlling and communicating.

5.               Apply the concept of marketing management. Discuss Marketing Mix, Administrative and cost plus pricing, channels of distribution, Advertising and sales promotion

6.               Explain scope of financial management. Outline of Profit and loss account , balance sheet, budget and their importance

PO-2,3,4, 8, 9, 10, 11, 12

3.

(EDC)

2.      Select motor for continuous and intermittent operation.

3.      Study PLC and applications on electric drives.

4.      Study operation of relays and contractors and design control panel for MCC.

5.      Study and analyze of traction motors.

6.      Learn basics of industrial drives.

PO-1,2,3,4,5,9,12

4.

BEELE604T

(PE)

2.                Understand basic operation of various power semiconductor devices and switching circuits.

3.                Analyze and design of power electronic converter circuit.

4.                Study power electronics for performance and improvement of power system and electric machines.

5.                Study principle and operation of DC choppers.

6.                Study and analyze power electronic inverter circuits

PO-1,2,3,5,12

5.

(CS-I)

2.      Understand the control system components and able to find sensitivity to parameter variations, obtain transfer function of servomechanisms.

3.      Analyse the time response and time response specifications with steady state error for various types of input.

4.      Apply various methods to find the stability and understand the concept of Root Locus Technique.

5.      Understand the Frequency response analysis using Bode plot, Polar Plot and Nyquist plot Method.

6.      Understand the introductory concepts of state variable approach.

1.

BEELE701T

(CS-II)

2.      Develop solution of state equation.

3.      Design and analyze practical system for the desired specifications through state variable approach.

4.      Analyze the optimal control with and without constraints.

5.      Analyze the non-linear control system for various non-linearities.

6.      Analyze the digital control system.

PO-1,2,3,5,9,12

2.

BEELE702T

(EPS-II)

2.                Analysis of symmetrical fault

3.                Analysis of unsymmetrical fault

4.                Illustrate the concept of steady state and transient stability.

5.                Understand the economic scheduling of power system.

6.                Understand the various types of neutral grounding and compensation.

PO-1,2,3,4,5,12

3.

BEELE703 T

(FACTS)

2.                 Understand voltage and current source converters for FACTS.

3.                 Understand basic knowledge of shunt compensator.

4.                 Understand basic knowledge of series compensator.

5.                 Understand static voltage and phase angle regulators.

6.                 Understand basic knowledge of combined series and shunt compensators.

PO(1,2,3,4,5,12)

4.

BEELE704 T

(HV)

2.      Understand Lightening and switching over-voltages and Evaluate protection measures by lightening arrestors, ground wires and surge absorbers.

3.      Interpret the behaviour of travelling waves and understand insulation co-ordination.

4.      Discuss different techniques for high voltage and current generation.

5.      Analyse different methods of measurement for high voltage and current in laboratories.

6.      Discuss and Determine various non destructive and high voltage testing of electrical apparatus

PO(1,2,3,4,5,12)

5.

BEELE705 T

(EID)

2.      Calculate short circuit currents at different locations and select proper switchgear

3.      Design and select suitable components of starters for induction motors, understand its operation and select capacitors for reactive power management

4.      Design and understand procedures for installation, testing and commissioning practices for various components of transformer substation suitable for 11 and 33 kV installations.

5.      To study the design of Industrial Electrical Installations

6.      Understand the IE rules and equipment earthing.

1.

BEELE 801 T

(EHVAC & HVDC)

2.                Study the parameters of Electrostatic and electromagnetic fields and corona  due to EHVAC lines.

3.                Understand Various kinds of Dc link , earth electrods & Multi terminal HVDC system

4.                Understand Voltage control and current control systems for power flow controls in HVDC system.

5.                Understand design parameters of AC filters as well as DC filters and Reactive power compensation.

6.                Learn about the HVDC protection schemes

PO(1,2,3,5,9,12)

2.

BEELE 802 T

(EDS)

2.      Apply the knowledge distribution system in the controlling of voltage & reactive power

3.      Able to recall the knowledge of electrical power system to analyze the System.

4.      Design different types of Voltage control System in distribution system.

5.      Understand  distribution Automation

6.      Evaluate distribution capacity of Substation, Substation layout associated with equipment.

PO-1,2,3,10,12

3.

BEELE 803 T

(SGP)

2.              Comprehend overcurrent relaying for medium voltage line protection

3.              Understand distance relaying for high voltage line protection.

4.              Learn & design Protection systems used for electric machines, transformers, bus-bars, transmission lines.

5.              Comprehend basic idea of static relays to synthesise different relay characteristics using comparators

6.              Understand theory, construction and applications of main types of circuit breakers.

PO-1,2,3,5,9,12

4.

BEELE804 T

(CAPS)

2.      Developing algorithm for the determinination of bus Impedance & Admittance matrices for a single phase circuits

3.      Developing algorithm for the determinination of bus Impedance & Admittance matrices for a three phase circuits

4.      Study Load flow a power system by Newton- Raphson and Gauss- Seidal iterative method.

5.      Do Short circuit studies.

6.      Learn Transient stability by using Eulers, Modified Eulers and RK-4^th order differential method

PO-1,2,3,4,5,12