First Year MTech (EPE) – I Semester (R15)- Course Outcomes

 

Subject Name: Advanced Power System Analysis    Subject code: 42101

CO1    Understand the basic concepts for solving power system problems.

CO2    Relate the performance characteristics of the impedance model and the admittance model. 

CO3    Analyses the performance of the Gauss-Seidel method & N-R method.

CO4    Extend the knowledge of power flow studies to contingency analysis.

CO5    Analyze the fault currents for the severity of the faults.

Subject Name:  Advanced Power System Protection Subject code:  42102

CO1.   Understand the various types of comparators and their realization using static circuits

CO2.   Explicate the function of over-current, distance, and differential relays using comparators.

CO3.   Realize the various dynamic characteristics of digital relays for the protection of transmission lines, transformers.

CO4.   Identify the new developments in protective relaying and applications.

CO5.   Elucidate the concepts of microprocessor-based protective relays and digital relaying algorithms

Subject Name:   Renewable Energy Systems Subject code:  42103

CO1.   Gain the knowledge of different renewable energy sources to produce electrical power.

CO2.   Apply the technology to capture the energy from the wind sources.

CO3.   Understand the methods of energy extraction from ocean thermal energy conversion systems.

CO4.   Understand the methods of energy extraction from biomass and geothermal. 

CO5.   Understand the arrange stored energy and to avoid environmental pollution.

Subject Name:    High Voltage Engineering (Elective-I)       Subject code: 42104 

CO1.   Derive the equations for charge movement during the breakdown process in gases,liquids and solids.

CO2.   Explain the physical process of breakdown - based on the Townsend, Streamer and Leader models

CO3.   Describe the standard HV tests, and design the test generator circuits for ac, dc and impulse voltages (and currents)

CO4.   Conduct selected HV tests and be sensitized to basic HV experimental techniques.

CO5.   Derive the performance equations for certain HV measurement systems.

Subject Name: EHV AC TRANSMISSION (Elective-I)      Subject code: 42105

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

CO2.   Able to 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.   Analyze 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:   Modern Control Theory (Elective-I)    Subject code: 42106

CO1.   Various terms of basic and modern control system for the real time analysis and design of control systems.

CO2.   Able to examine a system for its stability, controllability and observability.

CO3.   Understand the Stability analysis of Non-Linear systems through describing functions.

CO4.   Perform the stability analysis nonlinear systems by Lyapunov method.

CO5.   Understand the optimal control problem techniques.

Subject Name: Microcontrollers and Applications    Subject code: 42107

CO1.   Express architecture of Micro Controllers Programming with microprocessors.

CO2.   Able to program a microcontroller system in assembly code and C

CO3.   Understand Serial Data Transfer Technique

CO4.   Build and test a microcontroller-based system.

CO5.   Interface the system to A/D and D/A converters.

Subject Name: Power Quality (Elective-II)   Subject code: 42108

CO1.   Learn to distinguish between the various categories of power quality problems.

CO2.   Understand the root of the power quality problems in industry and their impact on performance and economics.

CO3.   Understand the 1&3 phase voltage sag characterization

CO4.   Understand the power quality considerations in industrial power systems

CO5.   Learn about power quality and EMC standards, DAS

software

Subject Name: HVDC Transmission (Elective-II)     Subject code: 42109

CO1.   To expose the students to the state of the art HVDC technology.

CO2.   Able to relate the performance characteristics of 6 pulse, 12 pulse circuits.

CO3.   Understand the   constant ignition angle control and Harmonic instability problems.

CO4.   Understand over voltages due to DC and AC side line faults

CO5.   Understand the Converter faults, over current and over voltage protection.

Subject Name:   Distribution Automation (Elective-II)         Subject code:  42110

CO1.   Understand distribution automation software 

CO2.   Understand System reliability management, voltage management, Load management.

CO3.   Gain knowledge in Predict load forecasting and reliability in an economic point of view.

CO4.   Understand operation and Maintenance savings and integration of benefits into economic evaluation

CO5.   Gain knowledge in Calculate operating and maintenance costs and also Break-even analysis.

Subject Name: Innovation and Entrepreneurship       Subject code: 48101

CO1.   Apply innovative tools for entrepreneurship.

CO2.   Apply models and theories of entrepreneurship and innovation to real life examples at the individual, organizational and institutional levels

CO3.   Assess and evaluate new venture opportunities, conceptually and through the preparation of an opportunity assessment.

CO4.   Develop a comprehensive and well-structured business plan for a new venture.

CO5.   Demonstrate the documentation process for starting an enterprise. 

Subject Name: Project Management  Subject code: 48102

CO1.   Gain the knowledge in project management tools and techniques for successful planning and execution of Projects.

CO2.   Gain the knowledge in Project Cost and Productivity control techniques

CO3.   Gain the knowledge in capital budgeting decisions and profitability index method.

CO4.   Equipped with the ability to explore the new project proposals and assessing the potential risks and profitability associated with the proposals

CO5.   Gain the knowledge in norms of finance and term loan procedure.

Subject Name: Fundamentals of Marketing    Subject code: 48103

CO1.   Understand the basic concepts of marketing and its components.

CO2.   Understand the major conceptual and theoretical principles upon which the practice of marketing is based.

CO3.   Demonstrate a general understanding of marketing management tasks and of how marketing fits into the organizational environment and interacts with diverse environments.

CO4.   Understand the basic concepts consumer Markets.

CO5.   Understand the basic concepts of marketing Organization and Control.

Subject Name:   Power Systems Lab-I           Subject code:  42131

CO1.   Able to Simulate how to form the ZBUS and YBUS

CO2.   Able to Compare the different load flow methods

CO3.   Able to Simulate Visualize Transient Stability Analysis of a Machine Connected to Infinite Bus

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

CO5.   Able to Simulate power electronic converters and drives.

Subject Name: SEMINAR     Subject code: 42132

CO1.   Students will be able to present on the design and fabrication of imparted knowledge in different aspects of a domain.

CO2.   Students will be able to build confidence and develop presentation skills and improve communication skills.

CO3.   Students will be able to sharpen their personality, intelligence and make themselves aware of knowledge about new hardware and software needs of market. 

 

First Year MTech (EPE) – II Semester (R15)- Course Outcomes

 

Subject Name: Power System Dynamics       Subject code: 42201

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:  Flexible AC Transmission Systems (FACTS)          Subject code:  42202

CO1.   Understand the operations of different FACTS devices.

CO2.   Learn the operation of voltage and current source converters.

CO3.   Understand the static shunt compensation.

CO4.   Distinguish between various shunt compensating devices.

CO5.   Understand static series compensating devices

Subject Name:    Power System Operation and Deregulation            Subject code:  42203

CO1.   Implement the optimal methods in real time applications.

CO2.   Understand the power systems security.

CO3.   Able to select the contingency in power systems.

CO4.   Analyze state estimation techniques in power systems by several methods.

CO5.   Understand the concept of restructuring of power systems

Subject Name:   Gas Insulated Substations (E-III)    Subject code:  42205 

CO1.   Able to know the properties of SF6 gas.

CO2.   Know the advantages of GIS systems over air insulated systems

CO3.   Ability to design the insulation for components of GIS substation.

CO4.   Ability to know the mechanism of VFTO.

CO5.   Discriminate the problems and design diagnostic methods of GIS

Subject Name:  Electric Smart Grid (E-III)   Subject code:  42206

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:   AI Techniques in Electrical Engineering (E-III)     Subject code:  42207 

CO1.   Understand feed forward neural networks, feedback neural networks and learning techniques.

CO2.   Understand different neural networks models, Architectures and learning tasks.

CO3.   Able to design Fuzzy based system, learn membership functions of different systems and understand fuzzification & de-fuzzification methods.

CO4.   To develop genetic algorithms for applications in electrical engineering.

CO5.   Able to apply the acquired knowledge to solve power system and electrical

machinery problems.

Subject Name: Reactive Power Compensation and Management (E-IV)      Subject code:   42208

CO1.   Define the advances in power compensation.

CO2.   Evaluate the design and control of different types of compensation

CO3.   Articulate User side reactive power management

CO4.   Evaluate the design and Typical layout of traction systems.

CO5.   Know the different techniques for analyzing reactive power management

Subject Name: Power System Reliability (Elective-IV)        Subject code: 42209

CO1.   Acquire Knowledge in Planning and building reliable power system

CO2.   Describe merging generation and load models

CO3.   Understand basic concepts of conditional probability approach and  weather effects on transmission lines.

CO4.   Understand basic concepts of interconnected system reliability analysis.

CO5.   Study the fundamentals of Distribution system reliability analysis

Subject Name: Voltage Stability (Elective-IV)          Subject code: 42210

CO1.   Understand the concept of voltage stability.

CO2.   Evaluate the voltage stability using graphical analysis.

CO3.   Evaluate the voltage stability on SMLB system.

CO4.   Understand the concept of voltage collapse.

CO5.   Techniques for analyzing how the loads influence voltage stability.

Subject Name: Energy Audit and Management (Open Elective-II)   Subject code:45211 

CO1.   Acquire the basic concepts of energy auditing

CO2.   Acquire the basic concepts of energy management

CO3.   Students will be able to know about auditing of various energy sources.

CO4.   Acquire the basic concepts of energy policy planning and implementation:

CO5.   Students will able to use various auditing instruments in their energy audit management

Subject Name: Power Systems Lab-II           Subject code:42231 

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

CO2.   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.   Able to Visualize different power system concepts like the 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.

Subject Name: Seminar          Subject code:  42232

CO1.   Students will be able to present the design and fabrication of imparted knowledge in different aspects of a domain.

CO2.   Students will be able to build confidence and develop presentation skills and improve communication skills.

CO3.   Students will be able to sharpen their personality, intelligence and make themselves aware of knowledge about new hardware and software needs of the market.

 

 

Second Year MTech (EPE) – (R15)- Course Outcomes

 

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.