Raja Rammohun Roy Mahavidyalaya

Govt. Sponsored | NAAC Accredited Grade 'B' [2nd cycle]

Affiliated to the University of Burdwan

Department of Mathematics

Courseoutcomes

Coursecode:BMH1CC01

CourseName:Calculus,Geometry,anddifferentialequations

SL.

No

Outcomes

CO1

Recalltheideaofderivative,integration, rulesof differentiation

andunderstandthe conceptofformulatingdifferentialequations.

CO2

Willbeabletosolvedifferentkindsofdifferentialequations.

CO3

Demonstratethe abilitytovisualizevariousformsofstraightlines,

planes, conic sections and enables them to apply these concepts inexplainingmathematicaltheories geometrically.

CO4

Applytheconceptsofdifferentiation toestimatevelocity,acceleration,

andintegrationlikemeasuringareaofasurface, volumeetc.

CO5

Know hyperbolic functions and compare these functions with circularfunctions,trigonometric functions,inversetrigonometricfunctionsand

learntheirproperties.

Semester-II

Course code: BMH2CC03CourseName:RealAnalysis

SL.No.

Courseoutcome

CO1

Learn the basic concepts of countable sets, metric space,connectedness,compactnessofmetricspaces,whicharethe

backboneof realanalysis.

CO2

Understand the techniques and examples in analysis, which helpsthemtobewellprepared forcourseslikeTopology,Measuretheory

andFunctional analysis.

CO3

Usingtheconcept ofsequenceandseriesfind the sum ofinfinite

termswithdifferent methods.

CO4

Differentiatecontinuous functionsanduniformcontinuousfunctions

CO5

Understanditerativenumericalmethodstofindthe rootsofan

equation,whicharebasedon theconcept ofsequence.

CO6

Explaintheapplicabilityofmathematicalmodels usingtheconcepts

ofreal analysis

Semester-III

Coursecode:BMH2CC07

CourseName:NumericalMethodsandnumericalmethodslab

 

SL.No.

Courseoutcome

CO1

Understandthenecessity ofusing numericalmethodsapply theseto

solvevarious types ofproblems

CO2

Findrootsoftranscendental andpolynomialequationsusing

numericaltechniques

CO3

Solvemathematicalmodelsusingappropriatenumericalmethodsandpursueresearchinthefield ofmathematics, engineering,

computerscience.

CO4

Constructspolynomialsemployingdifferentmethodsandunderstand

numerical differentiation and integration which enables them toundertake furtherstudiesinMathematics, oritsalliedareas.

CO5

Comparetherateofconvergenceofdifferentnumerical

formula

CO6

UnderstandCprogramminglanguageandcansolveproblemsusing

C-programmingsoftware


Semester-IV

Course code: BMH4SEC21CourseName:Graph theory

SL.No.

Courseoutcome

CO1

UnderstandtheconceptofGraphs,which isanimportanttoolfor

MathematicalModelling

CO2

Understanddifferenttypesofgraphs andoperationsongraphs

CO3

Relatereallifeproblemsoreventswithmathematicalgraphs

CO4

Understandtheconceptoftreesandalgorithmstofindspecial

spanningtrees

CO5

Understanddirectedgraphsanditsapplications


Semester-V

Course code: BMH5DSE12CourseName:Numbertheory

SL.No.

Courseoutcome

CO1

Applymathematicalinduction andothertypesoftechniques to prove

theoremsormathematicalresults.

CO2

Applytheconceptsand resultsofdivisibilityofintegerseffectively

CO3

Understandresearchproblemsrelatedtonumbertheory

CO4

Learnvarioustheoremsonprimes, congruenceandresidueswhich

areusedincryptography.

CO5

SolveproblemsrelatedtoChineseremaindertheorem,Fermat’s

Littletheorem

Semester-VI

Course code: BMH6PW01CourseName:Project

SL.No.

Courseoutcome

CO1

Chooseatopicoftheir owninterest

CO2

Formulate,analyse,andinterpretmathematicalmodels

CO3

Buildconfidenceand developcommunicationskills throughthe

presentationoftheirprojectwork

CO4

Getpreliminaryconcept ofresearchinmathematics

CO5

Gainin-depthknowledgeindependentlyinthespecifictopic

CO6

Understandthe corefindingsoftheirprojectandtheirapplicability

inpractice