Our flagship course, SCAPETM (Simulanis Computer Aided Process Engineering) is aimed at making the trainee conversant with the usage of computational techniques in routine process engineering calculations. It introduces the trainee to advanced mathematical tools viz. Advanced Microsoft Excel, Visual Basic, MATLAB, GAMS, etc. for a plethora of chemical engineering problems ranging from refinery scheduling and equipment sizing to practical optimization of the complete plant.

1. Simulating
Excellence
TM
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2. Introduction
Simulanis Solutions delivers technical and
professional-developmentservicesinthespecialized ield
ofProcessEngineering.With ateam ofwell-qualiied
trainershavingqualityexperienceofworkingwiththe
process engineering departments of FTSE-100
multinational companies, we deliver cutting-edge
professional development services which focus on
implementingindustry'sleadingpimplementingindustry'sleadingpractices.
Oneofour lagshipcourses,SimulanisComputerAided
ProcessEngineeringisdesignedforindustryprofessionals
andstudentswhoaspiretoperform routinechemical
engineeringcalculationswithastrongemphasisonmaking
use of robust computer-aided methods,tools and
techniques.Thiscoursewouldenableyoutonotonlymake
eficientuse ofcommon computer-aided methodsto
perperformprocesscalculations,butalsoimpartthenecessary
skillstotacklesomeofthemostchallengingengineering
problemsusingaspecialistknowhow ofcomputer-aided
methods,withconsummateease.

3. Features
Conceptsarewell-explainedusinganeasy-to-graspterminologyandsupportedbyavastarrayofsampleproblemsandcasestudieswhich
illustratethesubjectmatterandthecomplexcalculationprocedures.
ThroughourproprietaryLearningManagementSystem,termedtheSimulanisLearningSuite(SLS),sampleproblemsandcasestudiesare
conductedusingarangeofmethodssuchasvirtualinstructor-led,virtualclassroom-basedgroupandindividualactivities,alongwitha
continuousstreamofhomeworkproblemsdeliveredoverthecloud.
Regularin-classFeedbackandQuestion/Answer(FQA)sessionshelptocontinuouslyimprovethecoursecontentandaidunderstanding.
CourseDetails
1.MSExcelforChemicalEngineers
Coursebenefitsandoutline
GettingstartedwithMSExcelforChemicalEngineers
BasicChemicalEngineeringformulaeauditing
ComplexChemicalEngineeringformulaeauditing
LogiccontrolinMSExcel
ChemicalEngineeringmathematicsandMSExcel
UsingSolver,What-ifandGoalSeek
FormingoptimizationstrategiesusingMSExcel
ExecutingoptimizationstrategiesusingMSExcel
DatainterpretationusingMSExcel
CreatingvisualreportsforChemicalEngineeringapplications
ApplicationsofMSExcelinChemicalEngineering
SolvingthermodynamicEquationsofState
PerformingVLEcalculations
ChemicalEngineeringequilibriumcalculations
Massbalancecalculations
ChemicalReactionEngineeringapplications
Fluidlowapplications(PressureDropandLineSizing)
Thiscourseencompassesthefundamentalsofcommonprocessmodellingplatformsusedtoperform routinetocomplexmathematical
computationsinindustry,suchasMSExcel,Mathwork’sMATLABandopen-sourceoptimizationtoolssuchasGAMS.
Theobjectiveofthiscoursebouquetistoequipparticipantswiththebasic,intermediaryandadvancedprinciplesofemployingcomputer-aided
methodstosolvesimpleaswellaschallengingprocessengineeringcalculations.Thetopicsundertakeninthiscourseareasfollowing:
Throughthiscoursebouquet,SimulanisintendstoequipitstraineeswiththenecessaryskillstomakeuseofMSExcel,oneofthemost
versatileandincrediblypowerfulspreadsheettoolsdevelopedintherecentpastbyMicrosoftCorporation.
Beingthemostwidelyusedplatformtoperformprocesscalculationsinvirtuallyeveryindustry,itisprudentforallyoung,practicingand
experiencedengineerstolearnthevarioustoolsandtechniqueswithaviewtomasterthecommandoverthispowerfulsoftware.
AnoutlineforthecourseincorporatingfeaturesofMsExceltailoredforchemicalengineershasbeenshownbelow:

4. Features
2.VisualBasicforChemicalEngineers
Coursebenefitsanditsoutline
GettingadeptatusingVisualBasic,adeveloper-levellanguagewhichformstheunderpinningofMSExcel,roundsupthetrainees’proiciency
toperformchallengingtaskswithspeed,eficiencyandreliability.Theskillsgainedthroughthispartofthecoursecomplementtheadvanced
know-howofMSExcelandwillinfusetremendousconidencewithinthetraineetoperform virtuallyeveryprocesscalculationonsuch
platforms.
FFurthermore,thetopichasbeenrepresentedinalucidstyleandtheUSPofthisparticularcoursepresentationliesinthecrispdeliveryof
contentwhichisconcise,to-the-pointanddrivesthemessageacrosswhilstleadingtoagreaterretention.Anoutlinehasbeenshownbelow:
Allcontentfeaturedaspartofthisdeliveryissupportedbycasestudies,sampleproblemsandlinkstofurtherleaningresources.
Features
Allprocedureshavebeenwell-explainedusingcasestudiesandalargepoolofexamplesdrawntogetherfromawidevarietyofindustrialand
real-worldsettings.
Theproceduretoperform processmodellingwithinindustrialsetupsissharedwiththeparticipantstoenablethem toextendtheir
knowledgeandpractically‘perform’liveprocessmodellingexamplesthroughcasestudyproblems.
Towardstheendofthetopic,theknowledgegainedisappliedtosolvearangeofproblemsintegratedwithanindustrialfacility.
IntroductiontoVBAProgramming
PurposeandUsefulnessofVBA
TheVBAsyntax
ApplicationsofVBtosolveChemicalEngineeringproblems
IntroductiontoMATLABforChemicalEngineers
TheMATLABsyntaxforChemicalEngineeringapplications
ChemicalEngineeringmathematicsandMATLAB
MATLABlogiccontrolforChemicalEngineeringapplications
WorkingwithgraphsandReports
BasicsofprocessmodellingusingMATLAB
BasicsofprocesscontrolusingMATLAB
OptimizationusingMATLABforChemicalEngineeringapplications
ApplicationsofMATLABinChemicalEngineering
SolvingthermodynamicEquationsofState(EoS)
PerformingVLEcalculations
ChemicalEngineeringequilibriumcalculations
Massbalancecalculations
ChemicalReactionEngineering(CRE)applications
Fluidlowapplications(PressureDropandLineSizing)
Heattransferapplications
3.MATLABforChemicalEngineers
Coursebenefitsanditsoutline
MATLABisanothermathematicalmodellingpowerhouseofasoftware,immenselypopularwiththeresearchfraternityofalldisciplines,
scientiicornon-scientiic,aroundtheworld.
ThThroughthiselementofthecoursebouquet,wesimplifythecomplextopicsofimplementingMATLABtoperformchallengingcomputations.
ThesyntaxisexplainedwellthroughcasestudiesrelevanttoChemicalEngineeringscience.Oneofthegreatadvantagesofimplementing
MATLABtomodelprocessesovertheyearshasbeenitsversatilitytohandleandsolvethemostcomplexmathematicalandoptimization
algorithms,complementedwiththenecessarypresentationtoolsintheformofvisualreports,graphsandtrends.Owingtosuchcapabilities,
weatSimulanis,believeinempoweringourtraineeswithsuchaskill-setaswell.
AnoutlineincopoAnoutlineincoporatingfeaturesofMATLABtailoredforchemicalengineershasbeenshownbelow:

5. Features
Allcontentfeaturedaspartofthisdeliveryissupportedbycasestudies,sampleproblemsandlinkstofurtherleaningresources.
4.GAMSforChemicalEngineers
Coursebenefitsanditsoutline
IntroductiontoGAMSProgramming
PurposeandMotivationtoimplementGAMS
TheGAMSsyntax
OptimizationproblemformulationinGAMS
SolvingproblemsinGAMS
ApplicationsofGAMS
TheGeneralAlgebraicModelingSystem(GAMS)isahigh-levelmodelingsystemformathematicalprogrammingandoptimizationusedto
addressamultitudeofprocessengineeringscenarios.Itconsistsofalanguagecompilerandastableofintegratedhigh-performancesolvers.
GAMSistailoredforcomplex,largescalemodelingapplications,andallowsyoutobuildlargemaintainablemodelsthatcanbeadapted
quicklytonewsituations.
TheThedrivingforcebehindustofeatureGAMSasanintegralelementoftheSCAPE™courseistoimpartthenecessaryskillstothosewho
genuinelybelieveinoptimizationasapowerfulandelegantframeworkforsolvingrealtimeproblemsinchemicalprocessengineering.
ThetopichasbeenrepresentedinalucidstyleandtheUSPofthisparticularcoursepresentationliesinthecrispdeliveryofcontentwhich
isconcise,to-the-pointanddrivesthemessageacrosswhilstleadingtoagreaterretention.

6. Eligibility
Ourtrainingcoursesaredesignedtosuittheneeds
ofalllevelsoftraineesrangingfromundergraduate
studentstoexperiencedindustryprofessionals.At
thesametime,wewelcometraineesfrom allied
disciplineslikeBiochemicalEngineering,Polymer
Technology, Oil & Gas Technology and
Biotechnology,andtrainthemonthefundamentals
ofofProcessEngineeringwithcustomized course
content.
Wemeticulouslydesignourcoursestobeginwith
basicfundamentalsandthengraduallydealwith
advanced topics.In our course delivery,the
knowledge-levelofindividualtraineesisverywell
takencareof.
Ourtrainingmaterialbridgesclassroomlearningwithreal-timepracticalscenariosintheieldofprocessengineering.
Ourteachingmethodologyinvolvescompletelyinteractive,3Dvisualizationstocommunicatethecomplexprocessesandsystems.
Ouruniqueclassroom trainingplatform,throughwhichweofferoneofitskindinnovativesynchronouslearning,notonly
upgradesyourskillsuptomorethan80%butalsooutpacesthetraditionalteachingpractices.
OuronlineLearningManagementSystem(LMS)providesbestinclassvirtualleaningexperiencetoourtrainees.
WWeoffertimelessonlinelearningexperienceinallthecoursesthatreduceslabor-intensivetrainingtimeandpromotes‘learning
bydoing’amongstthetrainees.
Weactivelysupportthetraineesviacourserelatedvideostreaming,discussionforums,presentations,virtualclassroomssessions,
testsorquizzes,livesurveysusingreal-timepolling,notiicationcenter,coursecalendars,BreakoutRooms(ondemand).
FeaturesofourTrainingDelivery
ModeofDelivery
Face-to-facesessionswillbeprovidedatourstate-of-the-artfacilitybyourwell-qualiiedtrainers.
Thesessionswillbesupplementedwithhands-onpracticalexperienceonindustry’sleadingsimulatorforprocessdesign.
Ourwell-researchedtrainingmaterialwillbeprovidedtothetraineesinthemostinnovativemanner.
Toprovidepersonalizedattentiontothetrainees,wehavelimitedthebatchstrengthofourclassroomsessionsto16students
persession.
Weorganizebuffersessionsduringweekdaysfortraineeswhomisstheregularweekendsessions.

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Trainers’Profile
RegistrationProcedure
RamanTalwar
RachitTandon
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8. DesignOfice
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