Equivalence Course Details
Department of Aerospace Engineering2015 Curriculum2019 441Introduction to Aerospace TechnologyMechanics of FluidsIntroduction to ThermodynamicsMechanics of MaterialsMaterials for Aviation and SpaceMeasurement and Instrumentation Lab.Aerodynamics ICompressible Fluid FlowAerospace Structures IIntroduction to Control TheoryMechanics of Fluids Lab.Materials Testing Lab.Aerodynamics IIAerospace PropulsionAerospace Structures IIAvionicsAero-structures Lab.@Avionics Lab.@Live-in-Lab.Finite Element Methods for AerospaceFlight MechanicsPropulsion Lab.@Low-speed Aerodynamics Lab.@Innovations Lab.Computational Fluid Dynamics for AerospaceAero DesignFlight Dynamics and ControlUAV LabProject Phase IProject Phase IIAir Breathing EnginesEngineering Fracture MechanicsHelicopter TheoryRocket and Spacecraft PropulsionAdvanced Composite StructuresState Space TechniquesTurbulent FlowsSpace Flight MechanicsMultidisciplinary Design OptimizationAdvanced Computational Fluid 45219AEE45319AEE461Elective15AES450Surface Engineering, Coating and Joining 5AES37315AES44215AES453Principles of Airport ManagementComputational Methods for EngineersFundamentals of Heat TransferManufacturing ProcessesVibration AnalysisExperimental AerodynamicsComposite Materials and MechanicsAdvanced AvionicsHypersonic Flow TheoryAero-Elasticity3333333333Course TitleCrEquivalent Course TitleLTPCrIntroduction to Aerospace TechnologyMechanics of FluidsIntroduction to ThermodynamicsMechanics of MaterialsMaterials for Aviation and SpaceMeasurement and Instrumentation Lab.Aerodynamics ICompressible Fluid FlowAerospace Structures IIntroduction to Control TheoryMechanics of Fluids Lab.Materials Testing Lab.Aerodynamics IIAerospace PropulsionAerospace Structures IIAvionicsAero-structures Lab.@Avionics Lab.@Live-in-Lab.Finite Element Methods for AerospaceFlight MechanicsPropulsion Lab.@Low-speed Aerodynamics Lab.@Innovations Lab.Computational Fluid Dynamics for AerospaceAero DesignFlight Dynamics and ControlFlight testing Lab.@Project Phase IProject Phase IIAir Breathing EnginesEngineering Fracture MechanicsHelicopter TheoryRocket and Spacecraft PropulsionAdvanced Composite StructuresState Space TechniquesTurbulent FlowsSpace Flight MechanicsMultidisciplinary Design OptimizationAdvanced Computational Fluid 33113333113331113531210333333333319AEE462Surface Engineering, Coating and Joining ciples of Airport ManagementComputational Methods for EngineersFundamentals of Heat TransferManufacturing ProcessesVibration AnalysisExperimental AerodynamicsComposite Materials and MechanicsAdvanced AvionicsHypersonic Flow 03333333333210210003003003210222300003
Department of Chemical Engineering2015 E48215CHE49515CHE499Course TitleIntroduction to Chemical EngineeringMaterial BalancesEnergy Balance and ThermodynamicsFluid MechanicsMechanical OperationsFluid Mechanics LabMechanical Operations LabChemical Engineering ThermodynamicsChemical TechnologyProcess Heat TransferChemical Engineering Instrumentation LabChemical Technology LabChemical Reaction Engineering IDiffusional Mass Transfer OperationsStatics and Strength of MaterialsProbability and StatisticsHeat Transfer Lab.Strength of Materials Lab.Project Based Learning - Phase IProject Based Learning –Phase IIChemical Reaction Engineering IIEquilibrium Staged OperationsMaterials TechnologyProcess Dynamics and ControlChemical Reaction Engineering Lab.Mass Transfer Lab.Chemical Process Control Lab.Process Design and IntegrationProcess Equipment Design and DrawingTransport PhenomenaComputer Aided Design Lab.Project Phase 1Project Phase 22019 valent Course Introduction to Chemical EngineeringMaterial BalancesEnergy Balance and ThermodynamicsFluid MechanicsMechanical Operations3003102033003003433319CHE282Chemical Engineering Lab – 2003119CHE21119CHE21219CHE204Chemical Engineering ThermodynamicsIndustrial ChemistryPrinciples of Heat Transfer21030021033319CHE281Chemical Engineering Lab – 1003119CHE30119CHE30319CHE21419CHE215Chemical Reaction Engineering IPrinciples of Mass TransferStrength of MaterialsStatistical Analysis of Process Data300210300203333319CHE381Chemical Engineering Lab - 3003119CHE383Project Based 82Chemical Reaction Engineering IIDesign of Mass Transfer EquipmentMaterials TechnologyTransforms & Control Systems TheoryChemical Engineering Lab 43003003003100033334119CHE481Chemical Engineering Lab - 499Process Design and IntegrationProcess Equipment DesignTransport PhenomenaProcess Simulation LabProject Phase 1Project Phase - II3002033002030020 0 103333210
Department of Civil Engineering2015 Curriculum2019 CurriculumSemCourseCode215CVL102Mechanics: Statics and Dynamics319CIE102Mechanics: Statics and duction to Civil EngineeringEngineering Graphics - CADConstruction MaterialsPrinciples of Fluid duction to Civil EngineeringComputer Aided DraftingConstruction materials & methodsPrinciples of Fluid Mechanics2133315CVL203Solid Mechanics419CIE201Solid Mechanics4315CVL281Material Testing Lab1315CVL204Surveying419CIE203Principles of Surveying4315CVL282Survey Practice2415CVL211Building Technology319CIE282Materials Testing & Evaluation2415CVL285Construction materials L31215CVL385Geology and Soil MechanicsHydraulic EngineeringStructural AnalysisHydraulic Engineering labAdvanced structural analysisDesign of concrete structuresGeotechnical EngineeringBuilding drawingGeotechnical Engg labDesign of steel structuresEnvironmental Engg IEnvironmental Engg logy and Soil MechanicsHydraulic EngineeringStructural AnalysisHydraulic Engineering IE30219CIE3114321433615CVL386Estimation and Valuation Practice219CIE313615CVL313Transportation Engg I319CIE214Basic R C DesignGeotechnical EngineeringComputer aided CE drawingGeotechnical Engg labBasic steel designEnvironmental Engineering IEnvironmental Engg IIEstimation, costing & professionalpracticeTransportation Engg I615CVL314Water resources and Irrigation Engg419CIE314Hydrology & water resources Engg37715CVL40115CVL402Construction managementEnvironmental Engg II4319CIE40219CIE311Construction managementEnvironmental Engg II33715CVL481Structural design & detailing119CIE401Structural design & sportation Engg IIProfessional projectProject phase IProject phase ion Engg IIProfessional projectMinor projectProject22210Course TitleCrEquivalent Course TitleCr33
Department of Computer Science & Engineering2015 315CSE38715CSE40115CSE48115CSE402Computational Thinking and Problem SolvingComputer ProgrammingComputer Programming LabComputer Science EssentialsData Structures and AlgorithmsData Structures LabObject Oriented ProgrammingObject Oriented Programming LabDigital Circuits and SystemsDigital Circuits and Systems LabDesign and Analysis of AlgorithmsIntroduction to Embedded SystemsEmbedded Systems LabOperating SystemsOperating Systems LabComputer Organization and ArchitectureComputer Organization and Architecture LabDatabase Management SystemsTheory of ComputationLive-in-LabsCompiler DesignCompiler Design LabComputer NetworksComputer Networks LabSoftware EngineeringOpen LabMachine Learning and Data MiningMachine Learning and Data Mining LabStructure and Interpretation of Computer Programs715CSE495Project Phase CSE35915CSE37615CSE37515CSE380Live-in-LabsSoftware Project ManagementProject Phase IIInformation Technology EssentialsAdvanced Algorithms and AnalysisAdvanced Computer ArchitectureBig Data AnalyticsBioinformaticsBiometricsCloud Computing and ServicesComputational IntelligenceComputer Systems EngineeringComputer VisionCryptographyData CompressionDesign PatternsDigital WatermarkingDistributed Embedded SystemsEnterprise ArchitectureInformation Coding TechniquesInformation RetrievalInformation SecurityIntelligent SystemsIntroduction to Intellectual Property RightsModelling and SimulationNatural Language ProcessingParallel and Distributed ComputingPattern RecognitionPervasive ComputingPrinciples of Digital Image ProcessingReal-Time Computing SystemsScientific ComputingSemantic WebService-oriented ArchitectureSoftware Quality AssuranceSpatiotemporal Data ManagementWireless and Mobile CommunicationWireless and Mobile ComputingWireless Sensor NetworksIntroduction to Game TheoryFoundations of Data ScienceAdvanced Database Management SystemsEmbedded ProgrammingHuman Computer InterfaceMultimedia DatabasesNand2tetris: Building Computers from First PrinciplesOS for Smart Devices (Android and IOS)Net Centric ProgrammingAndroid Application DevelopmentNeural Networks and Deep Learning2019 31413133[3]413132319CSE100Problem Solving and Algorithmic Thinking213419CSE102Computer Programming303419CSE101Computer Systems Essentials303419CSE212Data Structures and Algorithms303419CSE204Object Oriented Paradigm203319CSE20319CSE28119CSE302Digital ElectronicsDigital Electronics LabDesign and Analysis of Algorithms31000330341419CSE303Embedded Systems303419CSE213Operating Systems303419CSE211Computer Organization and Architecture303419CSE20219CSE21419LIV390Database Management SystemsTheory of ComputationLive-in –Labs***30330043[3]19CSE401Compiler Design203319CSE301Computer Networks303419CSE314Software Engineering203319CSE305Machine Learning3034Project Phase SE49919CSE46619CSE4590062Live-in –Labs***Software Project Management - Free ElectiveProject - Phase – 2Foundation of Information TechnologyAdvanced Algorithms and Analysis3000 0 30203300[3]3103319CSE357Big Data ud ComputingComputational Intelligence30020320333319CSE43519CSE331Computer ion RetrievalInformation Security2033003319CSE453Natural Language ern RecognitionPervasive and Ubiquitous SystemsDigital Image ProcessingReal-Time Systems300300203300333319CSE452Semantic Web203319CSE44319CSE342Spatiotemporal data managementWireless and Mobile less Sensor NetworksIntroduction to Game TheoryFoundations of Data tric ProgrammingMobile Application DevelopmentNeural Networks and Deep Learning203203203333
Department of Electronics & Communication Engineering2015 Curriculum2019 CurriculumSemCourseCodeCrEquivalent215ECE111Solid State Devices319ECE112215ECE112Fundamentals of Electrical 315ECE20415ECE28115ECE28215ECE21115ECE212Applied ElectromagneticsDigital Circuits and SystemsNetwork TheorySignals Processing IDigital Circuits and Systems Lab.Signals Processing I Lab.Electronic CircuitsSignal Processing 415ECE213Transmission Lines and ECE49515ECE499Digital Signal Processing Lab.Electronic Circuits Lab.Communication TheoryControl Systems EngineeringLinear Integrated CircuitsMicroprocessor and MicrocontrollerCircuits and Communication Lab.Microcontroller Lab.Data Communication and NetworkingDigital CommunicationVLSI DesignComputer System ArchitectureDigital Communication Lab.VLSI Design Lab.Open Lab.Information Theory and CodingTechniquesRadio Frequency EngineeringMicrowave Engineering Lab.Project Phase IProject Phase IICourse TitleLTPCrElectronic Devices and CircuitsBasic Electrical and ElectronicsEngineeringApplied ElectromagneticsDigital Electronics and SystemsCircuit TheorySignals and SystemsDigital Electronics and Systems nalog Electronic CircuitsDigital Signal ProcessingTransmission Lines and RadiatingSystemsDigital Signal Processing LabAnalog Electronics LabCommunication TheoryControl TheoryLinear Integrated CircuitsMicrocontrollers and InterfacingLinear Integrated Circuits CE313Computer NetworksDigital CommunicationVLSI ation Systems labVLSI Design LabOpen Lab003003003111419ECE312Information Theory and io Frequency EngineeringRF and Simulation labProject Phase IProject Phase II3000030060 0 303121019ECE20119ECE211Course Title
Department of Electrical & Electronics Engineering2015 curriculumSemesteCourse Code Course Titler2019 curriculumCreditsCourse Code Course TitleLTPCredits300321000322215EEE111Fundamentals of Electrical and Electronics 40215EEE48215EEE49515LIV49015EEE499Fundamentals of Mechanical EngineeringWorkshop BAnalog Electronic CircuitsElectronic Circuits and Simulation Lab IElectric CircuitsElectric Circuits LabElectromagnetic TheoryAnalog Integrated CircuitsElectronic Circuits and Simulation Lab IIElectrical Machines IElectrical Machines Lab IElectrical MeasurementsElectrical Measurements LabControl SystemsDigital SystemsElectrical Machines IIElectrical Machines Lab IISignals and SystemsDigital Systems and Signals LabLive-in-LabThermal Engineering and Fluid MachineryDigital Signal ProcessingElectrical Energy Systems IPower ElectronicsPower Electronics LabMicrocontroller and ApplicationsDSP and Microcontroller LabOpen LabElectrical Drives and ControlDrives and Control LabElectrical Energy Systems IIPower Systems LabProject Phase ILive-in-LabProject Phase EEE113Basic Electrical and Electronics EngineeringOffered to AERO, MECH, CIVIL AND ECEFundamentals of Mechanical EngineeringElectrical Engineering Practice19EEE114Electronic Circuits303419EEE112Electric Circuits303419EEE201Electromagnetic Theory300319EEE202Analog Integrated Circuits303419EEE213Electrical Machines I303419EEE204Electrical Measurements303419EEE21119EEE203Control SystemsDigital Systems3300334419EEE303Electrical Machines II303419EEE214Signals and Systems30319LIV390[Live in Labs]***19EEE30119EEE212Digital Signal ProcessingElectrical Energy Systems I330033444[3]19EEE304Power Electronics303419ELC212Microcontrollers and Applications303419EEE381Open Lab003119EEE312Electric Drives and Control303419EEE302Electrical Energy Systems II303419EEE49519LIV49019EEE499Project Phase I[Live in Labs]*** - 6th semesterProject Phase II00600302[3]10
Department of Mechanical Engineering2015 tiveElectiveElective2019 CurriculumLTP CrCrEquivalentL T P CrCr002 1202 3202 3300 3300 3300 3300 3002 1202 3400 4300 3302 4002 1300 3300 3300 3300 3002 1002 1300 3002 1302 4310 4002 1300 3300 3300 3300 3002 1002 12 cr300 310300 3300 ACTURING PRACTICE003 19MEE212Engineering MechanicsThermodynamicsMechanics of solidsMetallurgy and Material scienceMaterial Testing and Metallurgy LabMachine DrawingFluid Mechanics and Machinery310 4310 4310 4300 3003 1203 3310 4444313419MEE214Kinematics of Machines303 4415MEE21319MEE30119MEE302Heat Power EngineeringDesign of Machine Elements - IDynamics of Machines310 4300 3300 343319MEE284Thermal Science Laboratory003 1119MEE38119MEE31419MEE313Heat Transfer LaboratoryIntroduction to Finite Element MethodDesign of Machine Elements - II003 1303 4210 314319MEE359ADVANCED FLUID MECHANICS303 3319MEE434Industrial Robotics300 3319MEE38319MEE49519MEE30619MEE499Machine Dynamics LaboratoryProject Phase IOperations ResearchProject Phase II003 1006 2203 30030 1012310300 3319MEE331Machine Learning Based Condition Monitoring300 33300 3300 33319MEE337Fundamentals of Fracture Mechanics300 33300 33300 3300 333300 15MEC263Workshop AEngineering Drawing - CADEngineering Drawing - CAD IIEngineering MechanicsEngineering ThermodynamicsMechanics of SolidsMaterial Science and MetallurgyMaterial Testing and Metallurgy LabMachine DrawingFluid Mechanics and MachineryManufacturing Process IKinematics of MachinesFluid Mechanics and Machinery LabManufacturing Process IIHeat Power Engineer
7 15AES401 Computational Fluid Dynamics for Aerospace 3 19AEE401 Computational Fluid Dynamics for Aerospace 2 1 0 3 . 3 15CVL202 Principles of Fluid Mechanics 3 19CIE202 Principles of Fluid Mechanics 3 3 15CVL
tions for the basic design properties of gravitational wave detectors. . idea enshrined in the principle of equivalence. 1.2 The equivalence principles The principle of equivalence is often presented in two distinct forms: the weak equivalence principle
a dual equivalence graph is isomorphic to one of the standard dual equivalence graphs constructed in Section 3.1. In terms of symmetric functions, this gives Corollary 3.12, which states that the generating function of a dual equivalence graph is Schur positive. The proof of Theorem 3.11 is
of moles of base, the number of moles of phosphoric acid can be obtained stoichiometrically. Remember that at the first equivalence point, there is a 1:1 mole ratio of NaOH to phosphoric acid, but at the second equivalence point, you have completely titrated the H 3 PO 4 and the H 2 PO 4. So at equivalence point 2 there is a 2:1 mole ratio of .
–local properties: some node centralities Understand the pairwise similarity of nodes based on position, role and structure: –Structural equivalence –Regular equivalence –Automorphic equivalence Evaluate the correlat
UFC 3-340-02 EQUIVALENCE FOR C-4 Within the STREET database, C-4 equivalence data is available from two manuals (UFC 3-340-01 as shown earlier in Table 1, and a 1975 publication by Swisdak [6]). On the
Graduate Record Exam (GRE) workshop I Dr. Steve Alas . Practice it DAILY while standing everywhere . Sentence Equivalence (SE) and Text Completions (TC) are “Fill-in” questions Text completions are multi-blank versions of Sentence Equivalence Sentence Equivalence For Questions 1
UFC 3-340-02 EQUIVALENCE FOR C-4 Within the STREET database, C-4 equivalence data is available from two manuals (UFC 3-340-01 as shown earlier in Table 1, and a 1975 publication by Swisdak [6]). On the experimental side, two papers [7][8] provide test data, o
REDISTRIBUTEert 4 1 PRELIMINARIES 1.4.29. Projective Real Line. Define a relation onR2 \ {(0,0)} by letting (x1,y1) (x2,y2) if there exists a nonzero real number λ such that (x1,y1) (λx2,λy2).Prove that defines an equivalence relation onR2 \ (0,0).What are the corresponding equivalence classes? This equivalence relation defines the projective line, denoted byP(R), which is very
