COURSE OUTCOMES (COs)
BTECH Electrical Engineering
At the end of the course, the student should be able to:
Subject Name:-POWER SYSTEM OPERATION AND CONTROL
Subject Code:-BTEEC701
| CO1: | Explain the fundamental concept of power system. |
| CO2: | Design the mathematical model of synchronous machine. |
| CO3: | Design the mathematical model Excitation system and speed governing system. |
| CO4: | Analyze the transient stability of power system using swing equation and equal area criteria. |
| CO5: | Analyze the economic operation of power system. |
| CO6: | Explain the methods of Voltage control. |
Subject Name:-HIGH VOLTAGE ENGINEERING
Subject Code:-BTEEC702
| CO1: | Illustrate the concept of electric field stresses, applications of insulating materials and methods for Non-destructive testing of equipment like transformers, insulators, isolators, bushings, lightning arrestors, cables, circuit breakers and surge diverters. |
| CO2: | Explain the breakdown process in solid, liquid, and gaseous materials. |
| CO3: | Analyze methods for generation and measurement of High Voltages and Currents (both ac and dc). |
| CO4: | Describe the phenomenon of over-voltage and choose appropriate insulation co- ordination levels based on IS & IEC Standards. |
Subject Name:-ELECTRICAL DRIVES
Subject Code:-BTEEC703
| CO1: | Analyze the dynamics of Electrical Drives system . |
| CO2: | Use various control techniques for controlling the speed of AC and DC motors. Analyze the AC and DC drives. |
| CO3: | To Select/recommend the appropriate Drive according to the particular applications. State the recent technology of AC and DC drive. |
Subject Name:-SPECIAL PURPOSE ELECTRICAL MACHINES
Subject Code:-BTEEE704A
| CO1: | Demonstrate construction, working principle, and application of various types of special purpose electrical machines . |
| CO2: | Select a special Machine for a particular application. |
| CO3: | Demonstrate behaviour of induction generator and induction machine. |
Subject Name:-ELECTRIC TRACTION & UTILIZATION
Subject Code:-BTEEE704B
| CO1: | Identify types of Traction System.. |
| CO2: | Interprete Various Power supply in Electric Traction. |
| CO3: | Analyze Various Traction Motors. |
| CO4: | Define methods of Traction motor Control. |
| CO5: | Elobrate Train movement & Breaking in Traction system. |
| CO6: | Classify the indoor and outdoor Illumination system. |
Subject Name:-ENGINEERING SYSTEM DESIGN OPTIMIZATION
Subject Code:-BTEEE704C
| CO1: | To understand different level optimization problem formulation. |
| CO2: | To study novel methods in optimization. |
| CO3: | To understand and develop genetic algorithm for engineering problems. |
Subject Name:-FINANCIAL MANAGEMENT
Subject Code:-BTEEE704D
| CO1: | The students would be able to understand and define basic terminology used in finance and accounts. |
| CO2: | The students would be able to prepare& appraise Financial Statements and evaluate a company in the light of different measurement systems. |
| CO3: | The students would be able to analyze the risk and return of alternative sources of financing. |
| CO4: | Estimate cash flows from a project, including operating, net working capital, and capital spending. |
| CO5: | To estimate the required return on projects of differing risk ,to estimate the cash flows from an investment project, calculate the appropriate discount rate, determine the value added from the project, and make a recommendation to accept or reject the project. |
| CO6: | To describe and illustrate the important elements in project finance Using financial calculator and Excel in a variety of problems. |
Subject Name:-DIGITAL SIGNAL PROCESSING
Subject Code:-BTEEE705A
| CO1: | Represent signals, systems and digital processing of analog signals. |
| CO2: | Represent discrete time signals, systems and analysis of Discrete-Time Linear Time- Invariant Systems. |
| CO3: | Apply digital signal processing techniques to analyze discrete time signals in time domain. |
| CO4: | Apply digital signal processing techniques to analyze discrete time signals in frequency domain. |
| CO5: | Design different filter structure. |
| CO6: | Validate system functionality and evaluate results. |
Subject Name:-ENERGY AUDIT AND CONSERVATION
Subject Code:-BTEEE705B
| CO1: | To recognize Global Environmental Issues and Role of Renewable & non-conventional energy sources. |
| CO2: | To estimate Energy efficiency opportunities in Thermal- Mechanical Systems and Electrical System. |
| CO3: | To analyze Energy Conservation Proposals economically and prepare audit reports. |
Subject Name:-ELECTRICAL POWER QUALITY
Subject Code:-BTEEE705C
| CO1: | Student will be able to get the in-depth understanding of power quality issues & standards. |
| CO2: | Students will be able to understand working of power quality improving Equipment’s. |
Subject Name:-HVDC TRANSMISSION AND FACTS
Subject Code:-BTEEE705B
| CO1: | To understand importance, configuration and types of HVDC transmission |
| CO2: | To analyst the operation of HVDC converter, system control and protection. |
| CO3: | To understand the concept of FACTS, their role, type and functionality. |
| CO4: | To analyze the operation of static series and shunt compensator. |
Subject Name:-ELECTRICAL MACHINE-II
Subject Code:-BTEEC501
| CO1: | To study different methods of speed control of AC and DC motor |
| CO2: | To study importance and procedure of different performance test on AC and DC motor. To determine different operating characteristics of AC and DC machines. |
Subject Name:-POWER SYSTEM-II
Subject Code:-BTEEC502
| CO1: | To study different parameters of power system operation and control To study load flow and Diff. methods of reactive power control. |
| CO2: | To understand diff. methods of fault analysis and stability study. |
Subject Name:-MICROPROCESSOR AND MICRO CONTROLLER
Subject Code:-BTEEC503
| CO1: | To know the architecture of 8085 and 8051. |
| CO2: | To understand interfacing and interrupt features of 8085 and 8051. To develop program for basic applications. |
Subject Name:-VALUE EDUCATION, HUMAN RIGHTS AND LEGISLATIVE PROCEDURES
Subject Code:-BTHM 504
| CO1: | To understand value of education and self-development To develop good values and character. |
| CO2: | To know Human right and legislative procedure. |
Subject Name:-ELECTIVE- IV: 1. ILLUMINATION ENGINEERING
Subject Code:-BTEEE 505
| CO1: | To get the detailed information about modern lamps and their accessories. |
| CO2: | To get detailed insight of indoor and outdoor illumination system components, its controls and design aspects. |
| CO3: | To know the requirements of energy efficient lighting. To introduce the modern trends in the lighting. |
Subject Name:-ELECTIVE- IV: 2. ADVANCES IN RENEWABLE ENERGY SYSTEMS
Subject Code:-BTEEE 505
| CO1: | To know the principle of energy conversion technique from biomass, geothermal and hybrid energy systems. |
| CO2: | To understand effects of air pollution and ecosystems. |
Subject Name:-ELECTIVE-V 2 POWER PLANT ENGINEERING
Subject Code:-BTEEOE 506
| CO1: | To review basic components of power system, energy sources. |
| CO2: | To understand principle of construction and operation of different conventional power plants. |
Subject Name:-ELECTIVE-V. 3. DESIGN AND ANALYSIS OF ALGORITHMS
Subject Code:-BTEEOE 506
| CO1: | To know fundamental characteristic of an algorithm. |
| CO2: | To develop different algorithm. |
| CO3: | To understand strategy of algorithm formation. |
Subject Name:-CONTROL SYSTEM
Subject Code:-BTEEC 601
| CO1: | To understand the behavior of nonlinear control system. To design and analyze PID controller. |
| CO2: | To understand and analyze state variable technique. |
| CO3: | To design and analyze suitable control system for engineering application. |
Subject Name:-PRINCIPLES OF ELECTRICAL MACHINE DESIGN
Subject Code:-BTEEC602
| CO1: | To understand principles of electric machine design. To design different components of electric machine. To design Transformer. |
| CO2: | To understand CAD and use it for transformer design. |
Subject Name:-POWER ELECTRONICS
Subject Code:-BTEEC603
| CO1: | To review principle of construction, operation and characteristics of basic semiconductor devices. |
| CO2: | To understand and analyze performance of controlled and uncontrolled converters. |
| CO3: | To understand and analyze performance of DC to DC converters. Dc to AC converters. To understand and analyze performance of AC voltage controllers. |
Subject Name:-Elective-VI: 1. INDUSTRIAL AUTOMATION AND CONTROL
Subject Code:-BTEEE604
| CO1: | To understand construction and working principle of different industrial measurement systems. |
| CO2: | To understand new trends in industrial process control. |
Subject Name:-Elective-VI: 2. DESIGN OF EXPERIMENTS
Subject Code:-BTEEE604
| CO1: | To understand experimental design principles. |
| CO2: | To understand different experimental design used in industry. |
| CO3: | To deign computer experiments to use with engineering problems. |
Subject Name:-ELECTIVE-VI: 3. ARTIFICIAL NEURAL NETWORK.
Subject Code:-BTEEE604
| CO1: | To review basic principles of neuron structure. |
| CO2: | To understand building blocks artificial neural network. To understand different networks of ANN. |
| CO3: | To develop different algorithm for learning. |
| CO4: | To study and understand Fuzzy neural networks. |
Subject Name:-ELECTIVE-VII 1. SWITCH GEAR AND PROTECTION
Subject Code:-BTEEE605
| CO1: | To understand principles of protective relaying. |
| CO2: | To understand principle of construction, operation and selection of different type of circuit breaker used in power system. |
| CO3: | To understand different protection schemes used in power system operation. |
Subject Name:-ELECTIVE-VII 2. COMPUTER AIDED ANALYSIS AND DESIGN
Subject Code:-BTEEE605
| CO1: | To study different computer aided tools in engineering application. |
| CO2: | To apply different software in engineering design. |
| CO3: | To understand the functionality of different engineering software. |
Subject Name:-ELECTIVE-VII 3. MECHATRONICS
Subject Code:-BTEEE605
| CO1: | To understand concept of mechatronics. |
| CO2: | To understand sensor and transducer construction and operation. To understand microprocessor architecture and operation. |
| CO3: | To understand principle of construction and operation of PLC To design a robo for engineering application. |
Subject Name:-ELECTIVE- VIII. 1. RURAL TECHNOLOGY AND COMMUNITY DEVELOPMENT
Subject Code:-BTEEOE606
| CO1: | To analysis data, information and knowledge. To understand concepts of marketing. |
| CO2: | To identify projects and work for community development. |
| CO3: | To understand and analyze business model. |
Subject Name:-ELECTIVE- VIII. 2. PROJECT MANAGEMENT
Subject Code:-BTEEOE606
| CO1: | To understand concepts of project management. To develop a project plan. |
| CO2: | To understand the project implementation strategy. |
| CO3: | To analyze post project affects. |
Subject Name:-ELECTIVE- VIII. 3. KNOWLEDGE MANAGEMENT
Subject Code:-BTEEOE606
| CO1: | To understand different components knowledge management. |
| CO2: | To conduct knowledge audit and knowledge management practices in organization. |
Subject Name:-Engineering Mathematics III
Subject Code:-BTBSC301
| CO1: | |
| CO2: | |
| CO3: |
Subject Name:-NETWORK ANALYSIS AND SYNTHESIS.
Subject Code:-BTEEC 302
| CO1: | To review basic components of electric network. |
| CO2: | To design and develop network equations and their solutions. To apply Laplace theorem for electric network analyses. |
| CO2: | To analyze AC circuit. |
Subject Name:-FLUID MECHANICS AND THERMAL ENGINEERING.
Subject Code:-BTEEC 303
| CO1: | To introduce properties of fluid and hydraulic measurement To understand dynamics of fluid flow To. |
| CO2: | understand basic concepts of IC engines To understand concept of refrigeration and air conditioning. |
Subject Name:-MEASUREMENT AND INSTRUMENTATION
Subject Code:-BTEEC 304
| CO1: | To understand philosophy of measurement. |
| CO2: | To understand different methods analog and digital measurement. |
| CO3: | To study principle of construction and operation of different transducer and dismay methods. |
Subject Name:-Basic Human Rights
Subject Code:-BTHM3401
| CO1: | To study concept of time value of money To study about demand in detail. |
| CO2: | To understand Meaning of Production and factors of production, To understand dif. Concept about market. |
Subject Name:-ENGINEERING ECONOMICS
Subject Code:-BTHM306
| CO1: | To study concept of time value of money To study about demand in detail. |
| CO2: | To understand Meaning of Production and factors of production. |
| CO3: | To understand dif. Concept about market. |
Subject Name:-ELECTRICAL ENGINEERING MATERIALS
Subject Code:-BTEEE 305A
| CO1: | To study about crystal structure. |
| CO2: | To understand magnetic material structure. |
| CO3: | To study about conducting and superconducting materials To study dielectric and nano materials. |
Subject Name:-APPLIED PHYSICS
Subject Code:-BTEEE305B
| CO1: | Understand concept of Electromagnetic theory and Magnetism. |
| CO2: | Understand concept od Dielectric and Super conductivity. |
| CO3: | Understand concept of nanomaterial. |
Subject Name:-SIGNALS AND SYSTEMS
Subject Code:-BTEEE305C
| CO1: | To study classification of signals and system. |
| CO2: | To analyze diff. types of time signal. |
Subject Name:-NETWORK ANALYSIS AND SYNTHESIS LABORATORY
Subject Code:-BTEEL307
| CO1: | To understand principles of various network theorems and network principles. |
Subject Name:-ELECTRICAL WORKSHOP/ MINI PROJECT
Subject Code:-BTEEM309
| CO1: | To provide hands on experience towards building of prototype. |
Subject Name:-ELECTRICAL MACHINES – I
Subject Code:-BTEEC 401
| CO1: | To study diff. types, construction and operating principle of diff. types of electrical machines. |
Subject Name:-POWER SYSTEM-I
Subject Code:-BTEEC402
| CO1: | To Understand basic operation of power system, power system components and their characteristics. |
Subject Name:-ELECTRICAL INSTALLATION AND ESTIMATION
Subject Code:-BTEEC 403
| CO1: | To prepare estimates and costing of electrical installations of power system. |
| CO2: | To understand procedures of contracting and purchase. |
Subject Name:-NUMERICAL METHODS AND PROGRAMMING.
Subject Code:-BTEEC404
| CO1: | To study and understand MATLAB programming. To review mathematical concepts. |
| CO2: | To develop computer program for linear and nonlinear equations. |
Subject Name:-Product Design Engineering
Subject Code:-
| CO1: | Create simple mechanical or other designs. |
| CO2: | Create design documents for knowledge sharing. |
| CO3: | Manage own work to meet design requirements. |
| CO4: | Work effectively with colleagues. |
Subject Name:-SOLID STATE DEVICES.
Subject Code:-BTEEE406A
| CO1: | To study construction and characteristics of solid state devices. |
| CO2: | To apply operational amplifier models in circuits employing negative feedback. |
| CO3: | To design electronics circuit using Timer IC and voltage regulators. |
| CO4: | To perform analysis of amplifiers using small signal models for the circuit elements. |
| CO5: | To calculate the frequency response of circuits containing BJT, Op-Amp etc. |
Subject Name:-ANALOG AND DIGITAL ELECTRONICS
Subject Code:-BTEEE405B
| CO1: | To review basic number system. |
| CO2: | To understand deign and characteristics of digital logic gates. To study different |
| CO3: | To design digital systems. |
Subject Name:-ELECTRO MAGNETIC THEORY
Subject Code:-BTEEE 405C
| CO1: | To understand vector relations in diff. forms To analyze diff. laws and their solution |
| CO2: | To study about magneto static |
| CO3: | To understand time varying field and effect of magnetism in transmission line |
Subject Name:-INDUSTRIAL SAFETY.
Subject Code:-BTEEOE 407A
| CO1: | To understand importance of safety in industrial environment. |
| CO2: | To understand different safety procedures in an industrial environment. |
Subject Name:-INTRODUCTION TO NON-CONVENTIONAL ENERGY SOURCES,
Subject Code:-BTEEOE 407B
| CO1: | To review energy scenario. |
| CO2: | To understand basic concepts , construction and operational features of different non-conventional sources |
Subject Name:-SOFTWARE TECHNIQUES.
Subject Code:-BTEEOE 407C
| CO1: | To understand different techniques of software models. To understand verification and validation of software. |
| CO2: | To analyze software project management. |
