First Year B.Tech - 1st Semester Course Outcomes

 

Subject Name: Mathematics- I   Subject code: 68102

CO1.       Find rank of a matrix and solve a linear system of equations.

CO2.      Evaluate Eigen values, Eigen vectors and find the Modal matrix under a linear transformation.

CO3.      Evaluate surface areas and volumes of solids of revolution, Apply Mean value theorems in relevant engi-neering domains

CO4.      Determine the convergence/divergence of a given infinite series

CO5.      Find the extremum of a multi-variate function with or without constraints

Subject Name:  Engineering Chemistry   Subject code: 68103

CO1.      Rationalize periodic properties such as ionization potential, electron affinity, oxidation states and electro negativity.

CO2.      Understanding the importance of EMF, corrosion and treatment of water.

CO3.      List major chemical reactions that are used in the synthesis of molecules.

CO4.      Analyze microscopic chemistry in terms of atomic and molecular orbitals and intermolecular forces.

CO5.      Would develop ability to handle situations involving problems associated with chemical substances in engineering situations.

Subject Name:  Problem Solving through 'C           Subject code: 65101

CO1.      Ability to understand programming concepts and analyze a problem, design a solution and develop an algorithm to solve it.

CO2.      Ability to modularize a problem and implement the solution using basic programming concepts, control statements and functions.

CO3.      Ability to evaluate the use of macros and implement solutions to complex problems using recursion and homogeneous data types.

CO4.      Ability to implement pointers for problems of relevance and use different dynamic memory allocation methods.

CO5.      Design and implement appropriate user defined structures to a given problem definition and apply vari-ous functions for processing files.

Subject Name:  Environmental Science   Subject code: 68105

CO1.      Define the concepts of ecosystem and emphasize the importance of biodiversity and its conservation.

CO2.      Gain knowledge on natural resources and advantages and disadvantages on renewable energy sources and technologies

CO3.      Develop awareness on pollution control technologies and global atmospheric changes.

CO4.      Emphasize the importance of Environmental impact assessment and green technologies.

CO5.      Understand about Environmental legislation and the concept of Sustainable development

Subject Name:  Engineering Drawing       Subject code: 63102

CO1.      Know the Standard conventions, design scale for drawing engineering components and draw geometrical constructions

CO2.      Apply fundamentals of theory of projections, and draw orthographic projections of points and lines in any position.

CO3.      Construct orthographic projections of simple planes and regular solids in any position

CO4.      Draw sectional views and developments of various basic 3D objects.

CO5.      Construct isometric views and construct multi view drawings of simple and complex 3D objects

Subject Name:  English Language and Communication Skills Lab  Subject code: 63102

CO1.      Emerge as good speakers and listeners

CO2.      Develop critical and analytical thinking.

CO3.      Write effectively

CO4.      Develop effective presentation skills using the multimedia tools

CO5.      Neutralize mother tongue influence on their English and make them proficient speakers.

Subject Name:  Computer Programming Lab        Subject code: 65131

CO1.      Familiarity of programming environment in Linux operating system and to translate given algorithms to a working and correct program.

CO2.      Ability to interpret syntax errors as reported by the compilers and to be able to identify and correct logi-cal errors encountered at run                     time using debuggers like GDB

CO3.      Ability to write iterative as well as recursive programs.

CO4.      Ability to represent data in arrays, pointers, strings and structures and manipulate them through a pro-gram and use them in defining                       self-referential structures or structures or designing a user defined data type.

CO5.      Ability to implement file processing functions and be able to store, retrieve and process data in text and binary formats.

Subject Name:   IT Workshop Lab              Subject code: 67131

CO1.      Identify the peripherals of PC, assemble and disassemble PC components.

CO2.      Install the System software MS Windows, Linux and required device drivers.

CO3.      Work with productivity tools for Word Processing, Spread Sheet and Presentations along with Designing basic Web Pages.

CO4.      Understand the main features of the SCILAB program development environment to enable their usage in higher learning.

CO5.      Interpret and visualize simple mathematical functions and operations using plots or display

Subject Name:   Engineering Chemistry Lab           Subject code: 68133

CO1.      Estimate rate constants of reactions from concentration of reactants/products as a function of time.

CO2.      Measure molecular/system properties such as surface tension, viscosity, conductance of solutions, redox potentials, absorbance

CO3.      Understand the concepts of distribution and adsorption phenomena

CO4.      Synthesize a small drug molecule.

CO5.      Develop analytical skills and learn how to analyze and present results of an experiment.

 

 

 

First Year B.Tech – 2nd Semester Course Outcomes

 

Subject Name: English    Subject code: 68151

CO1.      Write coherent, unified, and complete sentences.

CO2.      Identify word meaning and know the use of familiar lexical items.

CO3.      Understand explicit and implicit information and draw inferences for the given task.

CO4.      Communicate according to place, relation and medium.

CO5.      Know, emphasize, conceptualize, comprehend, apply, synthesize, and evaluate the given text, and oth-er authentic texts such as                             magazines/newspaper articles.

Subject Name: Mathematics-II   Subject code: 68152

CO1.      Solve the first order O.D.E and appreciate their applications

CO2.      Solve higher order O.D.E and appreciate their applications in engineering problems

CO3.      Evaluate double and triple integrals and apply them in engineering problems

CO4.      Evaluate the line, surface and volume integrals and converting them from one to another

CO5.      Solve first order linear and non-linear P.D.E

Subject Name: Computational Mathematics        Subject code: 68153

CO1.      Find the real roots of Algebraic and Transcendental equations

CO2.      Understand interpolation and obtain approximate solutions for evenly and unevenly spaced data.

CO3.      Fit a given data to a linear/non-linear curve and appreciate the concepts of numerical differentiation and integration

CO4.      Develop the skill of finding approximate solutions to problems arising in first order initial value prob-lems in differential equations.

CO5.      Find finite difference solutions of certain P.D.E

Subject Name: Applied Physics   Subject code: 68157

CO1.      The concepts involving the physics of lasers, lasing action, construction and working of He-Ne laser, semiconductor laser and                                  propagation of light through optical fibers

CO2.      Schrodinger wave equation and its application, free electron models, formation of bands in solids and electron occupation in bands

CO3.      Estimation of charge carrier concentration in semiconductors and understand the formation of pn junc-tion, construction and                                     characteristics of different diodes like rectifying, Zener & Tunnel diodes.

CO4.      Transistor current components, characteristics of CB, CE and CC configurations, also understand the construction, working and                               characteristics of JFET & MOSFET.

CO5.      The principles of nanotechnology, types of nonmaterial, synthesis: Top-downandbottom-upmethods, characterization: XRD, SEM& TEM.

Subject Name: Data Structures Through 'C'           Subject code: 65151

CO1.       Understand basic concepts, Design and implement linear data structures such as linked lists, stacks, queues by using C as the                                 programming language using static or dynamic implementations

CO2.      Able to understand and analyze, differentiate and implement elementary algorithms: sorting, searching and hashing and will also be                       able  to compare and contrast algorithms with respect to time and space complexity

CO3.      Able to implement nonlinear data structures like trees and graphs and apply appropriate data structures to designing solutions to real                     world complex problems.

CO4.      Demonstrate sound understanding of graph traversals and ability to implement various algorithms on graphs and interpret the results.

CO5.      Ability to implement hashing techniques for storing and searching efficiently.

Subject Name: English Language and Communication Skills Lab- II              Subject code: 68181

CO1.      Evolve as effective communicators and will develop narrative skills

CO2.      Emerge as decision makers and autonomous learners

CO3.      Develop critical and analytical skills

CO4.      Gather ideas and information, and organize them coherently.

CO5.      Develop leadership and team building skills.

Subject Name:  Data Structures Through 'C' Lab  Subject code: 65181

CO1.      Understand basic data structures such as arrays, linked lists, stacks and queues

CO2.      Ability to interpret syntax errors as reported by the compilers and to be able to identify and correct log-ical errors encountered at run                     time using debuggers like GDB.

CO3.      Apply Algorithm for solving problems like sorting, searching, insertion and deletion of data

CO4.      Solve problems involving graphs, trees and heaps

CO5.      Apply Hashing techniques for efficient storage and retrieval of data.

Subject Name:  Engineering Workshop   Subject code: 63181

CO1.      Acquire skills of basic engineering trades like Carpentry, Tin smithy etc.

CO2.      Demonstrate an understanding of and comply with workshop safety regulations.

CO3.      Identify and use marking out tools, hand tools, measuring equipment and to work to prescribed toler-ances

CO4.      Apply the knowledge of the above trades in their day –to –day activities.

CO5.      Select appropriate equipment and consumables for required applications.

Subject Name:  Applied Physics Lab          Subject code: 68187

CO1.      Get an understanding of errors and their estimation in determination of Physical quantities.

CO2.      Get an understanding of the laws of physics associated with the experiments

CO3.      Would develop skills in handling various kinds of laboratory instruments

CO4.      Get awareness of the magnitudes of the different physical parameters and learn how to Present the ob-servations and results at the end                 of an experiment.

CO5.      Get an understanding of the physical concepts involved in the experiments.

Subject Name:  Computational Mathematics Lab                Subject code: 68183

CO1.      Write a program to find real roots of Algebraic and Transcendental equations

CO2.      Write a program to determine functional value at any given intermediate point of the given data for an unknown function by interpolation

CO3.      Write a program for a best fit curve by Least Squares method for a given set of data points

CO4.      Write a program for numerical integration by Trapezoidal, Simpson‟s 1/3 and 3/8 rules

CO5.      Write a program to find the value of the solution of a given first order initial value problem of O.D.E

CO6.      Write a program to find the value of the solution One-dimensional Heat equation and two-dimensional Laplace equation

 

 

Second Year B.Tech – 1st Semester Course Outcomes

 

Subject Name: Mathematics – III (M-III) Subject code: 68202

CO1.      Develop the skill of evaluating Laplace and Inverse Laplace transform of functions which are re-quired to solve linear systems under                        initial conditions.

CO2.      Develop the skill of evaluating Fourier transform of functions which are required to solve Partial Differential equations under given                           conditions.

CO3.      Understand the concepts of analyticity and integration of complex functions, construction of ana-lytic functions if a part of it is known.

CO4.      Evaluate integrals using Cauchy’s Integral formulae around a simple closed contour.

CO5.      Find the Taylor’s and Laurent’s series expansion of complex functions and to evaluate contour integrals using Residue theorem

Subject Name: Analog Electronics             Subject code: 64204

CO1.      Analyze different rectifier circuits

CO2.      Analyze different biasing circuits for BJTs and FETs

CO3.      Analyze

CO4.      Analyze different JFET amplifiers and multi stage BJT and JFET amplifiers.

CO5.      Analyze Feedback Amplifiers

Subject Name: Electric Circuits-I Subject code: 62201

CO1.      Apply knowledge of mathematics, science, and engineering to the analysis and design of electrical circuits.

CO2.      Solve the complex AC & DC electric circuits by applying the suitable principles and theorems.

CO3.      Understand the concept and applications of Resonance and able to solve the problems related to magnetically coupled circuits.

CO4.      Study and Analyze magnetic circuits and able to solve problems related to coupled circuits.

CO5.      Acquire sufficient knowledge about the Network theorems and to analyze the circuits.

Subject Name: Electromagnetic Fields     Subject code: 62202

CO1.      Understand the basic concepts of Electric field i.e. potential, Maxwell’s equation, Laplace and poisons equations.

CO2.      Define the current and current density and will study the electro-magnetic principles on capacitors.

CO3.      Analyze the Magnetic field due to different charge distributions.

CO4.      Understand will learn the effect of Magnetic field on the other current sources can be studied.

CO5.      Know the applications of the Electro Magnetic Fields to other subjects like Electrical Machines, Power systems etc.

Subject Name: Electrical Machines-I        Subject code: 62203

CO1.      Identify different parts of a DC machine & understand its operation.

CO2.      Understand different excitation, Control the voltage and speed of a DC machines and starting methods of DC machines.

CO3.      Carry out different testing methods to predetermine the efficiency of DC machines.

CO4.      Analyze singe phase and three phase transformers circuits.

CO5.      Judge the performance of transformers using different testing methods

Subject Name: Electric Circuits Lab           Subject code: 62232

CO1 :     verify the network theorems practically and can apply wherever is necessary in the circuit analy-sis.

CO2 :     understand about various kinds of filters and their frequency response.

CO3 :     measure the self and mutual inductances of coils and can understand the concept of mutual induc-tion.

CO4 :     acquire the knowledge about series and parallel resonant circuits and their frequency response.

CO5 :     perform the simulation studies of electrical circuits

Subject Name: Electrical Machines-I Lab Subject code: 62232

CO1 :     Swinburne’s test and speed control of dc shunt motor experiments are performed characteristics are obtained.

CO2 :     Magnetization characteristics and load characteristics of dc shunt generator are performed and characteristics are analyzed.

CO3 :     Load test on series and compound generators are performed and characteristics are analyzed.

CO4 :     Determine the efficiency of two identical shunt machines by Hopkinson’s test.

CO5 :     Break test on dc shunt and compound motors are performed and characteristics are analyzed

Subject Name: Analog Electronics Lab     Subject code: 64234

CO 1 :    Design and analyze different rectifier circuits

CO 2 :    Design and different FET biasing Circuits

CO 3 :    Design biasing circuits for BJTs

CO 4 :    Design and analyze different small signal BJT, JFET amplifiers at low frequencies.

CO 5 :    Design and analyze different multi stage BJT and JFET amplifiers

Subject Name: Reasoning And Data Interpretation Lab    Subject code: 68231

CO 1 :    Understand the concepts of Statement-Argument, Assumption and Course of Action and use rea-soning as a tool to match statements                     with arguments etc.

CO 2 :    Look at data and find links and patterns, link data with conclusions and study data logically.

CO 3 :    Study problem situations and use reasoning as a tool to find solutions.

CO 4 :    Nurture the ability to use reasoning as a skill in real time problems solving.

CO 5 :    Analyze and infer the data with respect to trend and case based

 

 

Second Year B.Tech – 2nd Semester Course Outcomes

 

Subject Name:  Electric Circuits-II              Subject code: 62251

CO 1 :    Understand the concept of network topology and solve complex circuits using network topolo-gy.

CO 2 :    Apply knowledge of mathematics, science, and engineering to the analysis and design of three phase balanced and unbalanced                             electrical circuits.

CO 3 :    Understand the concept and applications of Two port network parameters and able to solve the related problems.

CO 4 :    Analyze the transient response of A.C & D.C electric circuits by applying the suitable laws.

CO 5 :    Acquire sufficient knowledge about the reactive filters and Fourier series for different Periodic waveforms.

Subject Name:  Measurements And Instrumentation (M&I)          Subject code: 62252

CO1 :     Understand different types of errors in measurements.

CO2 :     Learn how the different measuring instruments works.

CO3 :     Learn how to use potentiometer and its application.

CO4 :     Able to select appropriate Transducer for particular type of measurement.

CO5 :     Learn the application of CRO

CO1 :     Understand different types of errors in measurements.

Subject Name:  Digital Design     Subject code: 62253

CO 1 :    Understand code conversion and logic gates.

CO 2 :    Design and implement Combinational and Sequential logic circuits.

CO 3 :    Understand the process of Analog to Digital conversion and Digital to Analog conversion.

CO 4 :    Use PLDs to implement the given logical problem

CO 5 :    Understand fundamentals of basic memories

Subject Name:  Power Systems – I            Subject code: 62254

CO 1 :    Understand the operation of various power stations like Thermal, Hydro and Nuclear.

CO 2 :    Understand the importance of voltage control and Power Factor  improvement

CO 3:     Analyze the various economical aspects of power generation and different Tariff methods.

CO 4 :    Know the basic concepts and types of Substations.

CO 5 :    Acquire sufficient knowledge about A.C. and D.C. distribution systems.

Subject Name:  Electrical Machines-Ii      Subject code: 62255

CO1 :     Identify

CO2 :     Understand characteristics of induction motors and different testing methods.

CO3 :     Analyze construction, operation characteristics and regulation of Synchronous generator.

CO4 :     Study the parallel operation of Synchronous generators and principle, operation of synchronous motor.

CO5 :     Know the principle of operation and applications of single phase motors and special motors.

Subject Name:  Circuit Design And Fabrication Lab             Subject code: 62281

CO 1 :    Use simulation software.

CO 2 :    Design and simulate different circuits.

CO 3 :    Fabricate and test the designed circuits. CO 4 : Understand the motor control circuits

CO 5 :    Work with Digital Electronics and Digital Circuits Design.

CO 1 :    Use simulation software.

Subject Name:  Electrical Measurements Lab       Subject code: 62282

CO 1 :     Calibrate single phase energy meter.

CO 2 :    Calculate three phase balanced reactive power.

CO 3 :    Measure R,L and C parameters.

CO 4 :    Measure dielectric strength of insulating oil and iron losses of a specimen.

CO 5 :    Calibrate ammeter voltmeter by using DC Crompton potentiometer.

Subject Name: Electrical Machines-II Lab               Subject code: 62283

CO1 :      Conduct tests on transformer like OC & SC test, Sumpner’s  test.

CO2 :     Find regulation of alternator using different methods

CO3 :     Find the performance of 3 phase induction motor by conducting direct test and to develop circle diagram.

CO4 :     Develop equivalent circuit of induction motor by conducting no load and blocked rotor test.

CO5 :     Determine the core losses of a single phase transformer

Subject Name: Verbal Ability Lab               Subject code:68281

CO1 :     Students will be empowered in English language skills and meet the demands of the global work environment.

CO2 :     Students will have enriched vocabulary.

CO3 :     Students will be proficient in answering reasoning based questions.

CO4 :     Students will develop the ability to write grammatically correct sentences.

CO5 :     Students will enhance their professional writing skills through business letters

Subject Name: Gender Sensitization        Subject code:68282

CO 1:     Students will have developed a better understanding of important issues related to gender in con-temporary India.

CO 2:     Students will be sensitized to basic dimensions of the biological, sociological, psychological and legal aspects of gender. This will be                       achieved through discussion of materials derived from re-search, facts, everyday life, literature and film

CO 3:     Students will attain a finer grasp of how gender discrimination works in our society and how to counter it.

CO 4:     Students will acquire insight into the gendered division of labour and its relation to politics and economics.

CO 5:     Men and women students and professionals will be better equipped to work and live together as equals

CO 6:     Students will develop a sense of appreciation of women in all walks of life

CO 7:     Through providing accounts of studies and movements as well as the new laws that provide pro-tection and relief to women, the textbook will empower students to understand and respond to gender violence.

 

 

Third Year B.Tech – 1st Semester Course Outcomes

 

Subject Name: Managerial Economics And Financial Analysis        Subject code: 68301

CO 1 :     Familiarize with the fundamentals of Economics such as Demand function, Law of demand, Elastici-ty of demand and Demand                                 Forecasting methods etc.

CO 2 :    Evaluate Economies of Scale and the Break-Even Point of the business activity

CO 3 :    Understand  the different Market Structures and Macro Economic concepts.

CO 4 :    Able to understand the accounting system and preparation of Final Accounts.

CO 5 :    Analyze Accounting Statements like Income Statement and Balance Sheet to understand financial performance of the business.

Subject Name: Power Systems-II               Subject code: 62301

CO 1 :    Calculate the resistance, inductance and capacitance of short, medium and long transmission lines.

CO 2 :    Understand the performance of short, medium and long transmission lines

CO 3 :    Learn the different phenomenon occurring in transmission lines like corona, proximity and Ferranti effects.

CO 4 :    Construction and working of underground cables.

CO 5 :    Understand the concepts of travelling waves for open ended and closed end transmission lines

Subject Name: Power Electronics              Subject code: 62302

CO 1 :     Learn various power semiconductor devices and their characteristics

CO 2 :    Understand the performance of half and full phase controlled rectifiers

CO 3 :    Understand the operation of three phase converters and switched mode regulators

CO 4 :    Learn the operation of inverters with PWM techniques

CO 5 :    Learn the operation of ac voltage controller and cyclo converter

Subject Name: Control Systems Subject code: 62303

CO 1 :    Classify different types of control systems along with mathematical modeling.

CO 2 :    Study & analyze the performance of second order system with and without Controllers (Proportional, Integral, and Derivative).

CO 3 :    Draw & understand the characteristics of AC servomotors, DC Servomotors and Synchros.

CO 4 :    Analyze the performance of second order system in time and frequency domains (Root-Locus, Bode Plot, Nyquist Plot and State Space                   Analysis).

CO 5 :    Obtain the transfer function of DC Motor and for LAG-LEAD Networks

Subject Name: Microprocessors And Microcontrollers     Subject code: 64304

CO 1 :    Understand the architecture and organization of 8086.

CO 2 :    Explore the internal architecture of 8051 and to create ready to run programs using 8051 assemblers.

CO 3 :    Understand basic embedded C programming and working of timers/counters to develop microcon-troller-based systems.

CO 4 :    Describe the serial communication feature of 8051 and how to write interrupt handler programs.

CO 5 :    Interface real-world devices such as LCDs, Keyboards, ADC and DAC with 8051

Subject Name: Microcontrollers Lab         Subject code: 64333

CO 1 :    Implement the Assembly Language Programs to perform various operations in 8051 Micro-Controller

CO 2 :    Implement time delay between the events by programming the timers/interrupts in 8051 Micro-Controller

CO 3 :    Transmit the message serially at different baud rates using UART operation in 8051 Micro-Controller

CO 4 :    Interface various I/O Devices like DC Motor, LCD & LED to 8051 Micro-Controller

CO 5 :    Interface various I/O Devices like Keyboard, LCD, 7-Segment Display and DC Motor, Stepper Motor and Servo Motor to development                     boards

Subject Name: Control Systems And Simulation Lab          Subject code: 62331

CO 1 :    Study & analyze the performance of second order system with and without Controllers (Proportional, Integral, and Derivative). Interpret &                understand the characteristics of AC servomotors, DC servomo-tors and synchros.

CO 2 :    Analyze the performance of second order system in time and frequency domains using MATLAB (Root-Locus, Bode Plot, Nyquist Plot                     and State Space Analysis).

CO 3 :    Obtain the transfer function of DC Motor and for LAG LEAD Networks.

CO 4 :    Develop programs using PLC (Programming Logic Controller) for various Applications

Subject Name: Advanced English Communication & Soft Skills Lab              Subject code: 68331

CO 1 :    Evolve as effective communicators.

CO 2 :    Emerge as decision makers, time managers and good negotiators.

CO 3 :    Gain proficiency in resume writing and requisite interview skills

CO 4 :    Collate ideas and information and organize them relevantly and coherently.

CO 5 :    Be empowered to use soft skills in the global context.

Subject Name: Effective Technical Communication Lab    Subject code: 68332

CO 1 :    Attain proficiency in features of Technical communication

CO 2 :    Develop expertise in reading skills

CO 3 :    Use English language appropriately to write effective reports, e-mails, notes and summaries.

CO 4 :    Become proficient in Analytical and Critical Thinking Skills

CO 5 :    Be empowered to use English language effectively in Technical Communication

Subject Name: Universal Human Values Subject code: 68302

CO1 :     Understand the significance of values, distinguish between values and skills.

CO2 :     Apply the concept of happiness and prosperity to set the goals in life.

CO3 :     Evaluate the current scenario in the society, in a right manner.

CO4 :     Distinguish between the needs of the self and body through principles of co-existence.

CO5 :     Understand the value of harmonious relationship based on trust, respect and other naturally accepta-ble feelings in human-human                           relationships.

Subject Name: Artificial Intelligence         Subject code: 65304

CO 1 :    Identify the scope for agent based solutions in engineering domain.

CO 2 :    Demonstrate advanced search strategies and their applications.

CO 3 :    Learning knowledge representation techniques for AI problems.

CO 4 :    Establish a logical relationship and reasoning approaches.

CO 5 :    Understanding approaches to Solve real world problems through Expert Systems.

 

 

Third Year B.Tech – 2nd Semester Course Outcomes

 

Subject Name: Electronic Circuits And Ic Applications       Subject code: 64357

CO 1 :    Analyze power amplifiers

CO 2 :    Analyze and design different applications using Op-Amp

CO 3 :    Analyze and design multivibrators using 741 IC and 555 timer IC

CO 4 :    Design 555 timers IC, filters and PLL

CO 5 :    Classify and comprehend the working principle of data converters and logic families

Subject Name:  Switchgear And Protection           Subject code: 64357

CO 1 :    Understand Basic principles of various protection schemes and operation of different kinds of Re-lays.

CO 2 :    Understand the concept of arc interruption in a circuit breaker and constructional features of Circuit breakers.

CO 3 :    Understand more insight of Generator Protection Schemes and Transformer Protection Schemes available in practice.

CO 4 :    Understand the Protection schemes of Feeders & Bus bars and about relay settings in 3-zone protec-tion.

CO 5 :    Acquire the knowledge about the basic grounding practices and protection against lightening over voltages.

Subject Name:  Power Semiconductor Drives       Subject code: 62351

CO 1 :    Understand the principle of DC drive that operates in one and two quadrants and identify the applica-tions.

CO 2 :    Understand the principle of DC drive that operates in four quadrants and identify the applications.

CO 3 :    Learn the principle of Induction motor drive that operates in one, two and four quadrants and identi-fy the applications.

CO 4 :    Identify suitable converters and their control methods for Synchronous motor drive applications.

Subject Name:  Computer Methods In Power Systems     Subject code: 62352

CO 1 :    Understand how to obtain the admittance and impedance matrix from the given practical power sys-tem with different methods for                          analysis.

 CO 2 :   Understand how to analyze the given practical power system network with electrical equations and the solution using G-S and N-R                         iterative techniques.

CO 3 :    Know how to obtain equivalent network in per unit and procedure for Symmetrical and fault un-symmetrical analysis.

CO 4 :    Learn how to analyze the steady state stability of given power system network.

CO 5 :    Learn how to analyze the Transient stability of given power system network.

Subject Name:  HVDC Transmission          Subject code: 62353

CO 1 :    Understand the basic concepts of HVDC transmission and the operation of HVDC converters and their control characteristics.

CO 2 :    Understand various sources of reactive power and their control.

CO 3 :    Understand the power flow analysis methods of AC/DC systems.

CO 4 :    Understand the various faults occurred in converter station and its protection.

CO 5 :    Understand the different types of harmonics and filters that are employed in HVDC

Subject Name:  IOT and its Applications  Subject code: 62354

CO 1 :     Knowledge and understanding of fundamental IOT paradigms, architectures, possibilities and chal-lenges, both with respect to software                 and hardware,

CO 2 :    A wide competence from different areas of technology, especially from computer

CO 3 :    Engineering, robotics, electronics, intelligent systems.

CO 4 :    Learn the basics of Internet of Things and its applications.

CO 5 :    What “the Internet of Things” means and how it relates to Cloud computing concepts, how to open platforms and store sensor data in                     the cloud.

Subject Name:  Signal Analysis And Transform Techniques             Subject code: 62355

CO 1 :    Characterize and analyze the properties of continuous-time and discrete-time signals and systems.

CO 2 :    Apply the knowledge of linear algebra topics like vector space, basis, dimension, inner product, norm and orthogonal basis to signals.

CO 3 :    Represent continuous signals and systems in the frequency domain using Fourier series and Fourier Transform.

CO 4 :    Apply the Laplace Transform and Z- Transform for analyzing continuous-time and discrete-time sig-nals and systems.

CO 5 :    Understand the concept of sampling and reconstruction of analog signals.

Subject Name:  Power Electronics And Simulation Lab      Subject code: 64358

CO 1 :    Study & analyze the performance of Jones chopper and parallel inverter.

CO 2 :   Draw & understand the characteristics SCR, MOSFET, IGBT and also gives types of gate firing cir-cuits for SCR. CO 3 : Analyze the performance of single phase and three phase converters.

CO 4 :    Obtain the characteristics of single phase AC voltage controller and series inverter

CO 1 :    Study & analyze the performance of Jones chopper and parallel inverter.

Subject Name:  Power Systems Lab          Subject code: 62381

CO 1 :    Understand the working of Electro mechanical relays and analyze the performance with respect to Numerical Relays.

CO 2 :    Study and analyze the long transmission lines. They will also be able to study the behavior of the dy-namic power system and also know                 the electrical parameter variation.

CO 3 :    Visualize different power system concepts like Ferranti effect, VAR compensation, etc.

CO 4 :    Perform fault studies, classify various faults and understand the severity of faults.

CO 5 :    Understand the importance of Power factor, different methods of improving power factor and the concepts of voltage control

Subject Name:  Team Projects Lab            Subject code: 62382

CO 1 :    Apply the skills learned to make a project.

CO 2 :   Able to analyze and design an innovative project.

Subject Name:  Quantitative Ability Lab  Subject code: 62383

CO 1:      Solve the problems using Number Systems, Percentages and Profit & Loss

CO 2:     Solve the problems using Interest, Speed Time and Distance

CO 3:     Solve the problems using Ratio and Proportion, Progressions and Inequality

CO 4:     Solve the problems using Menstruation, Geometric, Clocks & Calendars questions

CO 5:     Practice general problems in Placement, CAT and GRE etc. tests

Subject Name:  Essence of Indian Knowledge Tradition    Subject code: 68381

CO 1 :    To gain a general idea of the vast Vedic literature and their content and to grasp the relevant concepts of the Vedas and appreciate its                   relevance in the modern world.

CO 2 :    Understand, connect up and explain basics of Indian Traditional Knowledge in Modern Scientific Perspective.

CO 3 :    Understand Yoga psychology as both a positive and a normative science and its contribution for a holistic health.

CO 4 :    Understand the views of our great philosophers to correlate their efforts to achieve unity in diversity

CO 1 :    To gain a general idea of the vast Vedic literature and their content and to grasp the relevant concepts of the Vedas and appreciate its                   relevance in the modern world.

CO 2 :    Understand, connect up and explain basics of Indian Traditional Knowledge in Modern Scientific Perspective.

CO 3 :    Understand Yoga psychology as both a positive and a normative science and its contribution for a holistic health.

Subject Name:  Cyber Security (Mandatory Course)          Subject code: 67358

CO1:      Analyze various cyber-attacks.

CO2:      Ability to understand the cyber laws and cyber forensics and its types.

CO3:      Identifying cybercrime in mobiles and wireless devices and considerable measures to Organizations.

CO4:      Analyze cybercrime and define security and privacy implications for an organization

CO5:      Define privacy policies and their specifications; understand real time cybercrime examples and also how to protect them in Internet                         community from cyber-attacks.

 

 

Fourth Year B.Tech – 1st Semester Course Outcomes

 

Subject Name:  Renewable Energy Sources          Subject code: 62401

CO 1 :    Realize solar energy principles, Instruments and their application.

CO 2 :    Understanding of solar energy collection and storage technologies.

CO 3 :    Apply the knowledge in wind and biomass energy usage in real life.

CO 4 :    Understand the concepts of Ocean and Geothermal energy.

CO 5 :    Knowledge in direct energy conversion concepts like MHD, Fuel cell technologies and their applica-tions.

Subject Name:  Power System Operation And Control     

CO 1 :    Schedule the thermals plants for optimum generation.

CO 2 :    Design PI controller for single area and two area system

CO 3:     Calculate the shunt and series compensation requirements for transmission line.

CO 4 :    Analyze the compensators for reactive power control.

CO 5 :    Understand the necessity of computer control of power system

Subject Name: Electrical Machine Design               Subject code: 62403

CO 1 :    Select proper materials for different machines design.

CO 2 :    Design magnetic circuit and thermal circuit

CO 3 :    Design DC machines as per requirement.

CO 4 :    Design of transformer and three phase induction machine as per requirement.

CO 5 :    Design of turbo alternator as per requirement.

Subject Name: Hybrid and Electric Vehicle Technology   

CO 1 :    Understand the concepts and drive train configurations of electric drive vehicles

CO 2 :    Interpret different electric propulsion systems and energy storage devices

CO 3 :    Appreciate the technology, design methodologies and control strategy of hybrid electric vehicles.

CO 4 :    Realize battery charger topologies for Plug in Hybrid Electric Vehicles

Subject Name: Principles of VLSI Design (Professional Elective-II) Subject code: 64411

CO 1 :    Familiarize with the basics of MOSFET and different IC fabrication technologies

CO 2 :    Understand the basic combinational and sequential circuits at a transistor level

CO 3 :    Develop layouts for NMOS, CMOS logic circuits and understand the design flow

CO 4 :    Analyze and design various CMOS combinational and sequential circuits

CO 5 :    Understand the memory design and need for testing and design for testability

Subject Name: Electrical Distribution Systems     Subject code: 62405

CO 1 :    Know different types of distributions systems, design and ability to calculate coincidence factor, con-tribution factor, Loss factor.                              Familiarize with the basics of MOSFET and different IC fabrication technologies

CO 2 :    Discuss design considerations of feeders and location of the substations.

CO 3 :    Learn voltage drop and power –loss calculations.

CO 4 :    Usage of protective devices and their installation with coordination.

CO 5 :    In depth knowledge of power factor and voltage control in distribution systems using series capaci-tors, AVB, AVB.                                                    Understand the memory design and need for testing and design for testability

Subject Name: Digital Control Systems   Subject code: 62406

CO 1 :    Understand digital to analog and analog to digital conversion techniques, sample and hold operations.

CO 2 :    Understand the concept of state space analysis, importance state transition matrix controllability and Observability methods.

CO 3 :    Understand Z- transforms, Inverse Z- Transforms, Z- transform techniques to solve difference equa-tions. CO 4 : Understand mapping                     between S-plane and Z- plane, stability analysis of closed loop systems in Z-plane. Various stability tests.

CO 5 :    Design of discrete time control system based on frequency response method, lead, lag, lead-lag com-pensators, design of state                               feedback controllers.

CO 1 :    Understand digital to analog and analog to digital conversion techniques, sample and hold operations.

Subject Name: Smart Grid Technologies Subject code: 62407

CO 1 :    Understand the features of small grid in the context of Indian grid.

CO 2 :    Understand the role of automation in transmission and distribution.

CO 3 :    Apply evolutionary algorithms for smart grid.

CO 4 :    Understand operation and maintenance of PMUs, and WAMs.

CO 5 :    Understand voltage and load frequency control mechanism in micro-grid system.

Subject Name: Computer Aided Design Lab          Subject code: 62431

CO 1 :    Understand to simulate ac-dc converters and analyze the operation of the converters for various loads.

CO 2 :    Design the load components and simulate dc-dc converters dc-ac converters

CO 3 :    Form Zbus and YBus matrix for a given power system

CO 4 :    Perform various load flow analysis for given power system

CO 5 :    Analyze the behavior of power system under different fault Condition

Subject Name: Power Semiconductor Drives Lab Subject code: 62432

CO 1 :    To understand the working principles of three phase IGBT based PWM inverters.

CO 2 :    To understand the latest trends in speed control of electrical motors using dSPACE, DSP, microcon-troller, etc

Subject Name: Industry Oriented Mini Project     Subject code: 62433

CO1:      Identify the real world Electrical engineering problems.

CO2:      Analyze the practical solutions to the problem.

CO3:      Apply modern engineering tools for solution

CO4:      Develop hardware kits.

CO5:      Write technical reports following professional ethics.

Subject Name: Technical Seminar-I          Subject code: 62434

CO1:      Identify and analyze the real time Electrical Engineering problems.

CO2:      Acquire awareness on latest technology and current trends in the field of Electrical Engineering.

CO3:      Participate in discussions for enhancement of knowledge.

CO4:      Apply communication skills.

CO5:      Document and present technical reports following professional ethics.

 

Fourth Year B.Tech – 2nd Semester Course Outcomes

 

Subject Name: High Voltage Engineering               Subject code: 62451

CO 1 :    Derive the equations for charge movement during the breakdown process in gases, liquids and solids.

CO 2 :    Explaining the physical process of breakdown - based on the Townsend, Streamer and Leader mod-els.

CO 3 :    Describing and explaining the standard HV tests, and design the test generator circuits for ac, dc and impulse voltages (and currents)

CO 4 :    Conducting selected HV tests, and be sensitized to basic HV experimental techniques.

CO 5 :    Derive the performance equations for certain HV measurement systems.

Subject Name: Energy Audit And Management   Subject code: 62452

CO 1 :    Various types of energy source available and present energy scenario in India as well as in the world.

CO 2 :    Analyze the General aspects of energy management and audit reports.

CO 3 :    Introduction to energy planning and management aspects.

CO 4 :    Various lighting systems and energy measuring instruments used.

CO 5 :    Analysis of economic factors those are included in the savings and organization in the demand side management.                                                    Understand the memory design and need for testing and design for testability

Subject Name: Power Quality and Facts  Subject code: 62453

CO 1 :    Know the severity of power quality problems in distribution system.

CO 2 :    Understand the concept of voltage sag transformation from up-stream (higher voltages) to down- stream (lower voltage).

CO 3 :    Concept of improving the power quality to sensitive load by various mitigating custom power devic-es.

CO 4 :    Understand the control circuits of Shunt Controllers SVC & STATCOM for various functions viz. Transient stability Enhancement, voltage                 instability prevention and power oscillation damping.

CO 5 :    Understand the Power and control circuits of Series Controllers GCSC, TSSC and TCSC.

Subject Name: AI Techniques for Electrical Engineering   Subject code: 62454

CO1 :     Understand basic concepts of learning algorithms of Artificial Neural Networks.

CO2 :     Understand feedback Neural Networks and Radial basis Neural Networks.

CO3 :     Understand fuzzyness involved in various systems and fuzzy set theory

CO4 :     Develop genetic algorithm for applications in electrical engineering

CO5:      Understand AI techniques applications in electrical engineering

Subject Name: Discrete Time Signal Processing   Subject code: 64457

CO 1 :    Understand the various operations on discrete time signals & systems

CO 2 :    Apply DFT on discrete time signals

CO 3 :    Apply FFT on discrete time signals

CO 4 :    Analyze and design IIR digital filters

CO 5 :    Analyze and design FIR digital filter

Subject Name: Utilization Of Electrical Energy     Subject code: 62455

CO 1 :    Understand the operating principles and characteristics of traction motors with respect to speed, tem-perature, loading conditions.

CO 2 :    Identify most appropriate heating or welding techniques for suitable applications.

CO 3 :    Study the basic principles of illumination, its measurement and design Illumination systems for vari-ous applications.

CO 4 :    Figure-out a suitable scheme of speed control for the traction systems.

CO 5 :    Understand the importance and aspects related to electrical safety

Subject Name: Technical Seminar-II         Subject code: 62481

CO1:      Identify and analyze the real time Electrical Engineering problems.

CO2:      Acquire awareness on latest technology and current trends in the field of Electrical Engineering.

CO3:      Participate in discussions for enhancement of knowledge.

CO4:      Apply communication skills.

CO5:      Document and present technical reports following professional ethics.

Subject Name: Project Work       Subject code: 62482

CO 1 :    Identify the real world Electrical engineering problems.

CO 2 :    Analyze the practical solutions to the problem.

CO 3 :    Apply modern engineering tools for solution.

CO 4 :    Develop hardware kits.

CO 5 :    Write technical reports following professional ethics.