CO1

UsingEnglishlanguages, bothwrittenandspoken, competentlyandcorrectly.

CO2

Improvingcomprehensionand fluencyofspeech.

CO3

Gainingconfidencein usingEnglishin verbalsituations.

CO1

Studentwillbeableto  Solvelineardifferentialequationsoffirst,secondandhigherorder

CO2

Studentwillbeableto  DetermineLaplacetransformandinverseLaplacetransformofvariousfunctionsanduseLaplacetransforms to determine general solution tolinearODE

CO3

Studentwillbeableto  Calculatetotalderivative,Jocobianandminimaoffunctionsoftwovariables

CO1

Studentwillbeableto Calculate a root of algebraic and transcendental equations. Explain relation between the finitedifferenceoperators.

CO2

Studentwillbeableto Computeinterpolatingpolynomialforthe givendata.

CO3

Studentwillbeableto Solveordinarydifferential equationsnumericallyusingEuler’sand RKmethod.

CO4

Studentwillbeableto FindFourierseriesand Fouriertransformsfor certainfunctions.

CO5

Studentwillbeableto Identify/classifyandsolvethedifferenttypesofpartialdifferentialequation

CO1

Construction and working details of instruments, ie., Interferometer

CO2

DiffractometerandPolarimeterarelearnt

CO3

StudyEM-fieldsandsemiconductorsundertheconceptsofQuantummechanics paves wayfor their optimal utility

CO1

The natural resources and their importance for the sustenance of the lifeand recognizetheneed to conservethenatural resources

CO2

Theconceptsoftheecosystemanditsfunctionintheenvironment.Theneedforprotecting the producers and consumers in various ecosystems and their role in the foodweb

CO3

The biodiversity of India and the threats to biodiversity, and conservation practices toprotect thebiodiversity

CO4

Various attributes of the pollution and their impacts and measures to reduce or control thepollutionalongwith wastemanagement practices

CO5

Social issues both rural and urban environment and the possible means to combat thechallenges

CO6

The environmental legislations of India and the first global initiatives towards sustainabledevelopment.

CO7

About environmental assessment and the stages involved in EIA and the environmentalaudit.

CO8

Self-Sustaining Green Campus with Environment Friendly aspect of – Energy, Water andWastewaterreusePlantation, RainwaterHarvesting,ParkingCurriculum.

CO1

To introduce the use and the application of drawing instruments and to make the studentsconstruct the polygons, curves and various types of scales.The student will be able tounderstandtheneed to enlargeorreducethesizeofobjects inrepresentingthem.

CO2

To introduce orthographic projections and to project the points and lines parallel to oneplaneand inclined to other.

CO3

Tomakethestudentsdrawtheprojections ofthelinesinclined toboth theplanes.

CO4

Tomakethestudentsdrawtheprojections oftheplaneinclined toboth theplanes.

CO5

To make the students draw the projections of the various types of solids in differentpositionsinclined to oneoftheplanes.

CO6

To represent the object in 3D view through isometric views.The student will be able torepresentand converttheisometricviewto orthographicviewand viceversa.

CO1

A study of the communicative items in the laboratory will help the students become successful inthecompetitiveworld

CO1

Physics lab curriculum gives fundamental understanding of design of aninstrumentwithtargetedaccuracyforphysicalmeasurements

CO1

Physics Virtual laboratory curriculum in the form of assignment ensures anengineering graduate to prepare a /technical/mini-project/ experimental reportwithscientifictemper.

CO1

Physics Virtual laboratory curriculum in the form of assignment ensures anengineering graduate to prepare a /technical/mini-project/ experimental reportwithscientifictemper.

CO1

Applyand practicelogical abilityto solvetheproblems.

CO2

UnderstandCprogrammingdevelopmentenvironment,compiling,debugging,andlinkingandexecutingaprogram usingthedevelopment environment

CO3

Analyzingthecomplexityofproblems,Modularizetheproblemsintosmallmodulesandthenconvertthem into programs

CO4

Understandandapplythein-builtfunctionsandcustomizedfunctions forsolvingtheproblems.

CO5

Understandandapplythepointers,memoryallocationtechniquesanduseoffilesfordealingwithvarietyofproblems

CO6

Documentandpresentthealgorithms,flowchartsandprogramsinformofuser-manuals

CO7

Identificationofvariouscomputercomponents, Installationofsoftware

CO1

ThelessonunderscoresthattheultimateaimofEducationis toenhance wisdom. AbdulKalam'ssimplelifeandserviceto thenationinspires thereadersto followinhisfootsteps

CO2

Thelessonenablesthestudentstopromotepeacefulco-existenceanduniversalharmonyamongpeopleand society.  TheAchievementsofCVRaman areinspiring andexemplarytothereaders andall scientists

CO3

Thelessonimpartsthestudentstomanagedifferentculturalshocksduetoglobalization. The seminal contributions of HomiJehangirBhabha to Indian nuclear programme provide anaspirationto thereaders to servethenationand sterngthen it.

CO4

Thethemeprojectssociety’sneedto re examineitstraditionswhentheyareoutdated. TheScientificdiscoveriesandinventionsofJagadishChandraBoseprovideinspirationtothereaderstomaketheirowncontributionstoscienceandtechnology,andstrengthenthenation.

CO5

Thelessonoffersseveralinputstoprotectenvironmentforthesustainability ofthefuturegenerations. PrafullaChandraRay'sscientificachievementsandpatrioticfervourprovideinspirationtothereader

CO6

Pupilgetinspiredbyeminentpersonalitieswhotoiledforthepresentdayadvancementofsoftwaredevelopment.

CO1

Determine rank, Eigenvalues and Eigen vectors of a given matrix and solvesimultaneouslinearequations.

CO2

Solvesimultaneouslinearequationsnumericallyusingvarious matrixmethods.

CO3

Determinedoubleintegraloveraregionandtriple integralover avolume.

CO4

Calculate gradient of a scalar function, divergence and curl of a vector function.Determineline,surfaceandvolumeintegrals.ApplyGreen,StokesandGaussdivergencetheorems to calculateline, surfaceandvolumeintegrals

CO1

The advantages and limitations of plastic materials and their use in design would beunderstood.

CO2

Fuels which are used commonly and their economics, advantages and limitations arediscussed.

CO3

Reasons for corrosion and some methods of corrosion control would be understood.The students would be now aware of materials like nano-materials and fullerenes and their uses.

CO4

Similarly liquid crystals and superconductors are understood. The importance of green synthesisis well understood and how they are different from conventional methods is also explained.

CO5

Conductancephenomenonisbetterunderstood.

CO6

Thestudentsareexposedtosomeofthealternativefuels and theiradvantagesand limitations.

CO1

The students are to be exposed to the concepts of force and friction, directionandits application

CO2

Thestudentsaretobeexposedtoapplicationoffreebodydiagrams.Solutiontoproblems usinggraphical methods andlawoftriangleofforces

CO3

Thestudentsaretobeexposedtoconceptsof centreofgravity

CO4

The students are to be exposed to concepts ofmoment of inertia and polarmomentofinertiaincluding transfermethodsand theirapplications

CO5

The students are to be exposed to motion in straight line and in curvilinearpaths, its velocity and acceleration computation and methods of representing plane motion.

CO6

The students are to be exposed to concepts of work, energy and particle motion

CO1

Understand the soil formation

CO2

Understand the physical properties of soil

CO3

Understand the chemical and biological properties of soil and different problems of soil

CO4

Study about irrigation water and soil taxonomy and understand the meaning, classification, scope and history of agronomy along with the classification of crops and crop seasons based on meteorology

CO5

Understand the land preparation processes along with intercultural operations, soil conservation and sustainable agriculture

CO1

Understandthebasicterminologyusedin computerprogramming

CO2

Write,compileand debugprograms inC language.

CO3

Usedifferentdatatypesin acomputerprogram.

CO4

Designprogramsinvolvingdecisionstructures,loopsandfunctions.

CO5

Explainthedifference between call byvalueandcallbyreference

CO6

Understand thedynamics ofmemorybytheuseofpointers

CO7

Usedifferentdatastructuresandcreate/updatebasicdatafiles.

CO1

Thestudentsenteringintotheprofessionalcoursehavepracticallyverylittleexposure to lab classes. The experiments introduce volumetric analysis; redox titrations withdifferent indicators; EDTA titrations; then they are exposed to a few instrumental methods ofchemical analysis. Thus at the end of the lab course, the student is exposed to different methodsof chemical analysis and use of some commonly employed instruments. They thus acquire someexperimentalskills

CO1

A study of the communicative items in the laboratory will help the students become successful inthecompetitiveworld.

CO1

Applyand practicelogical abilityto solvetheproblems.

CO2

UnderstandCprogrammingdevelopmentenvironment,compiling,debugging,andlinkingandexecutingaprogram usingthedevelopment environment

CO3

Analyzingthecomplexityofproblems,Modularizetheproblemsintosmallmodulesandthenconvertthem into programs

CO4

Understandandapplythein-builtfunctionsandcustomizedfunctions forsolvingtheproblems.

CO5

Understandandapplythepointers,memoryallocationtechniquesanduseoffilesfordealingwithvarietyofproblems

CO6

Documentandpresentthealgorithms,flowchartsandprogramsinformofuser-manuals

CO7

Identificationofvariouscomputercomponents, Installationofsoftware

CO1

Skill development on basic of Manometers and mechanical gauges. Knowledge development on Total Pressure and Centre Of Pressure for Submerged surfaces.

CO2

Knowledge development on boundary layers, Bernoulli's theorem applications - Venturimeter, Orificemeter and pitot tube.

CO3

Got knowledge on Metacentric height, Notches, mouthpieces and orifice. Knowledge development on orifice emptying a tank.

CO4

Skill development on fluid flow through pipes of various types. Got knowledge on open channels.

CO5

Acquaintance of skill on hydraulic jump & its types. Gained knowledge on most economical channels.

CO1

Study the principles of Solar radiation, role and potential of renewable sources

CO2

Study the Solar energy storage methods and its applications and about wind energy sources

CO3

Understanding the principles of Bio-conversion and Biogas system and components

CO4

Understanding the Geothermal energy resources and methods of harnessing it

CO5

Principles of Ocean energy- tidal and wave energy and OTEC Plant

CO6

Study of direct energy conversion: carnot cycle, thermo electric generator, MHD generator

CO1

Study the Water resource status in India and about aquifers and its types

CO2

Study the Wells classification and its development

CO3

Understanding characteristics of wells and determination of aquifer parameters

CO4

Groundwater potential and artificial recharge ; classification of pumps and water lifts

CO5

Study about Centrifugal pumps and its working mechanism and components

CO6

Understanding different Types of pumps working  and their cost economics

CO1

Skill development on basic properties of engineering materials and their uses, testing of materials.

CO2

Knowledge development on properties and application of difference of concrete, varieties, distempers, glass, rubber and plywood, plastics, iron based materials, alloys etc.

CO3

Development of skill on stress – strain analysis of beams under different types of loading patterns.

CO4

Acquaintance of skill on Euler’s theory and buckling load, analysis on columns & different types of columns.

CO5

Skill development on different types of joints (Riveting), welding analysis cantilever, fixed, continuous beams, theory of moments and their analysis.

CO1

To predetermine the performance of single phase transformers with equivalent circuit models

CO2

Understand the construction, principle of operation and performance of DC machines

CO3

Learn the characteristics, performance, methods of speed control and testing methods of DC machines

CO4

Understand the indication motor principles, characteristics and their contruction

CO5

Understand the methods of testing of single-phase transformer

CO6

Understand the power measurement and management in 3 supplies, starter

CO1

Understanding the concept of surveying, different equipment which are used in laboratory and computation of bearings

CO2

Understanding over the concept of levelling and contouring, calculation of reduced levels.

CO3

Understanding the computation of areas and volumes along regular and irregular boundaries, capacity of reservoir

CO4

Understanding the concept of theodolite and the measurement of horizontal and vertical angles.

CO5

Understanding the tachometry, methods and types of curves.

CO6

Understanding the modern methods of advanced surveying.

CO1

Skill development on basic of manometers and mechanical gauges. Knowledge development on total pressure and center of pressure for submerged surfaces

CO2

Knowledge development on boundary layers, Bernoulli’s thermo application-venturimeter, orifice meter, pitot tube.

CO3

Understanding the metacentric height, notches, mouth piece and orifice. Knowledge development on orifice emptying the tank

CO4

Skill development on fluid flow through pipes of various types and knowledge on open channels.

CO5

Understand the hydraulic jump and its types and gaining knowledge on most economic channels.

CO1

To determine the area of a site by using different surveying methods using surveying equipment – chain, tapes, ranging rods, staff, arrow, tripod, compass etc. and measurement of trigonometric levelling and usage of total station

CO1

Work on different types of design philosophies

CO2

Carry out analysis and design flexural members and detailing

CO3

Design structures subjected to shear, bond

CO4

Design structures subjected to torsion

CO5

Design different types compression members

CO6

Design different types of footings

CO1

Explain about real time applications of solid medium heat transfer

CO2

Explain about real time applications of fluid medium heat transfer

CO3

Express the knowledge of design skills of heat exchangers

CO4

Illustrate the real time applications of radiation mode of heat transfer (no media)

CO5

Relate the skills of mass transfer and its applications

CO1

To make the student conversant with commonly used mechanism for industrial application

CO2

An exposure to develop competency in drawing velocity and acceleration diagram for simple and complex mechanism

CO3

Student will know fundamentals of friction and wear

CO4

Understanding the fundamentals of belt operation

CO5

To measure the power transmitted and absorbed by dynamometer and brakes respectively

CO6

Student can develop competency in conducting laboratory experiments for finding moment of inertia of rigid bodies

CO1

To understand the basics of soil mechanics and different types of soil classification systems.

CO2

To understand the concept of vertical stress by using bossiness’s and westergaards solution under different shapes of areas

CO3

To understand the concept of shear strength, Mohr’s circle and different laboratory shear test.

CO4

To have the knowledge over the compaction of soils, laboratory and field compaction methods and field compaction control.

CO5

To understand the concept of consolidation,terzaghi one dimensional consolidation theory

CO6

To understand the concept of earth pressure different earth  pressure theory and the stability of slopes

CO1

Understand the concept of hydrological cycle and its components and rainfall measurement methods

CO2

Understand the concept of runoff and stream characteristics and their measurement

CO3

Measurement of stage and velocities and determination of rainfall – runoff relations, peak runoff rate

CO4

Understand the concept of flood hydrograph, unit hydrograph and characteristics of storms effecting hydrographs

CO5

Understand the concept of unit hydrograph for different durations and methods involved

CO6

Flood routing and its types, land and watershed management

CO1

Farm power, energy sources, tractor and IC engines

CO2

Working of different systems of IC engine and their working principles

CO3

Types, working mechanism and construction details of clutch and gear box

CO4

Brake mechanism and steering systems

CO5

Tractor power outlets and traction methods

CO6

Tractor testing, power take off and tractor chassis

CO1

Study of soil profile and its different properties such as bulk density, particle density, structure, pH, EC, hydraulic conductivity, soil strength, soil color, P & K contents etc.

CO1

Represent various machine components conventionally on engineering drawing, read and interpret various symbols and conventions placed on machine drawing. Get deep insight of limits, fits, tolerances and geometric tolerances

CO1

Understand the principles of conduction, convention and radiation

CO2

Understand the principle of various refrigeration cycles

CO3

Understand the refrigeration, refrigerant properties and analyze the design of refrigeration systems

CO4

Understand the principles of psychometric processes and air conditioning

CO5

Analyze the principle and operation of cold storage plant

CO1

Understand the types of erosions and their classification, calculation of soil loss by using universal soil loss equations.

CO2

Understand the wind erosion and their factors, Knowledge development on vegetative and mechanical measures of wind erosion.

CO3

Understand the runoff and skill development on how to calculate the runoff by using curve and rational method.

CO4

Knowledge development on design of temporary and permanent erosion control structures (contour, graded binds and terraces).

CO5

Skill development on how to design vegetative water ways and understand the sediment depositions in reservoirs.

CO6

Understand the water harvesting and knowledge development on water harvesting techniques.

CO1

Understand the importance of crop processing and their principles, methods of food processing.

CO2

Knowledge development on mixing equipment, calculation of mixing index for different types of food materials.

CO3

Knowledge development on aerodynamic properties of agricultural products. By understand these properties so many types of separator are used for processing of agricultural products.

CO4

knowledge development on moisture content and drying of agricultural products

CO5

Understand the concept of rice milling, skill development on how to increase the head rice by using parboiling methods, how to use filtration equipment for processing.

CO6

Knowledge development on different types of material handling devices  in processing (belt, pneumatic, screw, bucket conveyors)

CO1

Understand physical properties of different food grains, fruits and vegetables

CO2

Understand rheological properties, models and their importance

CO3

Understand aerodynamic, electrical, di electrical and thermal properties of different food grains, fruits and vegetables

CO4

Understand the concept and importance of food quality and different sampling techniques

CO5

Understand the concept of total quality management

CO6

Understand different food laws and concept of HACCP

CO1

To understand the nature and scope of Managerial Economics

CO2

To analyze the demand under various affecting factors and forecasting demand

CO3

To study the production function and analyze various types of costs

CO4

To understand different markets, pricing policies and methods used in pricing

CO5

To understand the features and merits & demerits of different Business and their dynamics

CO6

To analyze the capital requirements and resourcing required finance

CO7

To understand the book keeping and maintaining final accounts

CO8

To analyze different financial ratios to understand liquidity of a firm

CO1

Study of food processing plant, determination of fineness modulus, uniformity index, mixing index, cyclone separator efficiency, psychometric chart, power requirement in grain size reduction, mills, mixers and separators

CO1

To enable the student to master the entire gamut of skills required for his/her professional career. This lab focusses to improve the student’s fluency in English through well-developed vocabulary and enable them to listen spoken English at normal conversational speed by educated English speakers and respond appropriately in different socio- cultural and professional context. A thorough understanding of this lab helps the students to enhance personality, infuse confidence and increase employment in any chosen career.

CO1

Study on tractor systems such as fuel, lubrication, transmission, ignition, cooling and hydraulic and maintenance of tractors

CO1

IPRLawsandpatentspavethewayforinnovativeideaswhichareinstrumentalforinventionsto seek Patents

CO2

StudentgetaninsightonCopyrights,PatentsandSoftwarepatentswhichareinstrumentalforfurtheradvancements

CO1

Concept of Irrigation engineering, soil moisture characteristics and measurements, crop water requirement and irrigation efficiencies

CO2

Water application methods – border irrigation, furrow irrigation and check basin irrigation and their components and hydraulics

CO3

Methods of conveyance of irrigation water assessment and design of irrigation canals, methods of measurement of water

CO4

Concept of drainage engineering, its types, drainage coefficient and its determination and design of open channels

CO5

Sub surface drainage system layouts, components and types

CO6

Sub surface drainage design for steady and unsteady state conditions, bio drainage, vertical drainage and economic aspects of drainage

CO1

Study of farm mechanization, principles of operation and selection of machines for production of crops.

CO2

Study of classification and types of tillage, primary and secondary tillage implements.

CO3

Study of forces acting on tillage tools and draft measurement of tillage equipment’s.

CO4

study of earth moving equipment’s and their construction and working principles

CO5

Study of seeding methods and seed metering mechanisms. Seed drills, sprayer, dusters and their calibration and component adjustments

CO6

Study of transplanting methods and machinery, fertilizer application equipment-metering and calibration.

CO1

Study of water conservation structures, flow in open channels, hydraulic jump-applications, types and efficiency.

CO2

Study of runoff measuring structures, design phases of spillways.

CO3

Study of chute spillway, drop inlet spill way. Design of diversions, embankments, ponds and reservoirs.

CO4

Study of canal falls notch fall, cross drainage works and its design principles.

CO5

Study of irrigation outlets, diversion head works, weirs and barrages.

CO6

Study of planning and layout of farmstead, threshing and drying yards, design of barns, grain storage structures.

CO1

Study of dairy industry development in India, dairy technology and dairy products processing systems.

CO2

Understanding the milk receiving and determination and evaluation of dairy products manufactured.pastuerization and methods of heating and stabilization of products

CO3

Understanding the process of homogenization, filling and packaging of dairy products. Dairy plant design and layout details.

CO4

Study of analysis of food products, food preservation methods and principles, changes occurred in food products.

CO5

Understanding the process of evaporation and drying and their types, methods involved in its processing

CO6

Understanding the process of freezing, juice extraction,filtration,thermal processing heat treatment of food and dairy products

CO1

MethodologyofOperationsResearch.

CO2

Linearprogramming:solvingmethods,duality,andsensitivityanalysis.

CO3

IntegerProgramming.

CO4

Networkflows.

CO5

Multi-criteriadecisiontechniques.

C06

Decisionmakingunderuncertaintyandrisk.

C07

Gametheory. Dynamicprogramming.

CO1

Understand the concepts of digital control systems and assemble various components associated with it. Advantages compared to analog type

CO2

The theory of z – transformation and application for the mathematical analysis of digital control systems

CO3

To represent the discrete – time systems in state – space model and evaluation of state transition matrix

CO4

To examine the stability of system using different tests

CO5

To study the conventional method of analyzing digital control system in w – plane

CO6

To study the design of state feedback control by “ the pole placement method”

CO1

TheStudentmustbeabletodesignautomaticmanufacturingcellswithroboticcontrolusing

CO2

The principle behind robotic drive system, end effectors, sensor, machine vision robotKinematicsand programming

CO1

Knowledge development about the types of pollution and environmental legislation acts.

CO2

To understand the characterization of industrial effluents, BOD, COD, TOC values, methods of determination of these characteristics, for all types of pollutants from all chemical and petroleum industries

CO3

Skill development on information about the characterization, the student id made conversant with various methods of treatment- primary as well as tertiary treatments. The course offers latest techniques such as Ion exchange , RO, Ultra filtration , along with the conventional system already existing

CO4

Treatment of waste water(in the effluent streams)-process, methods and equipment needs are presented for their subsequent applications

CO5

Acquaintance of skill on monitoring methods are taught for pollution control. Sampling methods for acquiring samples and their analysis

CO6

To understand the air pollution control methods and equipments.

CO1

Solve simple boundary value problems using numerical technique of finite element method.

CO2

Develop finite element formulation of one and two dimensional problems and solve them.

CO3

Assemble stiffness matrices, apply boundary conditions and solve for the displacements.

CO4

Compute the stresses and strains and interpret the result.

CO1

Apply optimization methods to solve problems related to water resource systems

CO2

Perform basic economic analysis to evaluate the economic feasibility of water resources project

CO3

Formulate optimization models for decision making in water resource systems

CO4

Use simulation models for planning and design of water resource systems

CO1

Study of farm machinery equipment’s, types of plough bottoms, sprayer’s dusters, rotavators, seed drill and weeding equipment’s. determination of field capacity and field efficiency of primary tillage implements, disc angel, tilth angle and concavity of disc plough

CO1

Introduction to various systems of tractor, tractor control units, driving practice for two wheel and four wheel tractors, hitching and de-hitching of implements, tools and equipment’s used for servicing the tractor.

CO1

Estimation of soil loss, sediment concentration, erosivity and erodibility index, rate of sedimentation and storage loss and field visit for soil conservation structures and gully control structures.

CO1

Itgivesacomprehensiveunderstandingofavarietyissuesthatareencounteredbyeveryprofessionalin discharging professional duties.

CO2

Itprovidesthestudentthesensitivityandglobaloutlookinthecontemporaryworldtofulfilltheprofessional obligations effectively

CO1

Understand the concept of sprinkler irrigation and its components

CO2

Understand the types of sprinkler system and pattern of moisture distributions

CO3

Understand the design of sprinkler irrigation system, operation and maintenance of system

CO4

Understand the concept of drip irrigation  and components of drip irrigation

CO5

Understand the types of emitters, emitter constants and efficiencies of drip irrigation system

CO6

Understand the design of drip irrigation system, operation and maintenance and automation of drip irrigation system

CO1

Knowledge development on history and development of harvesting equipment mowers and reaper   maintenance of these equipment’s.

CO2

Knowledge development oncare and maintenance of power operated reaper and forage harvester reaper binders and its working.

CO3

Got knowledge on principles of threshers and types of threshers. Working of cleaning unit, aspirator and winnowers.

CO4

Skill development on harvesting equipment’s like   cotton piker potato harvester and ground nut harvester and types of mechanisms.

CO5

Acquaintance of cotton striper working. And working of sugarcane harvester, sugar cane wagons.

CO6

Acquaintance of principles of fruit harvesting equipment’s and types of harvesting methods. Testing of farm machines.

CO1

Understand the factors and different properties effecting the fruits and vegetables

CO2

Understand the importance of handling, transport and maturity standards of fruits and vegetables

CO3

Knowledge development on preservation, drying and dehydration of fruits and vegetables

CO4

Knowledge development on post harvesting management of fruits and vegetables and maintenance of MAP and CAS

CO5

Understand the concept of packaging of fruits and vegetables using different materials of packaging

CO6

Knowledge development on fermented beverage, grape wine and quality characteristics of fruits and vegetables for processing

CO1

Understand the methods of measurement and selection of measuring instruments, standards of measurement

CO2

Identify and apply various measuring instruments and apply methods of measurement for various physical quantities

CO3

To analyze the measurement of pressure and controlling

CO4

To analyze the stress and strain measurements

CO5

To analyze the measurement of temperature and controlling

CO6

To analyze the electrical methods of pressure and controlling, how to use resistance thermometers

CO1

Understand the concept of moisture content and methods for determination. EMC models methods and curve falling rate drying period.

CO2

 Skill development on air Temperature and air flow rate and air pressure. Different methods of drying energy utilization and efficiency.

CO3

Knowledge development on types and causes spoilage in storage and functional requirements on seed storage. Environmental condition Inside the storage room.

CO4

Knowledge development storage cereal grains, changes occurring during storage. Insets pets and their control.

CO5

Understand the concept of grain storage structures planning and construction features of storage structures.

CO6

Knowledge development on grain handling equipment’s control and modified atmosphere storage of grains.

CO1

Study of green house and its classification, construction and operational details

CO2

Study of environment, temperature and light requirement of crops and green house shading methods

CO3

Study of ventilation systems and planning of green house facilities and materials used for green house construction

CO4

Green house covering materials and design and construction details of glass and pipe framed green houses

CO5

Study of green house heating and energy storage and green house irrigation systems

CO6

Study of green house utilization in off season and green house production economics

CO1

Study of plant layout and principles, methods of layout planning

CO2

Types of plant layout and salient features of different processing plants

CO3

Salient features poultry, fish, meat and milk processing plants. Concept of Site selection, plant selection and process selection

CO4

Study of project design and its types. Design consideration of project design construction and operation details

CO5

Flow diagrams, selection of equipment, processing control systems, plant elevation and labor requirement of processing plant

CO6

Food plant sanitation, cost analysis and cost estimation of food processing plant

CO1

Calculate watershed parameters and analyze watershed characteristics to take appropriate management action

CO2

Quantify soil erosion and design control measures

CO3

Apply land grading techniques for proper land management

CO4

Suggest suitable harvesting techniques for better watershed management

CO5

Apply appropriate models for watershed management

CO1

Understanding of food packaging process and its handling and transportation

CO2

Study of shelf life of fruits and vegetables and CAP and MAP technology in food packaging

CO3

Study of different packaging materials used in food industry

CO4

Study of glass and aluminum as a packaging material and its manufacturing details

CO5

Container and can making process for packaging food

CO6

Aseptic packaging and sealing using different packaging materials

CO1

Study different Irrigation projects and water resources- development and utilization

CO2

Understanding the Command area development and parameters involved in it

CO3

Study the Farm development activities and their planning and execution

CO4

Study of Minor irrigation works in Andhra Pradesh and ground water development and exploration

CO5

Understanding and applying Remote sensing techniques for command area development

CO6

Study of some Case studies on command area development

CO1

Study of mowers, reaper, thresher, chaff cutter, harvesters, horticultural tools. Visit to farm machinery production industry.

CO1

Study of milk processing plant and equipment, pasteurizer, sterilizer, homogenizer, cream separator, butter churner, evaporator, milk dryer, freezer. Design and layout of dairy plants.

CO1

To understand the basics and fundamentals of design of engineering machine members and fundamentals of general design principles

CO2

To solve stress and strain problems and understand the theories of failure and to design a knuckle joint

CO3

To understand the design of various types of levers and springs

CO4

To understand the design of shafts, keys and couplings

CO5

To understand the design of tillage equipment and sowing machines

CO6

To understand the design of harvesting, threshing and spraying equipment

CO1

To learn about communication and using different tools to communicate

CO2

To understand the adoption and diffusion process and importance of different institutions

CO3

To understand what is Management and applying Management in decision making and Agribusiness

CO4

To know the importance of Agro-based industries and learning to analyse the projects through different project appraisal techniques

CO5

To understand what is Trade internationally & regionally and different bodies involved in governing the trade

CO6

To understand WTO structure along with its agreements in Trade

CO1

Study of agro industries and by-product utilization.

CO2

Study of alcoholic fermentation from rice husk and alcohol manufacturing process. Rice bran oil extraction and coconut coir utilization and oil milling.

CO3

Study of fresh kernel based products like coconut. Mango stone and peel utilization, nuts and cashew products.

CO4

Study of sugarcane bagasse, paper making from agricultural waste, feed processing plants and its equipment’s.

CO5

Study of agricultural waste management, determination of DO, COD, BOD, total organic carbon. Waste collection, storage and handling.

CO6

Study of biological treatments, types of aeration system, processing and establishment of agro industries.

CO1

Study of ground, air and satellite based sensor platform.

CO2

Interpret the aerial photograph.

CO3

Interpret the aerial satellite imageries.

CO4

Create and input spatial data for GIS applications

CO5

Apply RS & GIS concepts in water resource engineering.

CO6

Applications of various satellite data.

CO1

Introduction to human engineering and safety and study of anthropometrics and designs

CO2

Understand the functions of skeletal and muscular systems

CO3

Study of design of hand tools and difference between static and dynamic works

CO4

Study of physical work capacity and safety measures for protection

CO5

Study of noise and vibrations from different machines and its preventive measures

CO6

Study of advance effects of air pollution in agricultural operations

CO1

Recognize the different types of casting processes

CO2

Select suitable manufacturing processes for typical components

CO3

Describe the various welding processes

CO4

Explain the concept of forging, rolling process and drawing