M. Tech - Course Outcomes (R18)

First Year MTech (EPE) – I Semester (R18)- Course Outcomes

Subject Name: Economic Operation of Power Systems                                       Subject code: 72101

CO1.   Understand the characteristics of various generating units and get the knowledge of the various types of costs involved in power generation.

CO2.   Get the knowledge on the economic dispatch problem.

CO3.   Understand unit commitment method and its solution methods

CO4.   Familiarize about selection of plant and its performance and characteristics.

CO5.   Understand various optimization techniques in power systems

Subject Name: Advanced Power System Analysis                                                 Subject code: 72102

CO1.   Understand the basic concepts for solving power system problems.

CO2.   Analyze the fault currents for the severity of the faults.

CO3.   Use numerical methods to analyze the power system in steady state.

CO4.   Resolve the optimal power flow and power system security concepts for power flow its solution.

CO5.   Estimate the transient stability analysis using numerical integration method.

Subject Name:  Digital Protection of Power Systems                                             Subject code: 72103

CO1.   Understand basic concepts of Static and Digital protective relays for power system protection

CO2.   Study the basic components of digital protection relaying system.

CO3.   Apply Mathematical approach towards digital protection

CO4.   Learn different methods to protect transmission lines and transformers.

CO5.   Discuss the application of new developments in relaying principles and applications

Subject Name:   Modern Control Theory (PE-1)                                                        Subject code:  72104

CO1.   Obtain the mathematical model of any system.

CO2.   Understand the state model for dynamic systems.

CO3.   Perform the stability analysis of nonlinear systems by Lyapunov method.

CO4.   Get knowledge of pole-assignment controller and the specific design procedures.

CO5.   Understand the optimal control problem techniques.

First Year MTech (EPE) – I Semester (R18)- Course Outcomes

Subject Name:  Electric Smart Grid (PE-1)                                                                  Subject code: 72105

CO1.   Acquire the ideas of implementing smart integrated power system networks.

CO2.   Know the potential future work of smart grids

CO3.   Understand the role of dynamic energy management systems

CO4.   Apply the policies and programs in action to power system problems

CO5.   Procure the knowledge of efficient electric end technology alternatives.

Subject Name:   EHV AC Power Transmission System (PE-1)                                   Subject code:  72106

CO1.   Understand the importance of estimating the line parameters of EHV AC transmission lines.

CO2.   Do the calculation of electrostatic field of AC lines and able to understand their effect on voltage gradients.

CO3.   Get the knowledge of energized & un-energized lines and able to understand the requirement of VAR compensation.

CO4.   Emphasize on the effect of corona with respect to its characteristics, properties and losses and design of EHV lines

CO5.   Get the awareness of the design of various grounding systems involved in power systems

Subject Name: Mathematical Methods for Power Engineering (PE-2)                      Subject code: 72107

CO1.   Understand the introduction to vector spaces and linear operators

CO2.   Analyze the problems in linear programming

CO3.   Examine the Non-Linear programming problems

CO4.   Understand the Linear distribution problems

CO5.   Study the problems in Stochastic Processes

Subject Name:   Electric Power Distribution Systems (PE-2)                                      Subject code:  72108

CO1.   To gain the knowledge of power distribution system.

CO2.   Understand Study of Distribution automation and its application in practice.

CO3.   Learn SCADA system.

CO4.   Understand the techniques in distribution automation.

CO5.   Usage of protected devices and its installation in distribution systems

Subject Name: Power Electronic Converters (PE-2)                                                     Subject code: 72109

CO1.   Analyze the concepts of semiconductor Switches for AC and DC loads.

CO2.   Understand the transient and steady state analysis of single phase and three phase Rectifier circuits operation, design and applications.

CO3.   Learn the operation, analysis and control of DC to DC Converters.

CO4.   Analyze the operation, analysis of single phase and three phase Inverters.

CO5.   Understand the steady state and transient analysis of AC to AC power Converters

Subject Name:   Research Methodology and IPR                                                         Subject code:  78101

CO1.   Understand research problem formulation and analyze research related information.

CO2.   Follow research ethics.

CO3.   Understand that today’s world is controlled by Computer, Information Technology, but tomorrow world will be ruled by ideas, concept, and creativity.

CO4.   Understand importance of intellectual property rights.

CO5.   Understand the importance of patent rights and developments in IPR

Subject Name: Power System Analysis Lab                                                                   Subject code: 72131

CO1.   Simulate how to form the ZBUS and YBUS.

CO2.   Know the different load flow analysis.

CO3.   Simulate visualize transient stability analysis of a machine connected to infinite bus.

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

CO5.   Program and analyze the load flow solutions.

Subject Name:   Power System Protection &Simulation Lab                                         Subject code:  72132

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. They will also be able to 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.

First Year MTech (EPE) – II Semester (R18)- Course Outcomes

Subject Name: Power System Dynamics                                                                        Subject code: 72201

CO1.   Understand the basic concepts of Dynamic system and its physical interpretation.

CO2.   Study the modeling of synchronous machine in details

CO3.   Learn Excitation and Prime mover controllers in details.

CO4.   Understand and enhance small signal stability problem of power systems.

CO5.   Carry out stability analysis with and without power system stabilizer.

Subject Name:   Renewable Energy Systems                                                                 Subject code:  72202

CO1.   Understand the basic concepts of difference between distribute central station power generation.

CO2.   Gain Knowledge about Variable renewable energy sources related to learn the terms & sections of renewable energy.

CO3.   Understand the working of distributed generation system in autonomous/grid connected modes.

CO4.   Know the Impact of Distributed Generation on Power Systems.

CO5.   Learn about transmission system operation along with protection and Reliability of DG systems.

Subject Name: FACTS & HVDC                                                                                       Subject code: 72203

CO1.   Choose proper controller for the specific application based on system requirements.

CO2.   Understand various systems thoroughly and their requirements

CO3.   Interpret the control circuits of Shunt Controllers SVC & STATCOM for various functions.

CO4.   Analyze different converter topologies and understand it’s control aspects.

CO5.   Find the applications of HVDC transmission in the power system with the acquired knowledge.

Subject Name:   Restructured Power Systems (PE-3)                                                    Subject code:  72204

CO1.   Gain knowledge on restructuring of power industry.

CO2.   Understand basics of congestion management.

CO3.   Attain knowledge about locational margin prices.

CO4.   Understand the significance ancillary services and pricing of transmission network.

CO5.   Attain the knowledge on the various power sectors in India.

Subject Name: Advanced Digital Signal Processing (PE-3)                                           Subject Code: 72205

CO1.   Gain knowledge about the time and frequency domain representations as well as design techniques for IIR and FIR filters and their realization structures.

CO2.   Study the Estimation and prediction parameters.

CO3.   Acquire knowledge about the structure of digital signal processor.

CO4.   Gain knowledge about the practical design aspects of digital signal processor.

CO5.   Design of VLSI Implementation in DSPs

Subject Name:   Hybrid & Electric Vehicles (PE-3)                                                          Subject Code:  72206

CO1.   Learn the social and economic impact of conventional, electric and hybrid vehicles.

CO2.   Implement the drive train topologies of hybrid and electric vehicles.

CO3.   Understand about various motors used for electric propulsion

CO4.   Understand about energy storage and sizing of drive system in electric and hybrid vehicles.

CO5.   Explore the energy management strategies in hybrid and electric vehicles 

Subject Name: Energy Auditing, Conservation & Management (PE-4)                          Subject Code: 72207

CO1.   Acquire the basic concepts of energy auditing

CO2.   Acquire the basic concepts of energy management

CO3.   Identify the means of planning and executing the auditing

CO4.   Apply the instrumentation concepts to do auditing

CO5.   Apply the techniques of management of loads for effective utilization of resources

Subject Name: Artificial Intelligence Techniques To Power Systems applications (PE-4)    Subject Code:  72208

CO1.   Acquire the ideas of biological foundations of artificial neural networks

CO2.   Cram the neural network applications to latest power system problems

CO3.   Identify the fuzzy and defuzzification logic operators

CO4.   Apply the fuzzy set models to power system problems

CO5.   Procure the knowledge of GA and able to apply to voltage stability concepts.

Subject Name: SCADA System and Applications (PE-4)                                                  Subject Code: 72209

CO1.   Describe the basic tasks of SCADA as well as their typical applications.

CO2.   In depth learning of Industrial SCADA system components and other devices associated with it.

CO3.   Acquire knowledge about SCADA architecture, advantages and disadvantages.

CO4.   Learn about SCADA system components and SCADA server.

CO5.   Learn and understand about SCADA applications in transmission and distribution sector.

Subject Name:   Power System Dynamics & Control Lab                                                Subject Code:  72231

CO1.   Program and analyze the load flow solutions

CO2.   Analyze the transient analysis.

CO3.   Simulate & visualize transient stability analysis of a machine connected to STATCOM.

CO4.   Understand the small signal analysis

CO5.   Understand the wind energy conversion systems

Subject Name: Renewable Energy Systems Lab                                                              Subject Code: 72232

CO1.   Various factors affecting the output of the solar module, effect of load on the solar panel and effect of temperature on solar panel.

CO2.   Performance analysis of Solar panels, Wind turbines, and grid connected plant.

CO3.   Obtain power curves of the Solar Panel and Wind turbine.

CO4.   Learn simulation of DFIG based wind turbine, Solar PV module.

CO5.   Understand Synchronization of Single-phase grid connected solar plant using simulation.

Second Year MTech (EPE) – I Semester (R18)- Course Outcomes

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Subject Name:   Power System Planning and Reliability (PE-5)                                       Subject code:  72301

CO1.   Acquire Knowledge in Planning and building reliable power system

CO2.   Have Knowledge of Generation system reliability analysis and to determine the reliability of Isolated and interconnected generation systems.

CO3.   Analyze the transmission system reliability

CO4.   Understand basic concepts of interconnected system reliability analysis.

CO5.   Study the fundamentals of Distribution system reliability analysis

Subject Name: Power System Transients & Surge Protection (PE-5)                              Subject code: 72302

CO1.   Gain knowledge of various transients that could occur in power system and their mathematical formulation.

CO2.   Ability to design various protective devices in power system for protecting equipment.

CO3.   Analyze the faults and able to understand the fault clearance.

CO4.   Coordinating the insulation of various equipment’s in power system.

CO5.   Modeling the power system for transient analysis.

Subject Name:   Power Quality (PE-5)                                                                                Subject code:  72303

CO1.   Acquire knowledge about the harmonics introducing devices and effect of harmonics on system equipment and loads

CO2.   Develop analytical modeling skills needed for modeling and analysis of harmonics innet works and components.

CO3.   Introduce the student to active power factor correction based on static VAR compensators and its control techniques.

CO4.   Introduce the student to series and shunt active power filtering techniques for harmonics.

CO5.   Acquire knowledge about various power quality mitigating techniques

Subject Name: Business Analytics (OE)                                                                              Subject Code: 78301

CO1.   Demonstrate knowledge of data analytics.

CO2.   Demonstrate the ability of thinking critically in making decisions based on data and deep analytics

CO3.   Demonstrate the ability of thinking critically in making decisions based on data and deep analytics

CO4.   Understand various forecasting and simulation models.

CO5.   Demonstrate the ability to translate data into clear, actionable insights and learn decisions strategies.

Subject Name:   Industrial Safety (OE)                                                                                Subject Code:  78302

CO1.   Analyze various industrial hazards.

CO2.   Implement maintenance tools and techniques in manufacturing industry.

CO3.   Use teratology concept in manufacturing industry.

CO4.   Diagnose industrial equipment’s like air pump, compressors etc.

CO5.   Design a preventive maintenance schedule for mechanical components in manufacturing industry.

Subject Name:   Operations Research (OE)                                                                       Subject code:  78303

CO1.   Apply the dynamic programming to solve problems of discreet and continuous variables.

CO2.   Apply the concept of non-linear programming.

CO3.   Carry out sensitivity analysis.

CO4.   Model the real-world problem and simulate it.

CO5.   Solve the real time problem using Linear programming problem techniques.

Subject Name: Cost Management of Engineering Projects (OE)                                      Subject Code: 78304

CO1.   Understand the parameters involved in the strategic cost management process.

CO2.   Comprehend the technical and non-technical activities involved in the Project Management

CO3.   Understand the relation between project planning and cost analysis

CO4.   Understand different types of budgets and application in Civil Engineering projects.

CO5.   Understand different costing methods and valuation techniques for different projects.

Subject Name:   Composite Materials (OE)                                                                         Subject Code: 78305

CO1.   Demonstrate the knowledge of reinforcement & composite performance.

CO2.   Demonstrate the different fibers & mechanical behavior of composites

CO3.   Understand the knowledge of manufacturing of various metal matrix composites.

CO4.   Demonstrate the manufacturing of polymer matrix composites

CO5.   Demonstrate the knowledge of stress, maximum strain & failure criteria

Subject Name: Energy from Waste (OE)                                                                              Subject Code: 78306

CO1.   Understand the types of various energy conversion units from waste

CO2.   Get the knowledge on the solid waste disposal techniques.

CO3.   Understand the biochemical conversion of various residues.

CO4.   Familiarize about the step by step process of Biogas Conversion.

CO5.   Understand E-waste Management in India.

Second Year MTech (EPE) – II Semester (R18)- Course Outcomes

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Subject Name: Major Project                                                                                                 Subject code:  42401

CO1.   Students will be able to explain the aim, objective, and utility of the complex problem to the selected audience.

CO2.   Students will be able to develop software Project management skills, Problem-solving skills, and System integration skills 

CO3.   Students will be able to work in a team to solve real-life problems and maintain professionalism.