CO's

Course Code - BS107 - Applied Physics-I Labs

CO 1

students get necessary confidence in handling equipment and thus learn various skills in measurement.

BS105 - Applied Chemistry

CO 1

Solve various engineering problems applying the basic knowledge of atomic structure and chemical bonding.

CO 2

Use relevant water treatment method to solve domestic and industrial problems.

CO 3

Solve the engineering problems using knowledge of engineering materials and properties.

CO 4

Use relevant fuel and lubricants for domestic and industrial applications

CO 5

Solve the engineering problems using concept of Electrochemistry and corrosion.

BS109 - Applied Chemistry Lab

CO 1

The course aims to supplement the factual knowledge gained in the lectures by first hand manipulation of processes and apparatus.

CO 2

This will develop scientific temper and help to apply the basic concepts and principles in solving engineering problems.

HS101 - Communication Skills in English

CO 1

o develop confidence in speaking English with correct pronunciation

CO 2

To develop communication skills of the students i.e. listening, speaking, reading and writing skills

CO 3

To introduce the need for personality development – Focus will be on developing certain qualities which will aid students in handling personal and career challenges, leadership skills etc.

HS105 - Communication Skills in English - Lab

CO 1

To develop listening skills for enhancing communication.

CO 2

To develop speaking skills with a focus on correct pronunciation and fluency.

CO 3

To introduce the need for Personality development – Focus will be on developing certain qualities which will aid students in handling personal and career challenges, leadership skills, etc.

NIL - Engineering Graphics

CO 1

To develop sense of Scale and drawing technique of different curves and their application.

CO 2

To develop drafting and sketching skills, to know the applications of drawing equipment and get familiarize with Indian Standards related to engineering drawing.

CO 3

To develop concept of Orthographic Projection and to draw Orthographic Views for different objects.

CO 4

To visualize three dimensional objects from Orthographic Views and to draw isometric views/projections.

CO 5

To be familiar with AutoCAD and to develop the skill of drafting in AutoCAD by using different commands.

NIL - Engineering Workshop Practice

CO 1

Adopt safe working practice.

CO 2

Read and interpret job drawings

CO 3

Select tools, equipment and machineries according to the job.

CO 4

Use the hand tools in different shops for performing different operations

CO 5

Prepare the job according to drawing

CO 6

Maintenance of workshop tools, equipment and machineries.

CO 7

Acquaint with the specifications on all raw materials, tools and equipment used.

HS103 - Sports and Yoga

CO 4

To develop among students an appreciation of physical activity as a lifetime pursuit and a means to better health.

CO 3

To create a safe, progressive, methodical and efficient activity based plan to enhance improvement and minimize risk of injury.

CO 1

To make the students understand the importance of sound health and fitness principles as they relate to better health.

CO 2

To expose the students to a variety of physical and yogic activities aimed at stimulating their continued inquiry about Yoga, physical education, health and fitness.

BS101/M-I - Engineering Mathematics-I

CO 1

apply the basic concepts of logarithm, complex number, quadratic equation and binomial theorem for solving the engineering and practical problems.

CO 2

find the solutions of vector oriented problems like work done, moment etc by applying vector algebra.

CO 3

simplify trigonometric expressions and solve trigonometric equations which will be useful in solving the scientific problems.

CO 4

analyze limit, continuity, derivatives of different functions and physical interpretation of derivatives which will be applicable in real situation.

BS103 - Applied Physics-I

CO 2

Concrete use of physical principles and analysis in various fields of engineering and technology is very prominence.

CO 3

The course aims to supplement the factual knowledge gained in the lecture by first hand manipulation of apparatus.

CO 4

This will develop scientific temper and help to apply the basic concepts and principles in solving engineering and technology based problems.

CO 1

Study of Applied Physics aims to give an understanding of physical world by observations and predictions.

PR301 - Major Project

CO 1

Develop proper planning to achieve the project goal.

CO 2

Collect relevant information and resources.

CO 3

Identify and apply proper techniques.

CO 4

Analyse the performance of project output.

CO 5

Organize the Written documentation of the project work

EEPC301 - Microcontroller and its Applications

CO 1

Interpret the salient features of various types of microcontrollers.

CO 2

Interpret the salient features of architype of types microcontrollers IC 8051.

CO 3

Maintain the program features of the Microcontroller based application.

CO 4

Develop assembly language program.

CO 5

Develop programs to interface 8051 microcontrollers with LED/SWITCH/MOTOR.

EEPC 303 - MICROCONTROLLER AND IT’S APPLICATIONS LABORATORY

CO 3

Maintain the program features of the Microcontroller based application

CO 4

Develop assembly language program.

CO 1

Interpret the salient features of various types of microcontrollers.

CO 2

Interpret the salient features of architype of types microcontrollers IC 8051.

CO 5

Develop program to interface 8051 microcontrollers with LED/SWITCH/MOTOR.

EEPC 305 - Course Title BUILDING ELECTRIFICATION

CO 1

Understand the functioning of accessories for electrification and significance of IE rules.

CO 2

Selection of wires, cables, wiring systems and cable laying.

CO 3

Design proper illumination scheme for residential unit.

CO 4

Design wiring layouts on wiringboard.

CO 5

Design electrical wiring installation system for residential unit.

CO 6

Understand proper earthing and other protection devices for buildingelectrification.

EEPC307 - BUILDING ELECTRIFICATION LAB

CO 1

Select accessories, wires, cables and wiring systems for electrification.

CO 2

Design electrical wiring installation system for residential unit.

CO 3

Design proper illumination scheme for residential unit.

CO 4

Prepare wiring layouts on wiringboard.

CO 5

Locate and diagnose faults in electrical wiring installation.

CO 6

Test for proper earthing for buildingelectrification.

EEPE 301/1 - INDUSTRIAL AUTOMATION AND CONTROL

CO 2

Interface I/O devices with the PLC modules.

CO 3

Develop PLC ladder programs for various applications.

CO 4

Select the suitable motor drives for different applications

CO 5

Prepare simple SCADA applications.

CO 1

Identify different types of automation systems.

EEPE 303/1 - INDUSTRIAL AUTOMATION AND CONTROL LABORATORY

CO 1

Identify different types of automation systems.

CO 2

Interface I/O devices with the PLC modules.

CO 3

Develop PLC ladder programs for various applications.

CO 4

Select the suitable motor drives for different applications.

CO 5

Prepare simple SCADA applications.

EEPE 301/2 - INDUSTRIAL DRIVES

CO 1

Understand the performance of DC and AC motor for various electric drive applications.

CO 2

Understand the performance of special purpose motor for various electric drive applications.

CO 3

Know the operations of DC Drives and its application.

CO 4

Know the operations of AC Drives and its application.

CO 5

Know the operations of microcomputer/micro controller based electric motors its application.

EEPE 303/2 - INDUSTRIAL DRIVES LABORATORY

CO 1

Select relevant DC motor for various electric drive applications.

CO 2

Select relevant AC motor for various electric drive applications.

CO 3

Implement DC Drives for various applications..

CO 4

Implement AC Drives for various applications

CO 5

Perform speed control of motor by micro controller based drive.

EEPE 305/1 - ILLUMINATION PRACTICES

CO 1

Understand the fundamental concept of illumination.

CO 2

Understand the measurement process of different quantities related to illumination.

CO 3

Identify various characteristics of different lamps and select relevant lamps for various applications

CO 4

Understand different techniques for illumination control.

CO 5

Design relevant illumination schemes for interior applications.

CO 6

Design relevant illumination schemes for exterior applications.

EEPE 307/1 - ILLUMINATION PRACTICES LABORATORY

CO 1

Verify laws of illumination.

CO 2

Select relevant lamps for various applications

CO 3

Select the lighting accessories required for specific lamps.

CO 4

Select relevant dimmer circuit for various applications.

CO 5

Design relevant illumination schemes for interior applications.

CO 6

Design Illumination schemes for various exterior applications.

EEPE 305/2 - ELECTRIC TRACTION

CO 2

Understand train movement features.

CO 3

Describe the power supply arrangements and overhead equipment for electric traction.

CO 4

Maintain the different components of the electric locomotive.

CO 5

Understand function of traction motors and train lighting system.

CO 6

Classify signaling and supervisory control systems.

CO 1

Interpret the traction layout and itssystems.

EEPE 307/2 LAB - ELECTRIC TRACTION LABORATORY

CO 1

Interpret the traction layout and itssystems

CO 2

Maintain the power supply arrangements.

CO 3

Maintain the function of the overhead equipment for electric traction

CO 4

Maintain the different components of the electric locomotive.

CO 5

Maintain the traction motor and train lighting system

CO 6

Maintain the signaling and supervisory control systems.

INTERNSHIP - INTERNSHIP

CO 1

To learn new skills from industrial visit/ industrial training and supplement knowledge.

CO 2

To improve communication skill and teamwork.

CO 3

To learn strategies like time management, multi-tasking etc. in an industrial setup.

CO 4

To meet new people and learn networking skills with industry personnel.

EEPC302 - ENERGY CONSERVATION AND AUDIT

CO4

Apply energy conservation techniques in electrical installations.

CO1

Interpret energy conservation policies in India

CO2

Know energy conservation techniques in electrical machines & implement it.

CO3

Know different types of measuring instruments for measuring electric power.

CO5

Use Co-generation and relevant tariff for reducing losses in facilities.

CO6

Know energy audit for electrical system and apply it for real cases.

EEPC304 - ENERGY CONSERVATION AND AUDIT LABORATORY

CO1

Interpret energy conservation policies in India.

CO2

Implement energy conservation techniques in electrical machines.

CO3

Apply energy conservation techniques in electrical installations.

CO4

Use Co-generation and relevant tariff for reducing losses in facilities.

CO5

Apply energy audit for electrical system.

EEPE 302/1 - INDUSTRIAL INSTRUMENTATION AND CONDITION MONITORING

CO1

Understand electrical transducers for measurement of electrical quantities and to select relevant transducers according to the applications.

CO2

Understand non-electrical transducers for measurement of non-electrical quantities and to select relevant transducers according to the applications.

CO3

Know about operational amplifier and its use in the field of instrumentation.

CO4

Know about signal conditioning system for their proper functioning.

CO5

Interpret data acquisition systems in various applications.

CO6

Undertake condition monitoring for diagnostic analysis of electrical equipment

EEPE 304/1 - INDUSTRIAL INSTRUMENTATION AND CONDITION MONITORINGLABORATORY

CO1

Select relevant instruments used for measuring electrical and non-electrical quantities

CO2

Select relevant transducers/sensors for various applications.

CO3

Use relevant instruments for measuring non-electrical quantities.

CO4

Check the signal conditioning system for their proper functioning.

CO5

Use data acquisition systems in various applications.

CO6

Undertake condition monitoring for diagnostic analysis of electrical equipment.

PR302 - Major Project

CO1

Develop proper planning to achieve the project goal.

CO2

Collect relevant information and resources.

CO3

Identify and apply proper techniques.

CO4

Analyse the performance of project output.

CO5

Organize the Written documentation of the project work

SE302 - Seminar

CO5

Prepare a technical report.

CO4

Give a presentation about an academic document.

CO1

Identify academic documents from the literature which are related to her/his areas of interest.

CO2

Read and apprehend an academic document from the literature which is related to her/ his areas of interest.

CO3

Prepare a presentation about an academic document.

HS 302 - Entrepreneurship and Start-ups

CO1

Identify qualities of entrepreneurs, develop awareness about entrepreneurial skill and mindset and express knowledge about the suitable forms of ownership for small business

CO2

Comprehend the basics of Business idea, Business plan, Feasibility Study report, Project Report and Project Proposal

CO3

Understand the concept of start-up business and recognise its challenges within legal framework and compliance issues related to business

CO4

Make a Growth Plan and pitch it to all stakeholders and compare the various sources of funds available for start-up businesses

OE302 - Engineering Economics & Project Management

CO1

To acquire knowledge of basic economics to facilitate the process of economic decision making.

CO2

To acquire knowledge on basic financial management aspects.

CO3

To develop the idea of project plan, from defining and confirming the project goals and objectives, identifying tasks and how goals will be achieved.

CO4

To develop an understanding of key project management skills and strategies.

309/1(N) - INTRODUCTION TO ELECTRIC GENERATION SYSTEMS LABORATORY

co 1

Explain the features, functioning, merits and demerits of Coal Based Thermal Power Plant.

co 2

Describe the construction, merits and demerits of Nuclear Power Plant.

co 3

Identify elements of gas turbine Power plant and Diesel Electric Power Plant through appropriate block diagram.

co 4

Select the merits and demerits of gas turbine Power Plant and Diesel Electric Power Plant for application in real

co 5

Explain the layout and functioning, merits and demerits of Large Hydro Power Plant with respect to it’s various components

co 6

Identify various factors associated in the economic use of Power generation and interconnected Power Station

309/1 LAB - INTRODUCTION TO ELECTRIC GENERATION SYSTEMS LABORATORY

CO 5

Analyze the optimized working of the large hydro power plant

CO 1

Analyze the optimized working of the coal power plant

CO 2

Analyze the optimized working of the nuclear power plant.

CO 3

Explain the optimized working of the gas power plant.

CO 4

Explain the optimized working of the diesel power plant.

CO 6

Calculate the cost of electricity for different class of consumers.

309/2 N - ELECTRIC CIRCUITS

CO 1

Explain the statement, procedure, areas of application and limitations of Network Theorems.

CO 2

Describe the generation, phasor diagram of sinusoidal quantities, R, L, C series and parallel combination of Single-Phase AC Circuits.

CO 3

Analyze circuits and systems by their standard parameters to identify their characteristics in Three Phase AC circuits

CO 4

. Explain Transient Analysis of R-L and R-C circuits supplied from DC Voltage Source and concept of time constant

CO 5

Apply Laplace Transformation to solve various real-life problem in Electrical Circuit Networks.

ELECTRIC CIRCUITS LABORATORY - ELECTRIC CIRCUITS LABORATORY

CO 1

Troubleshoot problems related to single phase A.C series circuits

CO 2

) Troubleshoot problems related to single phase A.C parallel circuits.

CO 3

Troubleshoot problems related to three phase circuits.

CO 4

Use principles of circuit analysis to troubleshoot electric circuits.

CO 5

Apply network theorems to troubleshoot electric circuits.

309/3 N - ELECTRICAL AND ELECTRONIC MEASUREMENTS

CO 1

Explain the features, functioning and classification of Measuring instruments.

CO 2

Describe the functioning and classification of different types of measuring instrument for measuring voltage and current

CO 3

Identify the construction, features and application of instrument for measurement of electric power

CO 4

Describe the features and application of Energy Meter.

CO 5

Explain the functioning and application of different types of electrical instruments including CRO for measuring various electrical parameters.

ELECTRICAL AND ELECTRONIC MEASUREMENTS LABORATORY - ELECTRICAL AND ELECTRONIC MEASUREMENTS LABORATORY

CO 1

Check the working of the electrical measuring instrument

CO 2

Use different types of measuring instruments for measuring voltage and current.

CO 3

) Use different types of measuring instruments for measuring electric power

CO 4

) Use different types of measuring instruments for measuring electric power

CO 5

Use different types of electrical instruments for measuring various ranges of electrical parameters.

CO 6

Know the use of CRO, Signal generator, Function generator.

309/4 N - DC Machines and Transformers

CO 1

Describe the construction, classification and applications of DC Generator.

CO 2

Identify features, classification and application of DC motors and staters.

CO 3

Describe the working principle, construction, classification and application of single-phase transformer.

CO 4

Explain the construction, classification, applications and different circuit connections of three phase transformer in real field

CO 5

Identify the construction, features and application of various Special Purpose Transformers

DC Machines and Transformers Laboratory - DC Machines and Transformers Laboratory

CO 1

Maintain DCgenerators and determine the performance characteristics.

CO 2

. Maintain different types of DCmotors and determine their performance characteristics

CO 3

Maintain single phase transformer and determine the performance characteristics

CO 4

Check different types of connections of three phase transformers.

CO 5

Maintaindifferenttypesofspecialpurposetransformersusedin different applications.

309/5 N - ANALOG AND DIGITAL ELECTRONICS

CO 1

Describe the features and applications of diode and rectifiers.

CO 2

Explain construction, different types of circuit configurations and applications of Transistors

CO 3

Describe the concept, features and different application of Feedback Amplifiers and Oscillators through block diagram.

CO 4

Describe and explain different combinational circuits and the practical applications in digital electronics.

CO 5

5. Describe and explain different sequential circuits in digital electronics.

CO 6

Describe and explain different data converter and memory devices.

: ANALOG AND DIGITAL ELECTRONICS LABORATORY - : ANALOG AND DIGITAL ELECTRONICS LABORATORY

CO 4

Explain and describe the performance of sequential circuits.

CO 1

Analyze and describe the performance of Full wave rectifier, Zener Diode, BJT, JFET, MOSFET, UJT, Single stage Amplifier

CO 2

Construct and analyze the performance of dc power supply (± 12 V).

CO 3

Explain and describe the performance of combinational circuits

Internship-I - Internship-I

CO 1

To learn new skills and supplement knowledge.

CO 2

To practice communication and teamwork skills.

CO 3

To learn strategies like time management, multi-tasking etc. in an industrial setup

CO 4

To meet new people and learn networking skills

EEPC202 - Power Electronics Converters and Applications

CO 1

Select power electronic devices forspecific applications.

CO 2

Know turn-on and turn-off circuits of Thyristors.

CO 3

Understand the switching circuits and their applications.

CO 4

Understand working and performance characteristics of phase-controlled rectifiers, cycloconverter and inverters.

CO 5

Understand working and performance characteristics of chopper.

CO 6

Apply different types of converters for industrial applications.

CO 7

Understand the basic operation of different power supply.

EEPC204 - Power Electronics Converters and Applications LABORATORY

CO 1

Perform the testing of power electronic devices for specific applications.

CO 2

Apply different turn-on and turn-off circuits of Thyristors.

CO 3

Maintain phase-controlled rectifiers.

CO 4

Apply converters for industrial control circuits.

CO 5

Understanding of performance of different power supply.

EEPC206 - ELECTRIC POWER TRANSMISSION AND DISTRIBUTION

CO 1

Draw and explain single line diagrams of transmission and distribution systems.

CO 2

List and identify transmission line parameters and calculate its performance.

CO 3

Compare and explain the EHVAC and HVDC transmission systems.

CO 4

Explain distribution systems with distribution substation.

CO 5

List and explain different components of transmission and distribution Line.

EEPC 208 - ELECTRIC POWER TRANSMISSION AND DISTRIBUTION LABORATORY

CO 1

Interpret the normal operation of the electric transmission and distribution systems.

CO 2

Demonstrate the functioning of the medium and high voltage transmission system.

CO 3

Identify the components of the extra high voltage transmission system.

CO 4

Illustrate the functioning of the low voltage AC distribution system.

CO 5

Demonstrate the components of the transmission and distribution lines.

EEPC210 - INDUCTION, SYNCHRONOUS AND SPECIAL ELECTRICAL MACHINES

CO 1

Understand the construction and working principle, explain the characteristics of three phase induction motor and select various types of three phase induction motor for different applications.

CO 2

Understand the construction and working principle, explain the characteristics of different types of single-phase induction motor and select various types of single-phase induction motor for different applications.

CO 3

Understand the construction and working principle, explain the characteristics of three phase alternator and their applications.

CO 4

Understand the construction and working principle, explain the characteristics of three phase synchronous motor and their applications.

C0 5

Understand the construction and working principle, explain the characteristics of different types of FHP motor and select various types of FHP motors in different applications.

EEPC212 - INDUCTION, SYNCHRONOUS AND SPECIAL ELECTRICAL MACHINES LABORATORY

CO 1

Verify the performances of three phase induction motor experimentally and maintain it used in different applications.

CO 2

Verify the performances of single-phase induction motor experimentally and maintain it used in different applications.

CO 3

Verify the performances of three phase alternator experimentally and maintain it used in different applications.

CO 4

Verify the performances of three phase synchronous motor experimentally and maintain it used in different applications.

CO 5

e) Maintain FHP motors used in different applications

EEPC214 - Renewable Energy Power Plants

CO 1

Classify non-conventional energy resources and their features.

CO 2

Define the terms related to solar geometry and explain the working principle of solar PV and CS power plants.

CO 3

Define the terms related to wind turbine and explain the working of wind power plants along with constant & variable speed generators used there.

CO 4

4. Classify hydro power plants and hydro turbines used for the plant. Explain the energy conversion method in hydro power plant.

CO 5

5. Explain the layout & working of different types of biomass-based power plants.

EEPC216 - Renewable Energy Power Plants Laboratory

CO 1

Identify different components of solar PV and CS power plant and construct solar PV and CS power plant.

CO 2

Identify different components of wind power plant and construct a small wind power plant.

CO 3

Identify different components of micro hydro power plant and construct micro hydro power plant.

CO 4

Identify different components of biomass based power plant and construct a biogas plant.

CO 5

5. Integrate the power from different sources of renewable energy power plant and supply through Microgrid system.

EEPE202 - SWITCHGEAR AND PROTECTION

CO 1

Identify various types of faults in power system and apply the knowledge to calculate the fault current.

CO 2

Understand the construction and working of various types of current interrupting devices and apply suitably for different applications.

CO 3

Understand construction and working of various types of protectiverelays and their applications.

CO 4

Know about the protection systems of alternators, transformers. Busbars, Motors.

CO 5

5. Understand different protection schemesfor powersystem against over voltages.

: EEPE204 - SWITCHGEAR AND PROTECTION LABORATORY

CO 1

Select suitable switchgears for differentapplications.

CO 2

Test the performance of different protectiverelays.

CO 3

Maintain protection systems of alternators and transformers.

CO 4

Apply the knowledge of different protection schemes through simulation.

CO 5

Select suitable arrester against lightning.

PR 202 - Minor Project

CO 2

ii. Collect relevant information and resources.

CO 3

iii. Identify and apply proper techniques.

CO 4

Analyse the performance of project output.

CO 5

Organize the Written documentation of the project work

CO 1

Develop proper planning to achieve the project goal.

BS102/M-II - Engineering Mathematics-II

CO 1

apply the knowledge of Cramer's rule and matrix inversion for finding the solutions of Linear Simultaneous Equations.

CO 2

apply the equations of a straight line, circle, conic section in solving the practical problems.

CO 3

apply the various techniques of evaluating integration and various methods of finding complete primitive of ordinary differential equations of 1st order and second order for solving engineering problems.

CO 4

use the concept of partial differentiation in solving physical problems.

CO 5

analyze the Statistics and Probability in a real situation.

BS104 - Applied Physics –II

CO 1

aims to give an understanding of this world both by observation and by prediction of the way in which objects behave

CO 2

Concrete use of physical principles and analysis in various fields of engineering and technology are given prominence in the course content.

CO 3

he course will help the diploma engineers to apply the basic concepts and principles to solve broad- based engineering problems and to understand different technology based applications

ES 102 - Introduction to IT Systems Theory

CO 1

able to comfortably work on computeR

CO 2

able to install and configure OS

CO 3

able to assemble a PC and connect it to external devices

CO 4

understand the basic design of web page,

CO 5

Realize the protect information and computers from basic abuses/attacks

102/4 N - FUNDAMENTAL OF ELECTRICAL & ELECTRONICS ENGINEERING (FEEE)

CO 1

Realize the concept and use of different Electrical and Electronics components.

CO 2

Understand the basics of electrical and electronics engineering principles.

CO 3

Understand the basics of AC circuits, Transformers and Machines.

CO 4

Realize the fundamental principle of Semiconductor, P-N junction Diode and Transistor.

CO 5

Know the basic working principle of OPAMP

CO 6

Understand the functions of basic Digital Logic Gates

- FUNDAMENTAL OF ELECTRICAL & ELECTRONICS ENGINEER - - FUNDAMENTAL OF ELECTRICAL & ELECTRONICS ENGINEERING (FEEE) (Laboratory

CO 1

Measure voltage, current and power in a 1-phase circuit with resistive load

CO 2

Visualize phase difference between voltage and current in series R-Land R-C circuits with the help of oscilloscope and plot the phasor diagram.

CO 3

Measure voltage, current, power and power factor in a R-L series circuit.

CO 4

Identify different parts of a single-phase transformer, A.C./D.C. Motor.

CO 5

Identify different parts of a single-phase transformer, A.C./D.C. Motor.

CO 6

Familiarization with multimeter to measure the value of given resistor and to verify with colour code

CO 7

Identify three terminals of a transistor by using digital multimeter

CO 8

Use of Op-Amp as Inverting and non-inverting amplifier.

CO 9

Realization of Truth Table of different Logic Gates.

Engineering Mechanics - Engineering Mechanics

CO 1

To obtain resultant of various forces

CO 2

To understand basic laws of motion and their applications

CO 3

To understand role of friction in equilibrium problem

CO 4

To know fundamental laws of machines and their applications to various engineering problems.

CO 5

To know fundamental laws of motions and their applications to various engineering problems.

Engineering Mechanics Lab - Engineering Mechanics Lab

CO 1

Identify the force systems for given conditions by applying the basics of mechanics

CO 2

- Determine unknown force(s) of different engineering systems

CO 3

Apply the principles of friction in various conditions for useful purposes.

CO 4

Find the centroid and centre of gravity of various components in engineering systems.

CO 5

Select the relevant Simple Lifting Machine(s) for given purposes

BS106 - Applied Physics II Lab

CO 1

Concrete use of physical principles and analysis in various fields of engineering and technology.

CO 2

to supplement the factual knowledge gained in the lecture by first hand manipulation of apparatus.

CO 3

To develop scientific temper and help to apply the basic concepts and principles in solving engineering and technology based problems

CO 4

To get necessary confidence in handling equipment and thus learn various skills in measurement. To get necessary confidence in handling equipment and thus learn various skills in measurement. To get necessary confidence in handling equipment and thus learn various skills in measurement

Introduction to IT Systems Lab - Introduction to IT Systems Lab

CO 1

able to comfortably work on computeR

CO 2

able to install and configure OS

CO 3

able to assemble a PC and connect it to external devices

CO 4

- able to write documents, create worksheets, prepare presentations, web pages, protect information

CO 5

Understand to protect computers from basic abuses/attacks

AU302 - Indian Constitution

CO 1

understand the role and function of Election Commission

CO 2

able to know the structure of State Government

CO 3

Understand the structure of Local Administration

CO 4

able to know the The History of the Making of the Indian Constitution, Basic Structure, Fundamental Rights and Duties and State Policy Principles.

CO 5

understand the Role and Power of President, Prime Minister and Council of Ministers.