Program Outcomes (POs):
Engineering graduates will be able to:
Program specific outcomes (PSOs):
PSO 1.Electrical Engineering Skills: Ability to design, analyze and solve problems in the field of Electrical & Electronics Engineering by applying knowledge acquired from Electrical Power Systems, Electrical Machines, Control Systems, Power Electronics and Field theory
PSO 2. Interdisciplinary Knowledge: To train students with good scientific and engineering breadth fundamentals required to solve electrical engineering problems.
PSO 3. Professional Development: To excel in current technologies, important to electrical engineering, as well as probable future technological advances & contribute actively to the field by participating in professional societies, attending technical events, doing research, pursuing higher education.
PSO 4. Leadership Skills: To develop ethical attitude, communication skills, teamwork skills, entrepreneurial thinking and an ability to relate engineering attitude to societal issues.
Course Outcomes
First Year Engineering |
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Course Code and Name:103004 - Basic Electrical Engineering |
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103004.1 |
Understand the fundamentals of e.m.f, potential difference, current, resistance and energy conversions from one form to another. They should be able to calculate cost of energy consumption. |
103004.2 |
Understand the basics of magnetic circuits and Identify the relationship between current and magnetic fields with application to determination of inductance. |
103004.3 |
Apply the concept of electromagnetism to understand transformer operation and interpret the relationship between charge and electric fields with its application. |
103004.4 |
Understand basic knowledge of sinusoidal quantities and phasors with their behavior and apply it to purely resistive, inductive and capacitive circuits. |
103004.5 |
Analyze A. C. circuits, interpret relationship between voltage, current and power, examine concept of resonance, and analyze balanced three phase circuits. |
103004.6 |
Analyze and solve D. C. networks by applying various laws and theorems. |
Second Year Engineering |
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Course Code and Name:203141 - Power Generation Technologies |
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203141.1 |
Explain the operations of thermal power plant with all main parts and cycles. |
203141.2 |
Be aware of the principle of operation, components, layout, location, environmental and social issues of nuclear, diesel and gas power plant. |
203141.3 |
Identify and demonstrate the components of hydro power plant. Explain operation of hydro power plant. |
203141.4 |
Find the importance of wind based energy generation along with its design, analysis and comparison. |
203141.5 |
Apply solar energy in thermal and electrical power generation considering energy crisis, environmental and social benefits. |
203141.6 |
Understand the operation of electrical energy generation using biomass, tidal, geothermal, hydel plants, fuel cell and interconnection with grid. |
Course Code and Name:207006 - Engineering Mathematics - III |
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207006.1 |
Solve higher order linear differential equation using appropriate techniques for modelizing and analyzing electrical circuits |
207006.2 |
Solve problems related to Laplace transform, application to signal processing and control systems |
207006.3 |
Understand Fourier transform, Z-Transform and application to signal processing and control systems |
207006.4 |
Understand Vector differential calculus. |
207006.5 |
Perform vector differentiation and integration analyze the vector field and electromagnetic |
207006.6 |
Analyze conformal mappings, transformations and perform contour integration of complex function in the study of electrostatics and signal processing. |
Course Code and Name:203142 - Material Science |
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203142.1 |
Explain properties of dielectric material |
203142.2 |
Explain and summarize properties and applications of insulating material |
203142.3 |
Explain and summarize properties and applications of magnetic material |
203142.4 |
Explain and summarize properties and applications of conducting material |
203142.5 |
Explain and describe the knowledge of nanotechnology, batteries and solar cell materials. |
203142.6 |
To understand the method of testing of different classes of materials as per IS |
Course Code and Name:203143 - Analog and Digital Electronics |
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203143.1 |
Understand conversion of number system, perform binary arithmetic and reduce Boolean expressions by K- Map. |
203143.2 |
Demonstrate basics of various types of Flip flops, design registers and counter. |
203143.3 |
Analyze parameter of Op-amp and its applications. |
203143.4 |
Apply the knowledge of Op-amp as wave form generators & filters. |
203143.5 |
Use BJT as amplifier with various configurations. |
203143.6 |
Analysis of uncontrolled rectifier. |
Course Code and Name:203144 - Electrical Measurements and Instrumentation |
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203144.1 |
Write various characteristics of measuring instruments, their classification and range extension technique. |
203144.2 |
Classify resistance, apply measurement techniques for measurement of resistance, inductance. |
203144.3 |
Write construction, working principle and use of dynamometer type wattmeter for measurement of power under balance and unbalance condition. |
203144.4 |
Explain Construction, working principle of 1-phase and 3-phase induction, static energy meter and calibration procedures. |
203144.5 |
Use of CRO for measurement of various electrical parameters, importance of transducers, their classification, selection criterion and various applications |
203144.6 |
Understand measurement of various physical parameters using transducers. |
Course Code and Name:203151 - Soft Skills |
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203151.1 |
Do SWOT analysis |
203151.2 |
Develop presentation and take part in group discussion |
203151.3 |
Understand and implement etiquettes in workplace and in society at large |
203151.4 |
Work in team with team spirit |
203151.5 |
Utilize the techniques for time management and stress management |
203151.6 |
Utilize the techniques for time management and stress management |
Course Code and Name:203154 - Audit Course I |
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203154.1 |
Identify potential impact and role for solar thermal system in energy systems. |
203154.2 |
Explain different types of Solar collectors |
Course Code and Name:203145 - Power System I |
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203145.1 |
Recognize different patterns of load curve , calculate different tariff, its desirable characteristic, different types and concept of TOD |
203145.2 |
Identify the major electrical equipment in power stations and selection of overhead insulators |
203145.3 |
Analyze and apply the knowledge of electrical, mechanical design of overhead lines and underground cables. |
203145.4 |
understand resistance and inductance of transmission line (single phase and three phase) |
203145.5 |
Understand capacitance of transmission line and concept of GMR & GMD for capacitance calculations. |
203145.6 |
Analyze short, medium and long transmission line & calculate efficiency and regulation of short and medium lines. |
Course Code and Name:203146 - Electrical Machines-I |
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203146.1 |
Understand the construction and working of single phase transformer with its efficiency. |
203146.2 |
Explain connections of three phase transformer and parallel operation of single phase transformer. |
203146.3 |
Understand the construction and working of DC machine (DC Generator and DC Motor) and types of DC generator and DC motor. |
203146.4 |
Understand commutation process of DC machine and starters required for DC motor. |
203146.5 |
Understand construction, working and performance of three phase induction motor |
203146.6 |
Understand the necessity of starter for three phase induction motor and types of starter. |
Course Code and Name:203147 - Network Analysis |
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203147.1 |
Define basic terms and solve network equations with verity of network elements and source combinations |
203147.2 |
Apply different network analysis and simplification theorems to dc and ac circuits and verify the solutions using modern tools for lifelong learning |
203147.3 |
Solve network equations using classical methods and verify the solutions using modern tools for lifelong learning |
203147.4 |
Apply Laplace Transformation technique for solution of network equations |
203147.5 |
Calculate two port parameters and analyze network functions to decide stability of networks |
203147.6 |
Define basic terms related with filters and design low pass/high pass passive filters |
Course Code and Name:203148 - Numerical Methods and Programming |
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203148.1 |
Develop algorithms and implement programs using C language for various numerical methods |
203148.2 |
Demonstrate types of errors in computation and their causes of occurrence |
203148.3 |
Identify various types of equations and apply appropriate numerical method to solve different equations |
203148.4 |
Apply different numerical methods for interpolation, differentiation and numerical integration |
203148.5 |
Apply and compare various numerical methods to solve first and second order ODE |
203148.6 |
Apply and compare various numerical methods to solve linear simultaneous equations |
Course Code and Name:203149 - Fundamentals of Microcontroller and Applications |
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203149.1 |
Describe the architecture and features of various types of microcontroller |
203149.2 |
Demonstrate programming proficiency using the various addressing modes and all types of instructions of the target microcontroller |
203149.3 |
Program using the capabilities of the stack, the program counter the internal and external memory, timer and interrupts and show how these are used to execute a programme. |
203149.4 |
Write assemble assembly language programs on PC and download and run their program on the training boards. |
203149.5 |
Design electrical circuitry to the Microcontroller I/O ports in order to interface with external devices. |
203149.6 |
Write assembly language programs and download the machine code that will provide solutions real-world control problems such as fluid level control, temperature control, and batch processes. |
Third Year Engineering |
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Course Code and Name:311121 - Industrial and Technology Management |
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311121.1 |
Possess knowledge of types of business, organizations; explore the fundamentals of economics and management. |
311121.2 |
Understand the basic concepts of Technology management and Quality management |
311121.3 |
Analyze and differentiate between marketing management and financial management |
311121.4 |
Recognize the importance of motivation, Group dynamics, Team work, Leadership skills and Entrepreneurship. |
311121.5 |
Explain the fundamentals of Human Resource Management. |
311121.6 |
Identify the importance of IPR and understand the concept of patents, copy rights and trademarks. |
Course Code and Name:303141 - Advance Microcontroller and its Applications |
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303141.1 |
Difference between Microcontroller and microprocessor, RISC & CISC architecture and PIC 18F microcontroller internal architecture. |
303141.2 |
Learn and apply the suitable instructions and addressing modes for assembly language programming for different PIC18F458 microcontroller ports. |
303141.3 |
Understand and explain the logic to write, debug and execute the Embedded c program using PIC18F timers, counters and delay. |
303141.4 |
Analyze the various types of interrupts and their priorities to perform a specific task and switching between the normal program and ISR routine with the sample programs. |
303141.5 |
Learn the basics of interfacing using PIC18F for peripheral devices and evaluate the result of interfacing using various Data communication protocols |
303141.6 |
Apply the programming logic skills to interface various peripheral devices by using interfacing circuit programming to evaluate the appropriate result and to judge their application in various domains. |
Course Code and Name:303142 - Electrical Machines II |
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303142.1 |
Explain construction and working principle of three phase synchronous machines |
303142.2 |
Calculate regulation of alternator by direct and indirect methods |
303142.3 |
Demonstrate operation of synchronous motor at constant load and variable excitation (V curve and inverted V curves) and constant excitation and variable load. |
303142.4 |
Explain speed control methods of three phase induction motor |
303142.5 |
draw circle diagram of ac series motor |
303142.6 |
Calculate the equivalent circuit of single phase induction motor by performing no load and blocked rotor test. |
Course Code and Name: 303143 - Power Electronics |
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303143.1 |
Develop characteristics of different power electronic switching devices |
303143.2 |
Reproduce working principle of power electronic DC converters and use the modern tools to demonstrate it. |
303143.3 |
Explain and analyze the performance of power electronic AC-DC converters and use the modern tools to demonstrate it. |
303143.4 |
Explain the power electronic AC-DC & AC-AC converters and use the modern tools to demonstrate it. |
303143.5 |
Analyze the performance of power electronic single phase DC-AC converters and use the modern tools to demonstrate it. |
303143.6 |
Determine the performance of power electronic three phase DC-AC converters |
Course Code and Name:303144 - Electrical Installation Maintenance and Testing |
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303144.1 |
To understand the basic concepts, design and estimation of distribution systems, substation |
303144.2 |
To enable candidate to design earthing system for residential and commercial |
303144.3 |
To understand practical aspects of condition monitoring transformers |
303144.4 |
To understand practical aspects of condition monitoring induction motors |
303144.5 |
To learn the testing of various electrical distribution schemes and equipment |
303144.6 |
Understand electrical safety while working in plants |
Course Code and Name:303145 - SEMINAR |
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303145.1 |
To review literature which includes current technology and innovation in Electrical Engineering, identify the problem statement and present possible solution. |
303145.2 |
To develop documentation, presentation and communication skills and improve competence of students as needed by professional in the field |
Course Code and Name: 303152 - Audit Course III |
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303152.1 |
To understand the environmental impact, economics and maintenance of WEG |
303152.2 |
To simulate a model to understand the Working of Wind Energy Generation |
Course Code and Name:303146 - Power System II |
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303146.1 |
Evaluation of ABCD constants, power flow using generalized constants and receiving end circle diagram for transmission line |
303146.2 |
Solve problems involving modelling, design and performance evaluation of EHVAC power transmission lines |
303146.3 |
Understand per unit system and load flow analysis for power system |
303146.4 |
Calculate currents and voltages in a faulty power system under symmetrical fault conditions and relate these fault currents to CB ratings |
303146.5 |
Calculate currents and voltages in a faulty power system under unsymmetrical fault conditions and relate fault currents to CB ratings |
303146.6 |
Understand HVDC transmission and its control methods, HVDC systems in India and recent trends related to HVDC systems |
Course Code and Name: 303147 - Control System - I |
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303147.1 |
Understand the basic concept, types and models of the control system. Also need to understand various methods to find the TF of the control system. |
303147.2 |
Understand the behaviour of the system when excited by step input on the basis of steady state and transient response of it. |
303147.3 |
Apply the different tests to judge the stability of the of the control system and to check the dynamic behaviour of the system by plotting Root Locus plots. |
303147.4 |
Understand the concept and difference between time domain and frequency domain approach study of control system and to study various stability methods in frequency domain. |
303147.5 |
Implement Bode plot theory to determine stability of the system in frequency domain system. |
303147.6 |
Understand the concept of various control strategies for design and implementation of time and frequency domain specifications. To understand various control system components. |
Course Code and Name:303148 - Utilization of Electrical Energy |
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303148.1 |
Recognize different methods of electric heating and welding, design of heating elements for resistance furnaces and analyze the performance of arc furnaces |
303148.2 |
Explain different types of chemical processes and design electrical circuits for refrigeration and air conditioning applications |
303148.3 |
Define basic terms used in illumination engineering, explain different sources of light and design simple indoor illumination schemes |
303148.4 |
Distinguish between different types of traction systems and explain track electrification supply system constituents and equipment used in traction substation |
303148.5 |
Analyze different types of speed time curves and define important terms used in traction mechanics like average speed, schedule speed, tractive effort, specific energy consumption and coefficient of adhesion |
303148.6 |
Explain characteristics of traction motors, control of traction motors, electrical braking and railway signalling |
Course Code and Name:303149 - Design of Electrical Machines |
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303149.1 |
Explain the functions of various parts, specifications of transformer and calculate the heating characteristics of the transformer |
303149.2 |
Calculate main dimensions and Design parameters of single phase and three phase transformer with visualization of the transformer in AutoCAD |
303149.3 |
Determine the parameters of transformer along with the understanding of computer aided machine design |
303149.4 |
Calculate main dimensions and winding design parameter of three phase Induction motor along with development of the winding diagram in AutoCAD |
303149.5 |
Select & calculate the design parameters of the three phase induction motor |
303149.6 |
Calculate the performance parameters of the induction motor |
Course Code and Name:303150 - Energy Audit and Management |
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303150.1 |
Get knowledge of BEE Energy policies, Electricity Acts. |
303150.2 |
Use the principles and strategy of energy management. |
303150.3 |
Enlist energy conservation and demand side measures for electrical, thermal and utility Systems. |
303150.4 |
Use various energy measurement and audit instruments. |
303150.5 |
Carry out preliminary energy audit of various sectors |
303150.6 |
Solve simple problems on cost benefit analysis. |
Course Code and Name:303151 - Electrical Workshop |
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303151.1 |
Integrate electrical/electronic circuits for useful applications |
303151.2 |
Acquire hardware skills to fabricate circuits designed, test and do fault finding to achieve result. |
303151.3 |
Read and understand data sheets / manuals for various components used in the circuit and produce results of testing in report form. |
Final Year Engineering |
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Course Code and Name: 403141 - Power System Operation and Control |
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403141.1 |
Apply the theory of dynamics of rotating body to a synchronous machine and evaluate transient state stability of power system consisting of one machine connected to infinite bus bar using equal area criterion |
403141.2 |
Define reactive power in ac circuits, describe necessity of its control and illustrate series and shunt compensations using capacitor, reactor and synchronous condenser |
403141.3 |
Recognize problems in AC transmission system and describe SVC, TCSC, STATCOM and UPFC FACTs controllers with its evolution, principle of operation, circuit diagram and applications to overcome these problems |
403141.4 |
Sketch schematic diagram for automatic voltage regulator and automatic frequency control employed to large size synchronous generator connected in single and two area system and interpret steady state and dynamic response for frequency and tie line power |
403141.5 |
Solve the unit commitment, economic load dispatch problems and define interchange of power with reliability aspects |
403141.6 |
Conduct investigations on Power System stability, load frequency control and economic load dispatch by experimenting in lab and using MATLAB at Individual and Team level and conclude with results to achieve Life-long Learning |
Course Code and Name:403142 - PLC and SCADA |
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403142.1 |
Define PLC and explain the overall PLC system including its components |
403142.2 |
Demonstrate the use of ladder diagram programming using programming equipment |
403142.3 |
Explain different digital and analog input/output devices which can be interfaced with PLC and summarize analog operation of PLC |
403142.4 |
Illustrate different sensors and transmitters which can be interfaced with PLC and explain its applications |
403142.5 |
Define SCADA system and explain its architecture along with various industrial applications |
403142.6 |
Define SCADA protocol and explain various protocols used in the industry for communication |
Course Code and Name:403143 - Elective I - (Power Quality) |
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403143.1 |
Identify importance of various power quality issues |
403143.2 |
Carry out power quality monitoring |
403143.3 |
List and explain various causes and effects of power quality problems |
403143.4 |
Analyze power quality parameters and carry out power quality analysis |
403143.5 |
Select cost effective mitigation technique for various power quality problems |
403143.6 |
Use IEEE 519-2014 power quality standard for harmonic compliance |
Course Code and Name:403144 - Elective II - (EHVAC) |
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403144.1 |
To understand the need of EHV and UHV systems |
403144.2 |
To know problems encountered with EHV and UHV transmissions |
403144.3 |
To understand the voltage gradient of conductors |
403144.4 |
To describe the impact of such voltage levels on the environment |
403144.5 |
To understand the phenomenon corona and its effect |
403144.6 |
To know methods of governance on the line conductor design, line height and phase etc. |
Course Code and Name:403144 - Elective II - (Restructuring and Deregulation) |
|
403144.1 |
Enlist the functions of various key entities in India and explain the implications of various policies and acts on restructuring and deregulation. |
403144.2 |
Describe the regulatory process in India along with various methods of regulations and list the components involved in tariff determination. |
403144.3 |
Explain various concept of Power sector Economics |
403144.4 |
Explain different power sector restructuring models |
403144.5 |
Explain different types of electricity markets. |
403144.6 |
State different transmission pricing methods and discuss congestion management |
Course Code and Name:403145 - Control System - II |
|
403145.1 |
Understand the basic concept, types and models of the Digital Control System. Also need to understand sampling and reconstruction concept. To determine the TF of the ZOH and FOH function. |
403145.2 |
Understand the significance of Z transform and inverse Z transform. To study the concept of pulse transfer function. |
403145.3 |
Apply the different tests to judge the stability of the of the digital control system. Analyze realization of digital controller by different methods. To understand mapping between S-plane and Z-plane. |
403145.4 |
Understand the concept of State space representation of a system. To analyze various state space model. Evaluate state model of armature controlled DC motor. |
403145.5 |
To understand concept of diagonalization. To evaluate homogeneous and non-homogeneous of system. Evaluation of state transition matrix. |
403145.6 |
Understand and implement the concept of controllability and observability. Design of system by pole placement technique and by full order observer. |
Course Code and Name:403146 - Project |
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403146.1 |
Review research literature related with the project title and apply the knowledge of basic science and engineering fundamentals in solving complex engineering problems by using appropriate hardware/software including demonstration of working prototype/s |
403146.2 |
Design solutions to solve complex engineering problems taking into consideration the specific needs related with public health, safety, society, culture and environment leading to sustainable development |
403146.3 |
Apply appropriate techniques, resources and modern engineering tools during the implementation of project with understanding of the limitations |
403146.4 |
Communicate, comprehend and present effectively on complex engineering activities during the implementation of the project work by application of professional skills |
403146.5 |
Demonstrate knowledge and understanding of engineering and management principles and function effectively as an individual and as a member or leader of a diversified team |
403146.6 |
Execute a multidisciplinary project leading to the ability of engagement in lifelong learning and self-development |
Course Code and Name:403147 - Switchgear and Protection |
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403147.1 |
Describe the need of protective relaying and explain the operating principles of different types of relay |
403147.2 |
Review the fundamentals of arc interruption and associated terms in circuit breakers |
403147.3 |
Explain the ratings, construction, and working of varies types high voltage circuit breakers. |
403147.4 |
Identify causes of over voltages in power system and methods of mitigation and summarize different relay characteristic using static and numerical principle. |
403147.5 |
Describe different protection schemes for Alternator, Transformer, Transmission lines, Busbar and Induction Motor. |
403147.6 |
Demonstrate to test the switchgear and different protection scheme at Individual and Team level. |
Course Code and Name: 403148 - Power Electronic Controlled Drives |
|
403148.1 |
To understand the stable steady-state operation and transient dynamics of a motor-load system. |
403148.2 |
To study and analyze the operation of the converter, chopper fed dc drive. |
403148.3 |
To study and understand the operation of classical induction motor drives. |
403148.4 |
To study and understand the operation of modern induction motor drives. |
403148.5 |
To study and analyze the operation of PMSM and BLDC drives and to analyze and design the current and speed controllers for different drives. |
403148.6 |
Discuss the industrial application of electrical drives. |
Course Code and Name:403149 - Elective I - (High Voltage Engineering) |
|
403149.1 |
Reproduce various concepts of breakdown phenomenon of solid, liquid and gaseous materials |
403149.2 |
Understand various causes of overvoltage and protection from Over Voltages |
403149.3 |
List out and reproduce various methods of generation and measurement of DC, AC and impulse high voltage |
403149.4 |
Demonstrate an ability to carry various DC. AC and impulse testing on high voltage equipment and materials |
403149.5 |
Apply safety measures, earthling, shielding for layout of HV apparatus required in High voltage laboratory. |
403149.6 |
Understand the mechanisms of Generation of high Voltage and Current & Measurement of the Same. |
Course Code and Name: Elective II:403150 - Smart Grid |
|
403150.1 |
Describe the concept of smart grid, compare it with conventional grid and demonstrate difference between them. |
403150.2 |
Explain the devices used in smart technology (Remote Terminal Unit, Phase Measurement Unit etc.), concept of Smart substation and Smart storage technologies. |
403150.3 |
Explain the smart meters, advanced metering infrastructure and outage management system. |
403150.4 |
Understand the concept of Microgrid its application and issues related to interfacing with different devices. |
403150.5 |
Understand Power Quality Management in smart grid and explain issues of grid connected renewable energy sources. |
403150.6 |
Understand and explain Communication architecture of Smart Grid various technologies used along with cyber security. |