150509 nnmont spngf
TRANSCRIPT
2 | T H E M O n T E s s O r i A n
AtNearNorthMontessoritherehasalwaysbeenalotoftalkabout
diversityandcollaborationandexploration,butthere’sanewconcept
that’sstartingtobeheardmoreandmore.
STEAM—anacronymforScience,Technology,Engineering,Arts
andMathematics—hasriseninprominenceacrossthecountryas
educatorsandpolicy-makersplacealargeremphasisonskillsto
helpstudentscompeteinanincreasinglyhigh-tech,globalworld.
Despitebeingarelativelynewconcept,it’seasytoseewhySTEAM
isquicklygaininginpopularityamongelementaryeducators.Its
interdisciplinaryfocushelpsstudentstoworkonprojectsacross
multiplesubjectsinaformatthat’spredicatedonaskingquestions,
testinghypotheses,andworkingwithmaterialsinimaginativeways.
Asaresult,STEAMandMontessoriareclosely
alignedinprincipalandinpractice.
“There’sthisbuzzwithSTEAMbutthey’relessonsthathavebeen
inourschoolallalong,”saidNNMHeadofSchoolAudreyPerrott.
“Whenthesesubjectsaretaught,what’sreallyimportantistheway
they’representedandhowthatinformationisapplied.It’saboutthe
deliveryoftheinformationfromtheteachers.It’saboutsharingand
guidingstudentsinawaythathandsitovertothemsothatthey
internalizewhatthey’relearning.”
Aprimeexampleofstudentstakingchargeoftheireducationsand
workingacrossdisciplinesinvolvestheannual6-9performances,
forwhicheachclasschoosesatheme,writesascriptandproduces
anentireshow.OnerecentperformancebyJesseThompson’sclass
combinedhistory,engineering,art,andtechnologyasstudents
researchedandbuiltsomeoftheSevenWondersoftheWorldout
ofclay,thenusedtheminavideotheyproducedandintegratedwith
theirliveperformance.
TheinterdisciplinarynatureofSTEAMalsoworkstosynergize
studentgrowthbetweendifferentplanesofdevelopment.Although
fractionsanddecimalsarefirstintroducedin3-6asgoldenbeads,
thesameconceptisappliedinNNM’sgeneralmusicclasses,where
wholeandquarternotesarelikenedtoadollarandaquarter.
Whiletheconversiontodecimalsmaybetooabstractforyounger
studentsorhands-onlearners,musicinstructorJeffFortinrelates
theconcepttolessonsfirstlearnedin3-6,suchasthevolume
differencesbetweenacup,halfcup,andquartercup.Whenfractions
areintroducedin6-9,anddecimalconversionsin9-12,studentshave
alreadybeenexposedtoreallifeconceptsthataremeaningfuland
readilyapplied.
Althoughmathandsciencecanbesomewhatabstract,the
Montessorimethodensuresthey’reveryhands-on,especially
inyoungerclassrooms.As3-6teacherWendyToanpointsout,
“childrenatthislevelnaturallysortandclassify,”soalotofthis
workisalreadytailoredtothestudent’sinclination.Beginningin
3-6,studentsdivideobjectsintolivingornonlivingthingstohelp
distinguishbetweenplant/animalandliving/dead.Theexerciseforms
thebasisoffurther,morerefinedclassification,suchasvertebrates
orinvertebrates,whilesupportingmorepracticalwork,suchas
knowingthedifferencebetweenwastethatcanbecompostedand
whatcanberecycled.
AsWendypointsout,labelinglikethisisanimportantaspectof
learningbecauseitprovidesstudentswithanever-growinglexicon
totalkabouttheirdiscoveriesandaskmorequestions.Labelingalso
helpstoemphasizesimilarities,suchaslearningthatbothflowers
andthehumanbodyhavespecializedpartstohelpthemfunction.
STEAM in our school b y J E F F r E Y L E V i n E
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Otherscientifichands-onexamplesincludeexploringcentrifugal
forceusingbucketsofwaterandstructuralexperimentstotest
handmadebridgeswithdifferentweights.
“Wedon’tjustwantthestudentstotakeourwordforit.Wewant
themtobeabletotestontheirown,toseeforthemselves,”
ElementaryDirectorAnneMaternexplained.
“Weemphasizeadesign-thinkingmodeltoencourageanatmosphere
forinnovation.Youwantstudentstotakerisksandtotrydifferent
things,”Anneexplained.“Design-thinkingisn’talwaysanengineering
solution.Sometimesit’sawayoflookingataspecificsituationand
figuringoutwhatisgoingwrong.”
Tofosterthisenvironment,NNMclassroomsarefilledwithmaterials
forstudentstolearn,explore,andmasterbeforemovinguptomore
complexmaterialsinthesameclassroomoratthenextgradelevel.
Intheprocess,studentstakethefirstcriticalstepsfromimitation
towardsinnovation.
“STEAMisallaboutcreativityand,insteadofjustrepeatingallthese
experimentswherethekidsalreadyknowwhatisgoingtohappen,
they’reabletocreatetheirown,”9-12teacherSonjaFauskesaid.
“Montessoriwillneverbeoutofdatebecausewe’realwaysfocused
onthebiggerskills:howtoaccessinformation;howtoexpress
yourself;howtowrite;howtosolveproblems;howtocreatethings.
It’salwaysaboutthebiggerpicture,”Sonjasaid.“Everythinghasan
underlyingpurpose,notjustaboutmemorizinginformation.”
NNMisinvestigatingwaystomorefullyengageSTEAM-oriented
subjectsinthefuture.Inadditiontotraditionaltoolsinvolving
Montessorimaterialsandrelatedresources,ever-changing
technologywillplayanintegralroleasstudentsprepareforfields
theymayonedaypioneerorrevolutionize.
Jeffrey Levine is the Communications and Events Manager at Near North Montessori.
‘We don’t just want the students to take our word for it. We want them to be able to test on their own, to see for themselves.’
- A N N EM AT E R N , E L E M E N TA R YD I R E C T O R
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4 | T H E M O n T E s s O r i A n
full STEAM aheadinnovation fair captures the essence of learningacross disciplines, one improvement at a time
b y M O n t E S S O r i a n S t a F F
NearNorthMontessori’sannual12-14InnovationFairmaylooklikea
bunchofcoolgadgetsthatJuniorHighstudentsbuiltbyhand,butit’s
actuallytheultimatesynthesisofSTEAMatworkwithintheschool.
“IntermsofSTEAM,IthinktheInnovationFairisthepinnacle.It’sthetop
levelfortheschoolasacombinationofscience,technology,engineering,
artandmath,”saidNNMscienceteacherBrianCorley,whohelpedthe
fairevolvefromabroaderscience-relatedfocusafewyearsago.
Heldinthespring,theInnovationFairinvolvesabouttwo-months
ofstudentresearchandconstruction,duringwhichtheyplanand
executeimprovementstoexistingobjects,suchasaddingheatingand
chillingelementstoapillow,refiningarecyclingbintomakeitmore
user-friendlyorrebuildingashelvingunittobetteraccommodate
electricaldevices.
Unlikean“InventionFair,”thechallengeofinnovationallowsstudents
toapplytheirSTEAM-relatedskillsindifferentwaysthanjustcoming
upwithanewproductoutofthinair,Brianexplained.
Studentsstarttheprocessbyisolatingaproblemthat’sidentifiedby
a“client,”typicallyateacher,thenworkindependentlyoraspartofa
four-personteamtoinnovateanimprovement.Aspartofthatprocess,
they’rerequiredtoprepareamarketingplan,allocatefundsfroman
InnovationFairfinancialkitty,acquirematerials,buildprototypes,and
demonstratetheireffectivenessduringformalpresentationstotheir
clientsandclasses.Theday-longInnovationFairshowcasestheresults
foryoungergrades,parentsandotheradmirers.
“Thefairrequiresstudentstofulfillaneedfortheschoolcommunity
byusingtheirowncreativityandotherskillsthey’veacquiredsince
they’vebeenhere,”Briansaid.“Itcanbereallyfrustratinganda
vulnerableexperienceforthem,notknowingiftheyhavetheability,
ornotknowingif
theirclientwouldlike
itornot.Butoncethey
getintotheprocess,
theylearntotakeownershipoftheir
innovationbydirectlyaddressingtheproblem,nottheclient.”
Eachteamhasspecificrole-playersthatinvolveaconstruction
leader,marketingleader,communicationsleaderandteamleader.
Eachmemberisgradedonhisorhercontributiontothegroup.
Studentsthatworkindependentlyareevaluatedusingthesamecore
responsibilities.Groupsandindividualsarealsoassessedontheir
abilitytodocumentandcommunicatetheinnovationprocessduring
afour-minutepresentationtotheclass.Knownasa“PechaKucha,”
eachpresentationinvolves24slidesthatstudentsdiscussforexactly
10secondseachwithoutlookingatthescreen.
Accordingtoseveralteachers,theentireInnovationFairprocesscan
takeparticipantswayoutoftheircomfortzoneswhileapplyingabroad
spectrumofSTEAM-relatedskills,especiallywithconstructiontools.
Kidsthataren’taccustomedtousingdrillsandhammersreceive
supervisedlessonsandareallowedtopracticebefore,during,orafter
classtodevelopproficiencypriortobuildingtheirprototypes.
“Thesesituations,wherestudentsstruggleormaybenotsucceed
rightaway,helpsthemtotakeownershipandbuildconfidence.It’s
somethingyoucan’tteachinatraditionalschool,”saidNNM9-12
teacherJessicaParman.“Failureisawordparentsdon’tliketohear
butit’ssomethingwecelebrate:Failofteninordertosucceedsooner.”
Anotherissueinvolvesfunding.12-14studentSofiaBelabbes
estimatedthathersolar-poweredchickencoopwouldcostmore
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Before Near North Montessori students sit down for their fi rst science or math class in junior high, they are exposed to more diverse instruction than many of their peers across the country. “To have two people of color teaching math and science is a great thing that I don’t know if they’d get elsewhere,” said Brian Corley, Junior High teacher and Diversity Director. “As an African-American male, I know that we represent about two percent of teachers. The chances they’d have another black teacher is slim.” While a STEAM-oriented curriculum like NNM’s stresses cross-disciplinary education involving science, technology, engineering, arts and mathematics, the school takes it a step further, ensuring the subject matter is taught by an increasingly appropriate cross-section of the broader community. NNM’s diversity goals are note-worthy, Brian said, because minority teachers are relatively rare nation-wide: African-American and Latino men and women have single-digit employment rates as teachers, despite representing 13.2% and 17.1% of the U.S. population respectively,
according to the most recent Department of Labor statistics. “It’s one more experience for our students that tears down a lot of stereotypes. It tears down walls and allows students to see teachers as individuals,” Brian said. The ramifi cations may be especially signifi cant for females, who are employed at a rate of 25.6% in computer and mathematical occupations and 15.4% in architecture and engineering, despite comprising more than half of the population. “Women who were brought up during my generation were not necessarily led or welcomedto take this path,” 6-9 teacher Marcela Gómez
Sixto recalled about her decision to teach. “It wasn’t just the women either. I recall many of my Latino
peers being guided towards the business realm.” As a result, Marcela makes special considerations when illustrating career-oriented images to her students. “Do I offer both female and male repre-sentation? Am I including scientists, the technology savvy or mathematicians who think in a way that is
not considered mainstream? Often times, my lesson planning takes longer because diverse examples of people in these fi elds are not easy to come by,” she said. Recent employment demographics indicate that STEAM-related professions are becoming increasingly diverse every day, but the overall impact is not always immediately felt. It can take a long time for someone to distinguish themselves in a given fi eld so examples of mi-norities or females in a chosen career may not always be available to serve as examples for the next generation, though the overall numbers are trending up. This is why it is even more crucial that the school provides a wealth of “windows and mirrors” with which students can gain a useful understanding of their current and future roles in society. That means students are exposed to an inclusive curriculum that doesn’t make distinc-tions by gender or race. In the context of diversity, NNM expects that all students, regardless of their back-grounds, challenge themselves and tackle projects that refl ect both a diverse economy and a diverse population.
Jeffrey Levine is the Communications and Events Manager at Near North Montessori.
teaming STEAM with diversity
than$200,butshewasonlyabletoraise$85.Asaresult,she
borrowedfromneighborsandsearchedEbayforcost-effectivedesign
alternatives.Shealsohadtolearnhowtosaw,drill,anddealwith
electricityinfinalizingherdesign.
“Thehardestpartwasprobablyconnectingalltheelectricalwiresaswell
asfindinginstructionsandfindingwheretostartout.IhadnoideawhatI
wasgoingtodointhebeginningandI’mnotgoodwithsharpsaws.Itwas
abitscary,”Sofiasaid.“TherewasapointwhereIhadtwodaystomake
thewholeprojectandIwaspanickingandthinkingIwouldn’tmakeitand
I’dgetanF.Thenyoujusthavetotakeadeepbreathandremember:You
needtotryyourbestandthatyourbestisenough.
“Themostimportantthingwastonevergiveup,”Sofiaadded.
InnovationFairparticipantswereofferedextracreditbyattending
asimilarInnovationFairatNorthwesternUniversity’sSegalDesign
Institute,whichaimstoeducate“peoplewhoareabletomoveacross
domainsandindustries,identifyconvergences,andcreateimpact
throughthelensofhuman-centereddesign.”
AccordingtoNNMparentSteveJackson,theSegalDesignInstitute’s
andNearNorth’sfairswerestrikinglysimilarinscopeandexecution,
despitethewideageandexperiencegapofparticipants.
“Segalrepresentativesnotedthatsomanyoftheirstudentscome
toNorthwesternwithstrongacademicabilities,butoftenlackthe
criticalexperienceofbeingabletolinkdisparateskillstogether
inusefulandinnovativewaystosolveproblems,aswellasto
communicateeffectivelyinordertounderstandtheproblemand
presentsolutions,”StevesaidfollowingatouroftheNorthwestern
fair.“ItwascleartomethatNearNorthstudentsarealready
learningthoseinvaluableskills,andinfactinmanywaysarealready
onparwithNorthwesterncollegestudents.
“Ifyouremovedtheschoolnames,youwouldbehardpressedto
discernthedifferencebetweentheobjectivesoftheNorthwestern
courseandthoseoftheNearNorthInnovationFair,”Steveadded.
“Theinnovativeness,creativity,organizationalskills,teamworkand
poiseoftheMontessoristudentswasremarkableandeverybitthe
equaloftheNorthwesternstudents.”
AskanystudentatNNMwherethetechnologylabislocatedandhe
orshewilldirectyoutothewestsideofthefourthfloor,probably
withasmileontheirface.
Thelabiscommandcentralforincredibleschoolprogramslike
keyboarding,coding,andLegorobotics,butit’sjustoneplaceinthe
schoolwheretechnologyisutilized.
Thedifferencebetweenscienceandtechnologyisthatscienceis
thestudyofhowthingsworkandtechnologyismakingsomething
thathasthepotentialtoimproveourlives,”saidNNMDirector
ofEducationalTechnologyJaneenCohen.“Myphone,mypencil,
anythingthatservesmankindistechnology.WhenyougotoWhole
Foodsandthecontaineryougetismadeoutofcorn,that’stechnology.
“Inotherwords,scienceisknowing,technologyisdoing,”shesaid.
Fromphotographyequipmenttocomputersoftwaretorobotics,every
classroomhasitsowntech-relatedresources.Theirimplementation
involvesamodelbasedonsubstitution,augmentation,modification,
andredefinition.Inyoungergrades,itmaybesomethingassimpleas
ateacherillustratingapointusingavideoinsteadofastaticimage
fromabook(substitution).Forolderstudents,itmayinvolveagroup
collaborationusingonlinetoolslikeGoogleDocs(augmentation),
addingmediatoalivepresentation(modification),orsubmittinga
computerizedFlashanimationinsteadofawrittenreport(redefinition).
Technologynotonlyenhancestheworkofstudentsbutalsochanges
thenatureanddeliveryoftheworktheydo,Janeensaid,addingthat
timingiseverything.
“Whenwepresenttechnologytochildren,theinsertionpointis
crucial,”shesaid.“Demonstratingtochildrenfromthebeginning
whatweusetechnologyforisthemostimportant…Wenurturethe
ideathatit’sthechildwhomakesthechoicetousethetechnology,
thatshe’stryingtoaccomplishsomethingandthatthistechwillhelp
herfulfillherowngoal.
“Wewanttogivestudentsaccesstocreativewaysofthinking.Ourgoal
istonurturethecompetency,perseveranceandoptimismnecessaryfor
themtosucceedintheirlifeobjectivesthroughcreativity,”sheadded.
Inearlyafterschoolprograms,bottle-capsizedrobotscalledOzobots
areusedtocombineproblemsolvingwithcodingandprogramming
skills.Therobotsarecapableofrecognizingsignalsonaflatsurface,
enablingstudentstocreatepathsforthemtofollow.Arecent
exerciserequiredstudentstonavigatetherobotsthroughatimeline
involvingPresidentsWashington,Adams,JeffersonandMadison.
Otherage-appropriateactivitieshavestudentsexploringprograming
ineducational-orientedcomputergameslikeCracktheCode,
expressingthemselveswithimagingprogramslikePhotoshop,
andexperimentingwithmechanicalexercisestoseehowsimple
machinessuchaspulleysandbeltsaffectmovement.
Additionalopportunitiesarebeingintroducedforolderstudents,
includinganew,onlinecourseofferedbyStanfordUniversitythat
NNMassociateteacherCourtneyPetersonisutilizing.Theprogram
providesopportunitiesforremotelearning,whichanincreasing
amountofhighereducationalinstitutionsareimplementingfor
students.Thecourseincludessubjectslike“NumberFlexibility,
MathematicalReasoningandConnections,”“NumberPatternsand
Representations”and“MathinLife,NatureandWork.”
Fromcamerastocomputers,technologyisevolvingeveryday.What
wasunaffordableorunthinkableonlyadecadeagoisnowseeing
widespreaduse.Asthetechnologycontinuestochange,NNMintends
tomatchitkeystrokeforkeystroke.
Jeffrey Levine is the Communications and Events Manager at Near North Montessori.
beyond the technology lab b y J E F F r E Y L E V i n E
6 | T H E M O n T E s s O r i A n
GidEOn BUrnEtt
riana GEHani
CaMErOn WHitE, HaLLE BErnard, FELiX rHEUdE, OLiVEr BrUCE
Ona Papageorgiou (’86) SincegraduatingfromNearNorthMontessori,Onahasspent20yearsworkingasanenvironmentalengineerinboththeprivateandpublicsectors.HercurrentpositionwiththeNewYorkStateDepartmentofEnvironmentalConservationhasmanyresponsibilitiesthatincludemonitoringairemissions,reportingonairquality,and
writingairregulations.Chemicalreactionsandatmosphericsciencearemajorcomponentsofmonitoringairemissions.Science,technology,engineering,artsandmathalsoplayamajorroleinOna’swork. ForOna,aMontessorieducationmadeallthedifferenceindecidingwhatshewantedtodowithherfuture.“Montessoriinstilledinmetheabilitytotakeresponsibilityformyselfandtheworldaroundme,sowhileIdidnotrealizeIwasanenvironmentalist,thevalueswhichtheyholdwereinmefromthebeginning.AsIworkedthroughmyeducationalpath,itsoonbecameclearthatIcouldtakemypassionforcaringabouttheworldandmySTEAMinterestsandminglethemintoone;environmentalengineer,”shesaid. Onadecidedtomajorinchemicalengineeringandtakeasmanyenvironmentalclasses
asshecouldtosupportsacareerpreventingandreducingairemissions.Shesaidpeopleareoftensurprisedtohearhowshelearnedlongdivisiononanabacusandmultiplicationoncubes,butitwasina6-9classroomthatsheacquiredherskills.ShestillcreditsMontessorimethodswhenitcomestoworkingoutcomplexprocessproblemsinherfield. ForOna,oneofthemostrewardingaspectsofbeinganenvironmentalengineerissimplybeingabletocleanuptheair.It’sataskshefindshugelyrewarding,especiallywhenreadingreportsaboutreductionsinchildhoodasthma,elderlyemphysemaandotherrespiratoryailments.
Cole Goldenberg (’04) AsapilotflyinganEmbraer175twin-enginepassengerjet,Coleutilizesdiversedisciplinessuchaspsychology,design,
managementandengineeringtopromotesafety.ColegraduatedfromtheUniversityofIllinoiswithadegreespecializinginaviationandhumanfactors,whichhelpshimbetterunderstandhowpeopleandmachinesinteract.HetheninternedinAmericanAirlines’flighttrainingandsafetydepartmentsbeforestartinga
careerwithMesaAirlines. Althoughaerodynamicsisconsideredascience,Coletendstoseeitasmoreofanartthatcanbeapproachedthroughmultipledirections.“IthinkMontessoriingrainedinmeanappreciationforpuzzles,art,scienceandthefactthatthereisnoonewaytodoanything,”hesaid.Inthisspirit,Colebelievesthat,inordertoadvancesafety,themachinemustfitthehuman.Hesaidthatwhilecertainhumanaspectsofaviationsuchastrainingandcompanyculturecanbechanged,anaircraftcanalwaysbebuilttobettersuitthehumanneed. Aswithanycareer,beingapilotcomeswithitsownsetofchallenges.Weathercanbeablessingoracurse,soknowingthescienceofhowweathersystemsoperate,beingabletopredicttheprogressofweatherfronts,andunderstandingtheeffectsofwind,temperature,pressure,cloudsandsystems,iscrucialtopromotingasafeflightenvironment. Whilethejourneytobecomingapilotandflyingacommercialairlinerwasarewardingexperienceinitself,Colesaidthemostsatisfyingpartofhisjobisknowingthatpeopledependonhimtoensuretheirownsafety.HelooksforwardtohisfutureandisgratefulforthefoundationhedevelopedatNearNorth.
Seth Stephens (’98) SethgraduatedEarlhamCollegeinIndianawithadegreeinbiochemistryand,afterastintasahighschoolscienceteacher,hejoinedtheIllinoisStatePoliceasaChicagopatrolofficer.Hethenbecameacrimescene
investigatorinGalesburg,IL,beforerelocatingbacktoChicago.Sethsaysthathe’salwaysbeeninterestedinproblemsolvingandinvestigationandisthrilledtohavefoundacareerthatindulgeshisinquisitivenatureandintegrateshispassionforequalityandjustice. SethsaidhisMontessoriexperienceenabledhimtodiscoverandpursuehisowninterestsandledhimtoinvestigatevariousscientificprinciplesatanearlystage.“IrememberlearningsomeatomictheoryandvertebrateanatomywhileatNearNorth.I’vealwaysbeenindependentlyfocusedandbeingallowedtofollowmypassionhelpedmediscoverthewondersofthenaturalworldthathavefascinatedmetothisday,”hesaid. Thetrademark,hands-onapproachofaMontessorieducationshowedhimthat,“scienceismorethanjustsomethingyoulearninabook.It’strulyasystemofrulesandtheoriesthatgovernallaction,”hesaid. Beingabletoprovidepeoplewithclosurefollowingacrimeiswhatmakeshiscareersofulfilling,hesaid.Inwhatmaybesomeone’smosttraumatizingexperience,Sethprovidesanswerstopotentiallydauntingquestionsbyremaininglevel-headedandkeepinganopenmind.
Liz Brandt is a Development Assistant at Near North Montessori.
s p r i n g 2 0 1 5 | 7
alumni news grads are achieving great things in diverse fields
b y L i z B r a n d t
i n s i d e t h i s i s s u e
2 sTEAM in OUr sCHOOL 6 BEYOnD THE TECHnOLOgY LAB
4 FULL sTEAM AHEAD 7 ALUMni nEWs
5 TEAMing sTEAM WiTH DiVErsiTY
Non Profit Org.
U.S. Postage
PaIDChicago, Illinois
Permit No. 8899
A PUBLICATION OF NEAR NORTH MONTESSORI
PRODUCED BY THE PARENTS, STUDENTS AND FRIENDS OF NNM
EDITOR: PETER STRAZZABOSCO | DESIGNER: GODFREY CARMONA
1434 W. Division St. | Chicago, IL | 60642-3778
moVing Up, moVing onThis spring, nnM eighth graders gained acceptance to the following high schools. Most students
were accepted to more than one school, giving them the opportunity to make a choice.
Amundsen international Baccalaureate
Beacon Academy
British school of Chicago
Chicago High school for the Arts
Chicago Waldorf school
Currie international Baccalaureate
Disney ii Magnet school
Francis W. parker school
george Westinghouse College prep
Jones College prep
Lake Forest Academy
Lane Tech College prep
Latin school of Chicago
Lincoln park international Baccalaureate, Double Honors & performing Arts
nicholas senn High school
northside College prep
Ogden international Baccalaureate
prosser Career Academy international Baccalaureate
schurz High school
senn international Baccalaureate
st. ignatius College prep
University of Chicago Lab school
Von steuben scholars program
Walter payton College prep
Whitney Young High school