Oregon Institute of Technology: Closing the Gap between Education and Industry

Redefining the Digital Classroom

DearReaders,

Theworldweinhabitisnolongerbuiltbychance.Itisdesigned,coded,andconstructedbythosewhocanturn acomplexproblemintoaworkingsolution.Engineeringisthequietforcebehindeverybridgewecrossand everydevicewetouch.Itisthedisciplinethatbridgesthegapbetweenaboldideaandaphysicalreality.As globalindustriesbecomemoretechnical,theneedforgraduateswhocanstepfromtheclassroomdirectlyinto theworkforcehasneverbeenhigher.Inthisspecialissue,The10MostProminentEngineeringInstitutesof 2026,wecelebratetheschoolsthatprioritizeactionoverabstraction.Theseinstitutionsaretheworkshopsof thefuture,wherethenextgenerationofproblemsolversisbeingforged.

LeadingourcoverageistheOregonInstituteofTechnology.Sinceitsfoundingin1947tosupportreturning veterans,OregonTechhasfocusedonaneducationthatworksbecauseitisdesignedtobeused.Underthe leadershipofDeanNeslihanAlp,theuniversityhasbuiltanenvironmentwherehands-onlearningisacore requirementratherthananelective.Byaligningitscurriculumwiththeactualneedsofindustry,theinstitute ensuresitsstudentsarereadytocontributefromtheirfirstdayonthejob.In2025,theuniversitywelcomedits largestfreshmanclassinoverfortyyears,aclearsignthatstudentsvalueitspractical,polytechnicapproach. WhetherthroughitsCollegeofEngineering,Technology,andManagementoritsvitalhealthprograms, OregonTechremainsacriticalpartnerinoureconomicprogress.

Thisstandardofexcellenceisasharedmissionacrossthecountry WeareproudtofeaturetheColoradoEarly Colleges,whichprovidesaheadstartforyounginnovators,andtheUniversityofPittsburgh’sSwanson SchoolofEngineering,aleaderintechnicalresearch.Ourlistalsohighlightstheuniqueacademicpathwaysat WestmontCollegeandthecutting-edgeadvancementsattheUniversityofNevada,RenoCollegeof Engineering.Eachoftheseorganizationsrepresentsadifferentwaytomeetthegrowingdemandsofour modernera.

Prominenceisnotmeasuredbytheageofabuilding,butbytheimpactofthepeoplewithinit.Theinstitutesin thisissuehaveearnedtheirplacebyrefusingtosettlefortheoryalone.Theylistentotheirindustrypartners, supporttheirstudentswithdirectmentorship,andkeeptheireyesonthehorizon.Theyunderstandthatadegree isapromiseofcompetence.Weinviteyoutoexploretheirstoriesandseehowtheseleadersarebuildingthe foundationforamorecapableworld.

Sincerely,

Pankaj Gholap Managing Editor

From The Editor’s Desk

People Behind This Issue

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Oregon Institute of Technology

PROFILES

Colorado Early Colleges 20. 34. Swanson School of Engineering

University of Nevada 46. Westmont College 54.

articles

AI Governance in Higher Education: The 2026 Framework for Policy & Risk 28.

Top 10 Highest IQ in the World: Beyond the Score 50. Classroom Relay: Active Learning Meets Digital Control (2026 Complete Guide) 38.

OREGON INSTITUTE OF TECHNOLOGY

“

Our mission is to educate students to apply theory to practice, contribute to society, and enter their professions prepared to work.

Cover Story

Highereducationoftenpromisesopportunity,butits valueisultimatelymeasuredbywhatstudentscando withwhattheylearn.Asindustriesgrowmore complexandskillsbecomemorespecialized,thedemandfor graduateswhocanmovesmoothlyfromclassroomtoworkplace hasonlyincreased.Institutionsthatbridgethisdividedomore thanawarddegrees.Theyhelpshapeacapableworkforceand supportthecommunitiestheyserve.

Thisneedforpractical,career-focusededucationbecame especiallyclearintheyearsfollowingWorldWarII.Thecountry facedthedualchallengeofreintegratingreturningveteransand rebuildinganeconomythatrequiredtechnicalexpertise. Traditionalacademicmodelsalonecouldnotmeetthese demands.Whatwasneededwasanapproachrootedin application,wherelearningtranslateddirectlyintowork.

OregonInstituteofTechnologyemergedfromthismomentin 1947withaclearandfocusedpurpose.Establishedtoprovide technicaleducationforreturningveterans,theinstitutionwas designedfromtheoutsettoaligneducationwithworkforce needs.Programsemphasizedhands-onlearningand problem-solving,ensuringthatstudentsgainedskillstheycould immediatelyapply.Thisphilosophyshapednotonlywhatwas taught,buthowitwastaught.

Overnearlyeightdecades,OregonTechhasgrownin stepwiththeindustriesitserves.Theuniversity expandeditsacademicofferings,developedadditional campuses,andbuiltstrongpartnershipswith employersandcommunityorganizations.Whileits footprintandreachhaveevolved,itscoreidentityhas remainedconsistent.EducationatOregonTechis meanttobeactive,relevant,andgroundedin real-worlduse.

Theinstitution’smissionreflectsthiscommitment. OregonTechpreparesstudentstoapplytheoryto practice,contributepositivelytosociety,andenter theirchosenprofessionsreadytoworkfromdayone. Itsvisionextendsbeyondindividualoutcomestoa broaderroleasapolytechnicuniversityserving Oregonandcommunitiesbeyondthestate.By connectingeducationwithindustryandcommunity needs,OregonTechpositionsitselfasapractical partnerineconomicandsocialprogress.

Inanerawhereoutcomesmatterasmuchas credentials,OregonInstituteofTechnologycontinues tostandforaneducationthatworksbecauseitis designedtobeused.

AnAcademicStructureDesignedAround Practice

OregonTech’sacademicstructurereflectsthesame practicalmindsetthatshapeditsfounding.Rather thanorganizingprogramsaroundabstractdisciplines, theuniversityalignsitsofferingswithhowwork actuallyhappensintherealworld.Theacademic frameworkisbuiltaroundtwocorecolleges:the CollegeofEngineering,Technology,and Management,andtheCollegeofHealth,Arts,and Sciences

Acrossbothcolleges,hands-onlearningisnotan add-on.Itisembeddedintothecurriculum.Students spendsignificanttimeinlabs,onappliedprojects, andinsettingsthatmirrorprofessionalenvironments. Manyprogramsalsoincorporateinternshipsand directcollaborationwithindustry,ensuringthat learningcontinuesbeyondtheclassroom.

WhatfurtherdistinguishesOregonTechistheroleofits facultyandindustrypartners.Manyinstructorsbring firsthandprofessionalexperienceintotheirteaching, groundingtheoryinrealsituationsthatstudentsarelikelyto encounteraftergraduation.Employersalsoplayanactive roleinshapingcurriculum,helpingprogramsstayaligned withcurrentworkforceneeds.Asaresult,studentsarenot simplylearningconcepts.Theyarepracticingtheirfuture professionslongbeforetheyenterthem.

OpeningDoorsthroughaStudent-CenteredAdmissions Approach

Accesstoeducationmattersmostwhenthepathtoenrollmentis clear AtOregonTech,theadmissionsprocessisdesignedto removeunnecessarycomplexityandhelpstudentsmoveforward withconfidence.Applicationsarestructuredtobestraightforward, allowingprospectivestudentstofocuslessonpaperworkand moreonpreparingfortheiracademicjourney.

Oneofthewaystheuniversitysimplifiesentryisthroughdirect admissionsoptions.StudentswhoearnOregonTechcollege creditswhilestillinhighschoolcantransitionsmoothlyinto degreeprograms,shorteningthedistancebetweenearlyexposure andfullenrollment.Thisapproachreflectstheinstitution’sbroader emphasisonpracticalpathwaysratherthanrigidgates.

EquallyimportantisOregonTech’scommitmenttoaccessfor studentsfromlow-incomefamilies.Theuniversitysupportsthese studentsthroughneed-basedfinancialaid,scholarships,and advisingservicesthatextendbeyondadmission.Outreachefforts andpartnershipswithhighschoolsandcommunitycollegesplaya keyroleinhelpingstudentsunderstandtheiroptions,mapdegree pathways,andstayontrackthroughcompletion.Theresultisan admissionsmodelthatfocusesnotjustonwhogetsin,butonwho succeedsoncetheyarrive.

LeadershipFocusedonPurposeand Responsibility

AcademicleadershipatOregonTechisgrounded inaclearbeliefthatstudentsuccessisashared effort.DeanNeslihanAlpbringsthis perspectivetoherrole,placingstrongemphasis onstudentengagement,academicprogress,and meaningfulfacultysupport.Herapproach reflectstheuniversity'sbroaderculture,where expectationsarehighbutguidanceisalways withinreach.

Inhermessagetostudentsandtheirfamilies, DeanAlpspeakslessaboutshortcutsandmore aboutcommitment.Sheencouragesstudentsto takeownershipoftheireducationandtoactively usetheresourcesavailabletothem,fromfaculty mentorshiptoacademicsupportservices.Time atOregonTech,sheremindsthem,isnotonly preparationforacareer,butalsoanopportunity todeveloppurposeandcontributetosociety.For families,hermessageisoneofpartnership,built ontrustinalearningenvironmentdesignedto supportbothprofessionalgrowthand personalresponsibility

Cover Story

GrowingandDiverseStudentCommunity

OregonTech’sstudentbodyreflectsbothits statewiderootsanditsexpandingreach.Students arrivefromacrossOregon,fromotherpartsofthe UnitedStates,andfromabroad.Withinthatmixare first-timecollegestudents,transferstudents,adult learners,andveterans,eachbringingdifferentgoals andexperiencesintotheclassroom.

Recentenrollmenttrendspointtosteadymomentum. In2025,theuniversitywelcomeditslargest freshmanclassinmorethanfortyyears,markingthe secondconsecutiveyearthismilestonewasreached. Growthhasbeenespeciallystronginonline programsandattheKlamathFallscampus,signaling increaseddemandforflexibleandplace-based learningoptions.

Atthesametime,OregonTechcontinuestoinvestin earlyaccesstohighereducation.Throughitsdual creditprogram,highschoolstudentscanearn college-levelcreditswhilestillcompletingsecondary school.Thiscommitmenttomultipleentrypoints reflectstheuniversity’sbroadergoalofmeeting studentswheretheyareandsupportingthematevery stageoftheiracademicjourney

SupportingDifferentWaysofLearningand Belonging

Studentsdonotalllearninthesameway,and OregonTechdesignsitsclassroomswiththatreality inmind.Teachingmethodsoftenblendtraditional lectureswithlabwork,hands-onprojects,and collaborativeassignments.Thismixallowsstudents toengagewithmaterialinmultipleways,helping themunderstandconceptsandapplythemwith confidence.

Theuniversityalsorecognizesthatlearningisshaped byculturalbackgroundandlivedexperience.These perspectivesarereflectedacrossthecurriculum, campusprograms,andstudent-ledorganizations, creatingspaceforstudentstoseethemselves representedandheard.Supportcontinuesbeyondthe classroomthroughadvising,tutoring,andpeer mentorship,offeringguidanceatbothacademicand personallevels.Together,thesestrategieshelpcreate anenvironmentwherestudentsaresupportednotjust topersist,buttothrive.

LifebeyondtheClassroom

LifeatOregonTechextendswellbeyondlectures andlabs.Studentlifeisshapedbyawiderangeof clubs,organizations,andcampuseventsthat encourageinvolvementandconnection.These activitiesgivestudentsspacetoexploreinterests, takeonleadershiproles,andengagewithpeersin meaningfulways.

Athleticsandrecreationalopportunitiesaddanother layertocampuslife,offeringoutletsfor competition,wellness,andteamwork.Many studentsalsochoosetoparticipateinservice initiativesorprofessionalsocietiesconnectedto theirfieldsofstudy,blendingpersonalinterests withcareerdevelopment.Together,these experienceshelpstudentsbuildrelationships, developpracticalskills,andcreateasenseof belongingthatcarriesthroughtheirtimeatthe university

LeadershipandGovernanceThatKeepthe InstitutionMoving

BehindOregonTech'sacademicand student-facingworkisaleadershipstructure designedforclarityandcoordination.The universityisgovernedbyaBoardofTrusteesmade upofleadersrepresentingfieldssuchaseducation, localgovernment,technology,healthcare, communications,andbusiness.Thisbreadthof experiencehelpsensurethatdecisionsareinformed bybotheducationalprioritiesandreal-world perspectives.

WorkingalongsidetheBoard,thePresident, Provost,Deans,andDepartmentChairsguidethe university’sacademicdirectionand day-to-dayoperations.Theirleadershipconnects long-termplanningwithclassroomrealities, keepingprogramsalignedwithinstitutionalgoals. Administrativeteamssupportthisworkby overseeingareassuchasenrollment,finance, facilities,studentaffairs,andadvancement. Together,theserolesformanintegratedsystemthat keepstheuniversityoperatingsmoothlywhile stayingfocusedonstudentsuccess.

Cover Story

ACommitmenttoEquityandRespect

OregonTechapproachesequityand inclusionasessentialtothequalityofits academicandworkenvironment.The universityholdsthatwhenpeoplewith differentbackgroundsandexperiences learnandworktogether,theresultisa strongerandmorecompleteeducational experienceforeveryoneoncampus.

Thisbeliefisreflectedininstitutional policy.OregonTechiscommittedto treatingallindividualsequallyand fairly,andtomaintainingan environmentfreefromdiscrimination andharassment.Theseprinciplesguide campuspracticesandexpectations, shapingacommunitywhererespect, accountability,andinclusionarepartof everydayliferatherthanstandalone initiatives.

SupportServicesThatExtendBeyond Academics

StudentsuccessatOregonTechis supportedbyarangeofservices designedtoaddressbothacademicand personalneeds.Fromthestart,students haveaccesstoacademicadvisingand tutoring,helpingthemnavigate courseworkandstayontracktoward graduation.Counselingandhealth servicesarealsoavailable,reinforcing theimportanceofwell-beingalongside academicprogress.

Careerdevelopmentisacentralpartof thissupportsystem.Careerservices assiststudentswithresumepreparation, internshipplacement,andjobsearch strategies,whilemaintainingstrong connectionswithemployers. Mentorshipandnetworking opportunitiesfurtherstrengthenthese efforts,linkingstudentswithalumni, faculty,andindustrypartners.Together, theseserviceshelpstudentsmovefrom educationtoemploymentwith confidenceandclarity

LookingAheadwithIntention

AsOregonTechlookstothefuture,itsdirectionremainscloselytiedtothe needsoftheworkforceandthecommunitiesitserves.Growthisnotpursued foritsownsake.Instead,newprograms,facilities,andpartnershipsare developedwithaclearfocusonrelevanceandlong-termimpact.

Academicexpansioncontinuesacrosstheuniversity,withparticular momentumintheCollegeofEngineering,Technology,andManagement. NewdegreeofferingssuchasConstructionManagementandCybersecurity reflectfieldswheredemandisrising,andpracticalexpertiseisessential. TheseprogramsbuildonOregonTech’sestablishedstrengthsinapplied education,preparingstudentsforrolesthatrequirebothtechnicalknowledge andreal-worldproblemsolving.

Beyondacademics,theuniversitycontinuestoinvestinfacilitiesand partnershipsthatsupporthands-onlearningandindustrycollaboration. Relationshipswithemployersandcommunityorganizationshelpensurethat curricularemaincurrentandthatstudentsgraduatewithskillsalignedto evolvingprofessionalstandards.Thisforward-lookingapproachallows OregonTechtorespondtochangewithoutlosingsightofitscoreidentity

Bycontinuingtoconnecteducationwithpractice,andinnovationwith responsibility,OregonTechpositionsitselftoremainameaningful contributortoworkforcedevelopmentandcommunityprogressin theyearsahead.

COLORADO EARLY COLLEGES

Reimagining the High School Experience

AcrossColorado,theconversationaroundeducationis

shifting.Parentsandstudentsarelookingforschools thatdomorethanprepareteensforgraduationday Theywantrealchoices,realskills,andaheadstartonwhat comesnext.Thatsearchhasledmanyfamiliesto ColoradoEarlyColleges,anetworkthathasbeenquietly reshapingwhathighschoolcanlooklike.

ColoradoEarlyColleges,knownasCEC,openeditsfirst campusinColoradoSpringsin2007.Fromthebeginning,the visionwasambitious:makecollege-levellearningavailableto everystudent,regardlessofwheretheystartedacademically Theideawassimplebutpowerful.Ifstudentscouldearna collegedegree,anindustrycredential,orbothwhilestillin highschool,theycouldstepintoadulthoodwithconfidence andopportunity.

Overtheyears,thisvisionhasgrownintoanetworkthatnow spansmultiplecampusesacrossthestate.CECoffersmiddle schools,highschools,homeschoolenrichmentprograms, onlinelearning,andCollegeDirectpartnershipswithmore thanadozenhighereducationinstitutions.Itsmissionstays clear.CECworkstoremovebarriersthatkeepstudentsfrom pursuingcollegeandcareerpathways,makingsurethedoors stayopenforeveryone.

AsCECapproachesits20thyearinOctober2026,itsstory continuestoevolve.Thenetworkremainsfocusedonhelping studentsfindtheirplaceintheworldandpreparingthemfor whatliesahead.

AModelBuiltAroundStudents

CEC’sapproachtoacademicslooksdifferentfromatraditional school.Insteadoffollowingasingletrack,studentsareplaced wheretheyarereadytostartlearningandareguidedfrom there.Themodelservesgrades6through12,givingstudentsa chancetostepintocollege-levelworkwhentheyareprepared, notjustwhentheiragesaystheyshould.

Atthemiddleschoollevel,CECbuildsastrongfoundation. Studentsingrades6through8workthroughrigorous academicsthatpreparethemforthechallengeofhighschool andcollege.Thefocusisondevelopingstudyhabits,critical thinking,andtheconfidencetotakeonmoreadvanced coursework.

HighschoolatCECiswherethemodelreallyshines.Students canearnanassociatedegree,industry-recognized certifications,ormorethan60transferablecollegecreditsby thetimetheygraduate.

Forsome,thatmeansleavinghighschoolwithadiploma andacollegedegreeinhand.Forothers,itmeans headingtoafour-yearuniversityalreadywellaheadof theirpeers,atnocosttostudentfamilies.

Forstudentswhopreferadifferentsetting,CECoffers CollegeDirect,whichallowsthemtotakeclassesatlocal collegeswhileremainingenrolledwithCEC.Families whohomeschoolhaveoptionstoo,withflexible enrichmentprogramsthatmixhome-basedlearningwith professionalinstruction.CareerandTechnical Educationpathwaysroundoutthechoices,giving studentshands-ontraininginhealthcare,technology, business,andskilledtrades.

WhatmakesthisallworkisCEC’scommitmenttomeeting studentswheretheyare.Everystudentbeginsattheir assessedacademiclevelandhasaccesstotutoring,bridge courses,andadvisorysupport.Thisapproachensuresthatno oneisleftbehind,nomattertheirstartingpoint.

OpeningDoorsforEveryStudent

CECoffersawiderangeofopportunitiesthatprepare studentsforcareersinSTEMfieldsthroughhands-on, real-worldexperiences.Nearlyallcampusesofferrobotics programswherestudentscompeteathighlevels,withsome teamsplacinginthetoppercentageofnationaland internationalcompetitions.

Studentsalsoparticipateininnovativeengineering challengessuchasbuildingRubeGoldbergmachines, battery-poweredracecars,andrenewableenergy projectsusing3Dprintingtechnology.Manyofour campuseshavelauncheddronesoccerclubs,drone coursesleadingtoFAAcertification,andaviation experiencesinpartnershipwithprofessional organizationsandairshows.Theseengagingprograms notonlydeveloptechnicalskillsbutalsoinspire studentstoexplorecareerpathwaysinSTEMfroman earlyage.

Additionally,CEC’shands-onlearning approachemphasizescareerreadinessbyoffering industry-recognizedcertificationsandproject-based experiences.Studentshaveearnedcredentialsinareas likecybersecurity,programming,electronics, SolidWorks,welding,automotivesystems,and more—manyofwhicharealignedwithprofessional standardsandsupportedbycommunitypartners. Throughcodingclubs,computersciencepathways,and participationinnationalcompetitionslikeCodeQuest, studentsgainpracticalskillsinhigh-demandfields. Somecampusesalsooffercollege-leveltechnology coursesandcertificationpathwaysincybersecurity, preparingstudentsforcredentialssuchasA+, Network+,andSecurity+.

Thiscomprehensiveapproachequipsstudentswith boththeknowledgeandthecredentialsneededto thriveinSTEMcareersaftergraduation.

AMessagefromLeadership

AttheheartofCECisabeliefthatstudents deservemorethanaone-size-fits-alleducation. ThisvisionischampionedbyDr.JillGildea,the network’sCEO,whobringsdecadesofexperience inK–12andhighereducationleadership.Under herguidance,CECcontinuestogrowwhilestaying truetoitsmissionofcreatingopportunityforevery learner

Dr.Gildea’smessagetofamiliesisbothclearand inspiring. “At Colorado Early Colleges, we believe every student deserves the opportunity to pursue a future of their choosing without barriers,” she says. “Whether that means earning a college degree, industry credential, or both, CEC is here to help students dream big, work hard, and achieve more than they ever thought possible.”

Herwordsreflectthespiritthatrunsthroughevery CECcampus.Itisaplacewherestudentsare encouragedtosetambitiousgoalsandaregiventhe supporttoreachthem.

GrowingtoMeettheNeed

ColoradoEarlyCollegeshasseensteadygrowth sinceopeningitsfirstcampusin2007.Today,the networkservesmorethan4,000studentsacross eightcampuses,includingafullyonlineprogram thatextendsaccesstofamiliesstatewide.The growthhasbeenespeciallystronginColorado’s urbanandsuburbanregions,wherethedemandfor earlycollegeopportunitiescontinuestorise.Asa publiccharterschoolnetwork,allCECprograms aretuition-freeandsupportedbyregular educationtaxes.

CEC’sstudentbodyreflectsthecommunitiesit serves.Morethan40percentofstudentsqualify forfreeorreduced-pricelunch,andnearlyhalf identifyasstudentsofcolor.Manyofthese studentsarethefirstintheirfamiliestoattend college,afactthathighlightsCEC’simpactin creatingpathwaysthatmaynothave existedotherwise.

Thenumberstellastoryofaccessandambition.Everyyear,more familieschooseCECbecauseitofferssomethingbothpracticaland transformative:thechanceforstudentstograduatehighschoolwith collegecredits,degrees,andcareerskillsthatsetthemapart.

MeetingStudentsWhereTheyAre

OneofthehallmarksofColoradoEarlyCollegesisitsfocuson personalization.Eachstudentreceivesanindividualizedacademicand careerpathway,designedincollaborationwithadvisors,teachers,and parents.Thisapproachhelpsstudentsseeaclearconnectionbetween wheretheyarenowandwheretheywanttogo.

Supportisbuiltintothemodel.Tutoringandacademicsupportcenters areavailableoneverycampus.StudentslearningEnglishreceive languagedevelopmentservices,andthosewhowanttocelebratetheir backgroundscanparticipateinculturalprogramsandstudentclubs thatreflectColorado’sdiversity.

CEC’scommitmentgoesbeyondacademics.Thenetworkworksto honoreachstudent’sculturalidentityandlearningstylewhile maintaininghighexpectations.Whetherastudentisworkingbelow gradelevelorreadytotakeonadvancedcoursework,thegoalisthe same:makesuretheyarechallenged,supported,andsetup forsuccess.

LifeBeyondtheClassroom

CECbelievesthateducationshouldbemorethantextbooksandtests. Eachcampusoffersalivelymixofclubs,activities,andeventsthatlet studentsexploreinterestsandbuildconnectionswiththeirpeers.

Clubsrangefromdebateandtheatertoroboticsandculturalgroups, givingstudentsplentyofwaystogetinvolved.Enrichmentprograms addanotherlayer,withleadershipworkshops,STEMfairs,and service-learningprojectsthatencouragestudentstogrow beyondacademics.

We believe every student deserves the opportunity to pursue a future of their choosing without barriers. “

LeadershipThatKeepstheMissiononTrack

BehindColoradoEarlyColleges’successisaleadership structuredesignedtokeepeverycampusalignedwithits mission.ThenetworkoperatesunderaGoverningBoard andacentralizedexecutiveteamthatworkstoensure consistency,quality,andaccountabilityacross allcampuses.

Atthetop,theChiefExecutiveOfficeroverseesthe mission,vision,andcompliance,makingsurethe organizationstaysfocusedonitspurpose.HeadsofSchool, AcademicDeans,andDeansofStudents/CampusCulture managetheday-to-dayoperationsoftheircampuses, guidingbothacademicsandstudentlife.

SupportingthemistheExecutiveLeadershipTeam,which providesexpertiseineducationalservices,operations,and finance.Theirworkkeepsacademicsstrong,budgets balanced,andcampusessafeandwell-resourced.This networkedmodelallowsCECtogrowwhilekeepingits attentionwhereitmattersmost:helpingstudentssucceed.

BuildingaCultureofInclusion

CECtreatsdiversityandequityasessentialpartsof itsmission.Thenetworkwelcomesstudentsthrough open-enrollmentpracticesandthenworkstomake sureeverystudenthaswhattheyneedtosucceed.

Dataplaysanimportantroleinthiswork.School leaderstrackwhereopportunitygapsexistand createinterventionstoclosethem.Studentaffinity groupsandculturalcelebrationsbringvoicesfrom acrossthecommunityintofocus,allowingstudents tosharewhotheyareandseetheiridentitiesvalued oncampus.

CECalsoinvestsinitsteachersandstaff.Regular professionaldevelopmenthelpsthemlearnnew strategiesforinclusiveclassroomsandculturally responsiveteaching.Thissteadyeffortcreates schoolswherestudentsarenotjusttaughtbuttruly seen,preparingthemtostepintoaworldthatvalues manyperspectives.

SupportThatGoesBeyondtheClassroom

SuccessatCECisbuiltonmorethanstrong academics.Eachstudenthasaccesstoanetworkof servicesthatguidethemthroughhighschooland helpthemtaketheirnextstepswithconfidence.

Advisorsworkcloselywithstudentstocreate academicandcareerplansthatreflecttheirgoals. Collegeandcareercounselorsareavailabletotalk throughmajors,certifications,andfuture opportunities.Forstudentswhoneedextrahelp,free tutoringandbridgecoursesarereadytokeepthem ontrack.

Mentorshipisacentralpartoftheexperience. Facultymembersandcommunitypartnerssharetheir knowledgeandencouragement,helpingstudents picturewhattheirfuturemightlooklike.Internship opportunitiesandlocalbusinessconnectionsgive studentsatasteoftheprofessionalworldbeforethey graduate.Together,thesesupportscreateasafetynet thathelpsstudentsmakeasmoothtransitioninto collegeortheworkforce.

LookingAhead

CECcontinuestolooktowardthefuturewithaclearsense ofpurpose.Thenetworkisfocusedonexpandingcareer andtechnicaleducationpathwayssostudentscanexplore moreindustriesandgraduatewithpracticalskills.

Onlineandhybridlearningoptionsareanotherpriority, givingfamiliesgreaterflexibilitywhilekeepingstudents connectedtotheiracademicgoals.CECisalsoworkingto deepenitspartnershipswithcollegesandworkforce leadersacrossColorado,buildingstrongerbridgesbetween educationandthecareersthatawaitstudents aftergraduation.

Akeygoalistoincreasecredentialanddegreeattainment, especiallyforfirst-generationandunderrepresented students.Atthesametime,CECisexploringnewways topersonalizelearningandusetechnology,including AI-poweredsupports,tohelpstudentsstayengagedandon track.Theseeffortsreflectasimpleidea:graduatesshould leaveCECreadyforwhatcomesnext,withthe knowledge,experience,andconfidencetoleadina changingworld.

AI GOVERNANCE IN HIGHER EDUCATION

The 2026 Framework for Policy & Risk

IAgovernanceinhighereducationisthestructuredsystem ofpolicies,oversightcommittees,ethicalstandards,and riskcontrolsuniversitiesusetomanageAIacross teaching,research,andadministration,goingbeyondITpolicyto addressaccountability,dataprivacy,andacademicintegrity

Artificialintelligenceisadvancinginhighereducationfasterthan institutionalpolicycankeeppace.Facultyareexperimentingwith generativeAItools,studentsaresubmittingAI-assistedwork,and administrativedepartmentsareautomatingeverythingfromadmissions toadvising.

Yetmostuniversitiesarefacingagovernancegap.

AccordingtoEDUCAUSE’s2024AILandscapeStudy,80%offaculty andstaffuseAItools,yetfewerthanoneinfourareawareofaformal institutionalpolicy.TheresultisrapidlygrowingshadowAI unsanctionedtoolsoperatingentirelyoutsideinstitutionaloversight.

Foruniversityleaders,thequestionisnolongerwhetherAIwillshape highereducation;itiswhetherinstitutionswillgovernitresponsibly beforeadatabreach,regulatoryviolation,orintegritycrisisforcestheir hand.

ThatispreciselywhatAIgovernanceinhighereducationisdesigned toprevent.

WhyAIGovernanceIsBecomingCriticalforUniversities

Universitiesareinherentlyopenenvironmentsbuiltforexperimentation andacademicfreedom.

Thesevaluesdriveinnovation,buttheyalsocreategovernanceblind spotswhenpowerfultechnologiesentertheecosystemwithoutstructure. atensionexploredindepthinourlookathowAIisalreadyreshaping universityteaching,research,andgovernance.

ThreeforcesaremakingAI governanceinhighereducationurgent in2026.

1.RegulatoryPressureisAccelerating

TheEUAIAct,whichcameintoforce inAugust2024,classifiesseveralAI applicationscommoninuniversities, includingAI-assistedadmissions systemsandstudentperformance analytics,as“high-risk.”European universitiesmustnowdemonstrate complianceorfacepenalties.

IntheUnitedStates,theDepartmentof Education’s2023guidanceonAI explicitlycallsoninstitutionsto developethicalframeworksforAIuse instudentservicesandassessment.

FERPA,meanwhile,imposesstrict constraintsonhowstudentdatacanbe processedbythird-partyAIsystems.

2.AdoptionhasOutpacedPolicy

GenerativeAIplatformsarenow embeddedacrossresearchworkflows, automatedgrading,tutoringsystems, andadministrativeautomation.Without governance,practicesbecome inconsistentandunauditableacross departments,creatingcompliance risksthatinstitutionsmaynotdiscover untilaudited.

3.PublicTrustisatStake

UNESCO’sRecommendationontheEthicsof AIwarnsthatinstitutionsfailingtogovernAI transparentlyriskerodingthepubliclegitimacy thatuniversitiesdependon.Thattrust,once lostinahigh-profileAIincident,isdifficultto recover.

The“ShadowAI”ProblemonCampus

ShadowAI–AItoolsadoptedbyfaculty,staff, orstudentswithoutinstitutionalapproval representoneofthemostunderestimatedrisk vectorsinhighereducationtoday

EDUCAUSEresearchconsistentlyfindsthat universitieshavefarmoreAItoolsoperating acrosstheircampusesthanITdepartmentsare awareof.

TheseincludeAIwritingassistants,research automationtools,codingcopilots,dataanalysis platforms,andAItutoringsystems,manyof whichoperateentirelyoutsidetheuniversity’s datagovernanceperimeter.

Therisksareconcrete:

● DataLeakage:Whenaprofessoruploads anunpublishedresearchdatasettoa commercialAIplatform,thatdatamaybe stored,logged,orusedformodeltraining. Theuniversitylosescontrolofits intellectualpropertywithnoaudittrail.

● FERPAViolations:Ifstudentperformance recordsareprocessedbyanunapprovedAI system,theinstitutionmayviolatefederal privacylawevenifthefacultymemberhad nointenttobreachcompliance.

● CybersecurityExposure:AItools connectedinformallytocampussystems bypassthesecurityreviewsthatapproved enterprisesoftwareundergoes.

Thegovernancelessonisclear:awareness campaignsaloneareinsufficient. Institutionsneedactivemonitoring,notjust policydocuments.

CorePillarsofanAIGovernanceFramework

EffectiveAIgovernanceinhighereducationisnotanIT function;itisaninstitutionalone.

GuidancefromUNESCO,theOECD’sAIPrinciples,and theUK’sHigherEducationPolicyInstitute(HEPI) consistentlyidentifiesfourpillarsthatdistinguishmature governanceframeworksfromadhocpolicyresponses.

1.InstitutionalAISteeringCommittees

Governancemustbeginattheleadershiplevel.Universities, includingtheUniversityofEdinburgh,publishedoneof thefirstcomprehensiveinstitutionalAIgovernance frameworksinUKhighereducationin2024.

Structuredoversightaroundcross-functionalcommittees composedofacademicleadership,IT,legal,researchethics, andfacultyrepresentatives.

Thesecommitteesareresponsiblefordefiningacceptable usepolicies,reviewingAIvendors,monitoringemerging risks,andadvisingseniorleadership.Critically,they preventAIdecisionsfromdefaultingentirelytoIT departments,ensuringacademicvaluesremaincentralto governance.

2.EthicalAIPrinciplesinPractice

Ethicalgovernancegoesbeyondpublishingprinciples;it operationalisesthem:

A.Transparency

StudentsandfacultymustknowwhenAIisinvolvedin academicoradministrativedecisions.AI-assistedgrading, automatedfeedback,andalgorithmicadmissionsscreening shouldbedisclosed.

TheEUAIActmakestransparencymandatoryforhigh-risk AIapplications;institutionsoperatinginEuropehaveno choice.

B.FairnessandBiasAuditing

AIsystemstrainedonhistoricaldatasetscanreproduce structuralinequalities.ArizonaStateUniversity’sAITask Force,establishedin2023,requiresbiastestingbeforeany AItoolisdeployedinstudent-facingapplications,amodel thatotherinstitutionsarebeginningtoadopt.

C.Accountability

Finaldecisionsinvolvingstudentsorstaffmustremain underhumanauthority AIinforms;humansdecide. Thisprincipleisembeddedinmostleadinggovernance frameworksandisabaselinerequirementunderEUAI Actprovisionsforhigh-risksystems.

3.Human-in-the-Loop(HITL)Oversight

RatherthanpermittingAIsystemstooperate autonomously,HITLgovernancerequireshuman reviewateverycriticaldecisionpoint.

AnAIsystemmightanalysestudentengagement patternsandflagstudentsatriskofdroppingout,but advisorsretainfulldecision-makingauthorityoverany intervention.

MIT’spublishedAIPolicyPrinciplesidentifyHITL oversightasafoundationalstandardforAIsystemsthat affectstudentoutcomes,apositionreflectedinthe broadergovernanceframeworksmanyresearch universitiesarenowformalising.

ThisapproachallowsinstitutionstogainAI-driven insightswhilepreservingacademicaccountabilityand legaldefensibility

4.ContinuousMonitoringOverStaticPolicy

TraditionalITpoliciesareapprovedonceand periodicallyreviewed.AIgovernancecannotworkthis way.AImodelsareupdated,trainingdatachanges,and newcapabilitiesemergeontimelinesthatannualpolicy reviewscannotmatch.

TheOECD’sFrameworkfortheClassificationofAI Systemsrecommends“continuousassurance”models, ongoingmonitoringofAIbehaviourratherthanonetimeapproval.

Universitiesadoptingthisapproachbuildaudit mechanismsdirectlyintotheirAIprocurement contracts

AIGovernanceandAcademicIntegrity

GenerativeAIhastransformedacademicintegrityfrom aplagiarismproblemintoanauthorshipproblem, andthetworequirefundamentallydifferentresponses.

ThisisoneofthemostvisibleplaceswhereAI governanceinhighereducationdirectlyshapes thestudentexperience.

Traditionalplagiarismdetectionlookedfor copiedtext.AI-generatedcontentisoriginalby definition,renderingtoolslikeTurnitin insufficientasstandalonesolutions.

TheUniversityofOxford’sAcademic IntegrityFramework,revisedin2024, explicitlyacknowledgesthis,pivotingfrom detection-firstapproachestowardassessment redesignandtransparentdisclosurepolicies.

Leadinginstitutionsarerespondingacross threefronts:

1.AssessmentRedesign

Oralexaminations,project-basedwork,and in-classanalyticaltasksevaluateunderstanding thatAIcannotsimulate.

Stanford’sHassoPlattnerInstituteofDesign haspilotedprocessdocumentationapproaches inselectcourses,wherestudentssubmitdrafts, annotations,andreflectivejournalsthat demonstratethethinkingbehindoutputs,not justtheoutputsthemselves.

2.Disclosure-BasedPolicies

Ratherthanattemptingblanketbans,which EDUCAUSEnotesarelargelyunenforceable, institutionslikeUniversityCollegeLondon nowrequirestudentstodeclarewhenandhow AItoolswereused,treatingtransparencyasan academicskillinitself.

3.FacultyDevelopment

SeparateEDUCAUSEfacultyreadiness

findingsindicatethatfewerthan30%of facultyfeelconfidentdesigningAI-resilient assessments.

Governanceframeworksthatinvestinfaculty training,notjuststudent-facingpolicies, producemoreconsistentanddefensible integritystandards.

TheEUAIAct:WhatUniversitiesCannotIgnore

TheEUAIActintroducesthemostsignificant regulatorychangeforuniversitiesoperatinginorwith EuropeaninstitutionssinceGDPR.

Keyimplicationsforhighereducation:

● High-riskclassification:AIsystemsusedfor studentassessment,admissionsscreening,and performancemonitoringfallundertheAct’s high-riskcategory

Thesesystemsrequireconformityassessments,bias testing,humanoversightmechanisms,andfull auditabilitybeforedeployment.

● Prohibitedpractices:AIsystemsthatuse subliminaltechniquesorexploitstudent vulnerabilitiesrelevantinthecontextofadaptive learningplatformsareprohibitedoutright.

● Extraterritorialreach:Universitiesoutsidethe EUthatprocessdatafromEU-basedstudentsor partnerwithEUinstitutionsmaystillfallunderthe Act’sscope.

InstitutionsthathavenotbegunEUAIAct complianceassessmentsarealreadybehind The Act’shigh-riskprovisionsapplyfromAugust2026 formostusecases.

AIVendorRisk:AGovernanceChecklist

EveryAItooladoptedbyauniversitycarries institutionalrisk.Astructuredvendorassessment protectsagainstshadowAIenteringthrough procurementchannels.

Universitiesincreasinglyapplyzero-trustsecurity principlestoAIvendorevaluation,treatingevery externalsystemasapotentialriskuntilverified,rather thantrustedbydefault.

BuildinganInstitutionalAIGovernanceRoadmap

Policywithoutimplementationisadocument,not agovernanceframework.InstitutionsbuildingAI governanceinhighereducationfromthegroundup shouldmovethroughfivestagessequentiallyrather thansimultaneously

Stage1:AIInventory

MapeveryAItoolcurrentlyinuseacrossteaching, research,administration,andstudentservices.Most universitiesdiscoversignificantlymoretoolsthan anticipated.

Thisinventoryprocessistypicallywhenthefullscaleof unsanctionedAIadoptionbecomesvisibleforthefirsttime.

Stage2:PolicyDevelopment

Draftacceptableusepolicies,researchethicsguidelines, procurementstandards,anddatagovernancerules.Policies shoulddefinewhatispermitted,whatrequiresapproval, andwhatisprohibited,withclarityonconsequences.

Stage3:GovernanceStructures

EstablishtheAIsteeringcommittee,datagovernance board,andethicsreviewpanel.Definedecisionrights clearly:whoapprovesnewAItools,whomonitors deployedsystems,andwhoescalatesconcerns.

Stage4:AILiteracyPrograms

Governancefailsiffacultyandstafflacktheknowledgeto applyit.TrainingshouldcoverresponsibleAIusein teaching,algorithmicbiasrecognition,andthepractical implicationsofinstitutionalpolicy,notjusttheexistenceof thatpolicy.

Stage5:ContinuousMonitoring

Buildreviewcyclesintogovernancefromdayone.AI systemschange.Regulationschange.Institutionalrisk profileschange.

AnnualauditsofdeployedAIsystems,quarterlyvendor reviews,andreal-timemonitoringofhigh-riskapplications shouldbestandardbythetimeauniversityreaches governancematurity.

PreparingforAgenticAI:TheNextGovernance Frontier

GenerativeAIisalreadyagovernancechallenge.Agentic AIsystemscapableoftakingautonomousactionsacross researchdatabases,schedulingsystems,administrative workflows,andcommunicationplatformswillbe substantiallyhardertogovern.

Multi-agentarchitectures,wheremultiple AIsystemscollaborateanddelegatetasks tooneanother,aremovingfromresearch labstoenterprisesoftware.Severalmajor edtechvendorsarealreadypilotingagentic toolsforstudentadvisingandcourse personalisation.

Foruniversities,thisraisesgovernance questionsthatcurrentframeworksarenot designedtoanswer.Earlyguidancefrom theWorldEconomicForum’sAI GovernanceAllianceandemerging institutionalpracticepointstowardthree priorityareas:

1.Accountabilitychains

WhenanautonomousAIagentmakesa decisionthatharmsastudent,current frameworksbuiltaroundindividualhuman decision-makersdonotmapcleanlyonto multi-stepautomatedpipelines.

Leadinginstitutionsarebeginningto designateanamedhuman“AI accountabilityowner”foreachdeployed agenticsystem,ensuringthatevery automatedworkflowtracesbacktoan identifiableindividualwithreview authority.

2.Accessgovernance.

Agenticsystemsrequiredynamic,scoped permissionsratherthanstaticaccessgrants.

Theemergingbestpracticealignedwith zero-trustprinciplesalreadyappliedto vendorevaluationistograntagenticAIthe minimumpermissionsrequiredfora specifictask,withautomaticexpirationand human-triggeredre-authorisationfor sensitivedataenvironments,including studentrecordsandresearchrepositories.

3.Pipelineauditability

Multi-agentsystemscanobscuretheorigin ofindividualdecisionsacrosslayersof automateddelegation.

Universitiesbuildingagenticgovernancepoliciesareprioritising end-to-endloggingrequirements,mandatingthateveryagentaction, handoff,anddecisionpointisrecordedinanimmutableaudittrailthat humanreviewerscaninterrogateafterthefact.

TheWorldEconomicForum’sAIGovernanceAlliancerecommendsthat institutionsbegindevelopingagenticAIgovernancepoliciesnow,before deploymentpressureforcesuniversitiesintoreactivepolicymaking.

TheFutureofResponsibleAIinHigherEducation

AIwillreshapeeveryfunctionofthemodernuniversity,learning,research, operations,andstudentsupport,buttheshapeittakeswillnotbe determinedbythetechnologyalone.

Itwillbedeterminedbythechoicesinstitutionsmakenowabout accountability,oversight,andwhoseinterestsgovernanceisdesignedto protect.

StrongAIgovernanceinhighereducationisnotaconstraintoninnovation. Itistheconditionthatmakesinnovationdefensible:tostudentswhosedata isatstake,toregulatorswhoarewatching,andtothepublicthatgrants universitiestheirsociallicensetooperate.

Theuniversitiesthatwilldefinethenexteraofhighereducationarenot necessarilytheearliestadopters.Theyaretheonesbuildingtheinstitutional infrastructuretoensurethateveryAIsystemtheydeploycanbeexplained, audited,and,ifnecessary,stopped.

Ifyoufoundthisinsightvaluable,shareitwithacademicleadersand colleagueswhoareshapingthefutureofresponsibleAIinhigher education.

Shadab Mestri

“The Swanson School not only prepares students to meet the challenges of today and tomorrow with creativity, innovation, and endless hands-on experiential learning opportunities.”

University of Pittsburgh’s

ENGINEERING SWANSON SCHOOLOF

TheUniversityofPittsburgh’sSwansonSchoolof Engineeringhasbeenaleadinginstitutionin engineeringeducationandresearchforalmosttwo centuries.Witharichhistorydatingbacktotheearlydaysof theindustrialrevolution,theschoolhasplayedasignificant roleinshapingourstate,country,andworldthroughits innovativeprocessesanddesigns.Today,theSwansonSchool continuestoproducehighlyqualifiedengineersandconduct cutting-edgeresearchthataddressessomeoftheworld’smost pressingchallenges.

Frombioengineeringandsustainabilitytonanotechnologyand productinnovation,theschoolisdedicatedtodeveloping solutionsthatcreateabetterfuture.Thefacultyandstaff attheSwansonSchoolarecommittedtosupportingstudents byprovidingexcellenteducationalprograms,conducting leading-edgeresearch,andcreatinginnovativeindustrial partnerships.Assuch,theSwansonSchoolofEngineeringisa placewherestudentscanlearn,innovate,andmakeareal impactontheworldaroundthem.

GuidingValuesandMission

TheSwansonSchoolisguidedbyasetofcorevaluesthat reflectitscommitmenttoacademicexcellence,innovation, andsocialresponsibility.Theschool’sleadersarededicated topromotingscholarshipandcreativity,encouraging open-mindednessandcollegiality,andensuringstudent satisfactionwiththeiruniversityexperience.Theschoolalso placesahighvalueondiversityinitsstaff,faculty,andstudent body,recognizingtheimportanceofdifferentperspectivesin fosteringacultureofinnovationandexcellence.

Inadditiontothesevalues,theSwansonSchoolholdsitself accountableforitsperformance,strivingforqualityinboth teachingandresearch.Theschoolrecognizestheimportance ofacademicfreedomandsharedgovernance,fosteringan environmentofinterdisciplinarycollaborationthatencourages theexchangeofideasandthepursuitofnewknowledge.

Together,thesevaluesdefinetheSwansonSchoolof Engineeringasaninstitutionthatiscommittedto promotingexcellence,innovation,andsocial responsibilityandtopreparingitsstudentsforsuccessful careersasleadersintheirfields.

ADiverseRangeofInterdisciplinaryPrograms

TheSwansonSchooloffersadiverserangeofprograms andcoursesthatreflectitscommitmentto interdisciplinarycollaborationandinnovation.The school’sdepartmentsincludeBioengineering,Chemical andPetroleum,CivilandEnvironmental,Electricaland Computer,Industrial,andMechanicalandMaterials Science,eachofwhichoffersawiderangeofprograms atboththeundergraduateandgraduatelevels.

TheBioengineeringdepartment,forexample,offers programsinbiomechanicsandbiomaterials,bioimaging andbioinformatics,andbiotechnologyandregenerative medicine,amongothers.TheDepartmentofChemical& PetroleumEngineeringexploresanarrayoffieldsfrom energyandsustainabilitytocomputationalmodeling, pharmaceuticals,andbiomaterials.TheDepartmentof CivilandEnvironmentalEngineeringoffersprogramsin civilengineering,environmentalengineering,structural engineering,transportation,andinfrastructure,among others.

TheDepartmentofElectricalandComputerEngineering offersprogramsinthoseareasaswellasrobotics,power andenergy,and,whiletheIndustrialDepartmentoffers programsinsafetyengineering,operationsresearch, machinelearning,healthcareoptimization,andsupply chainmanagement.Finally,MechanicalEngineeringand MaterialsScienceexpertiseincludescyber-physical systems,mechatronics,metallurgy,softmatter biomechanics,nuclearengineering,quantumcomputing, computationalfluiddynamics,andmuchmore.

CreatingaCultureofInclusion

Inadditiontothesedepartmentalprograms,theSwansonSchooloffers interdisciplinaryprogramsinareassuchasAdvancedManufacturing, Energy,Nanomaterials,andSustainability.Theseprogramsreflectthe school’scommitmenttointerdisciplinarycollaborationandinnovation andprovidestudentswiththeknowledgeandskillsneededtotackle someoftheworld’smostpressingchallenges.

IndividualAttentionandSupporttoStudents

TheSwansonSchooliscommittedtoeachstudent’sacademicsuccess andsupport.Firstly,allstudentsareadmittedtotheFirst-Year EngineeringProgramasundecidedmajors.Thisallowsstudentsto takecoreclassesthatarerequiredforallengineeringdisciplines,form studygroups,andlearntoworkinteams,whichareessentialskills requiredintheirfuturemajors.

Additionally,first-yearengineeringstudentsareassignedadvisorswho areknowledgeableaboutthecurriculumandrequirementsandare focusedonhelpingthestudenttransitionfromhighschooltocollege andachievegoalsthatsetthemonthepathofasuccessfulcollege student.Theadvisorsprovideguidanceandsupporttohelpstudents makeinformeddecisionsabouttheirmajor,coursework,andcareer paths.

Furthermore,theSwansonSchooloffersarangeofresourcestoensure studentsuccess,includingtutoringservices,studygroups,academic workshops,andcounselingservices.Theseresourcesareavailableto allstudentsandthefacultyandstaffiscommittedtoproviding personalizedattentiontohelpstudentsovercomeacademicchallenges andachievetheirgoals.

TheUniversity’sOfficeofInclusionand Belonging(OIB)isdedicatedtocreating aninclusiveandwelcomingenvironment forallstudents,especiallythosewhocome fromtraditionallyexcludedidentities, cultures,andcommunities.TheOIBteam workscollaborativelytoprovideholistic studentdevelopment,programming,and co-curricularengagementandadvisingto exploreandbridgetheneedforequityin threemainareasofthestudentexperience thatimpacttheirsenseofbelonging: studentjourney,studentidentity,and studentworldview.

ThroughtheOIB,studentscanfind resourcesandsupporttohelpthem navigatethechallengesofcollegelife, buildcommunity,andconnectwithothers whosharesimilarexperiencesand identities.TheOIBalsooffers opportunitiesforstudentstoparticipatein cross-culturalprogrammingandevents, engageinmeaningfuldialogue,and developinterculturalcompetence.

Additionally,theSwansonSchoolstrivesto maintainadiversestudentbody,faculty, andstaffandrecognizestheimportanceof creatinganenvironmentwhereeveryone feelsvalued,respected,andsupported.

“Since 1846, the University of Pittsburgh’s Swanson School of Engineering has developed innovative processes and designs that have shaped our state, our country, and our world.”

Theschooloffersvariousresourcesand initiativestosupportdiversityandinclusion, suchasdiversityscholarships,mentorship programs,andstudentorganizationsfocusedon underrepresentedgroupsinengineering.

EnhancingCollegeExperiencethrough ExtracurricularActivitiesandResources

Studentshavemanyopportunitiestoparticipate inawiderangeofextracurricularactivitiesand resourcesforstudentstoenhancetheircollege experience.TheEngineeringStudentCouncil overseesseveralstudentchaptersofnational engineeringorganizations,allowingstudentsto networkwithprofessionalsanddevelopstheir skillsbeyondtheclassroom.Theschoolalso offersLivingLearningCommunities(LLCs), specializedlivingenvironmentsthatconnect studentsinsideandoutsidetheclassroom experiences,andaccesstointentionaleventsand programs.Inaddition,studentscanparticipatein researchopportunities,internships,andco-op experiences,givingthemreal-worldexperience andexposuretopotentialcareerpaths.

EmpoweringwithLatestTechnologies

TheSwansonSchoolofEngineeringrecognizesthe importanceofleveragingthelatesttechnologiesfor students’benefit.PittITprovidesawidevarietyof softwaretitlestostudentsthroughtheuniversity’s agreementswithsoftwarevendors,ensuringthatstudents haveaccesstothelatesttoolsandtechnologiesto supporttheirlearningandresearch.Theinstitutealso providesmakerspacesequippedwith3Dprintersand othertoolsfordesignprojects,allowingstudentsto experimentandbringtheirideastolife.

Additionally,studentshaveaccesstolabequipmentfor research,ensuringthattheyhavethenecessaryresources toconductcutting-edgeresearchintheirrespective fields.Byprovidingaccesstothelatestsoftware, equipment,andtools,theinstituteempowersstudentsto becomeproficientinthelatesttechnologies,preparing themforsuccessfulcareersintheirchosenfields.

CareerOpportunitiesandProfessionalDevelopment

TheSwansonSchoolofEngineeringprovidesits studentswithseveralcareeropportunitiesupon graduation.Theco-opandinternshipprogramsthrough theOfficeofExperientialLearningandProfessional Engagementaredesignedtoprovidestudentswithrealworldexperienceintheirrespectivefields,whichoften translatestojoboffersupongraduation.Theprogram helpsstudentsgainpracticalexperienceanddevelop theirprofessionalskills,makingthemmoremarketable topotentialemployers.

Additionally,studentengineeringprofessionalchapters organizetheirownjobfairsforstudents,givingthem accesstopotentialemployersintheirrespectivefields. Theinstitutealsohostsacareerfaireachyear,where studentshavetheopportunitytomeetwith representativesfromvariousengineeringfirmsand companies.Thiscareerfairhelpsstudentsconnectwith potentialemployers,explorecareeroptions,anddevelop aprofessionalnetwork.

CLASSROOM RELAY

Active Learning Meets Digital Control

Walkintoanymodernclassroom,andyouwillnoticetwocompeting forces.Ononeside,studentsneedmovement,interaction,and collaborationtolearntruly.Ontheotherhand,devicesdemand structure,supervision,anddigitalfocus.

Thisiswheretheideaoftheclassroomrelaybecomespowerfulandoften misunderstood.

Forsomeeducators,aclassroomrelayisahigh-energylearningstrategythatturns academicconceptsintoteam-basedchallenges.Forothers,itreferstodigitalclassroom managementtoolsoncebrandedunder“Relay.”Theconfusionisreal,andsoisthe opportunity

In2026classrooms,themosteffectiveschoolsarenotchoosingbetweenmovement andmonitoring.Theyareblendingboth.

Thisguidebringsclarity.Wewillexploretheresearchbehindmovement-integrated instruction,examineinclusiverelaymodelsacrossgradelevels,andexplainhow digitaltoolssupportstructured,activelearningenvironments.

Let’sbeginbydefiningwhataclassroomrelaytrulyis.

WhatIsaClassroomRelay?

Aclassroomrelayisastructured,team-basedinstructionalstrategywhere studentsphysicallymovebetweendesignatedstationstocompleteacademictasks, reinforcingcontentandcollaborationbeforepassingresponsibilitytoapeer.

Ineducation,thismodelisusedto:

● Reinforceacademiccontent

● Encouragecollaboration

● Increasephysicalengagement

● Improvefocusthroughstructuredmovement

Theformatcanvary.Inelementaryclassrooms,itmayinvolvevocabularycardsplaced atstations.Inhighschoolsettings,itcouldmeanrotatingthroughcomplexcase-study checkpoints.

Thestructureremainsconsistent:movement,accountability,andshared responsibility.Muchlikeotherclassroommanagementgames,therelaytransforms routinetasksintohigh-engagementopportunities.

However,theterm“classroomrelay”alsoappearsindigitaleducationcontexts.

TheedtechcompanyLightspeedSystemspreviouslyused“Relay”initsproduct brandingforclassroomdevicemanagement.Today,thecompany’stoolsfocuson filtering,monitoring,andreal-timestudentvisibilityin1:1environments.

Understandingthisdistinctionisimportant.Onerefersto pedagogy.Theotherreferstodigitaloversight.

Thisarticleaddressesbothbecausemodernclassrooms requireboth.

WhyMovementImprovesLearning

Theeffectivenessofrelay-stylelearningisnotbased onenthusiasmalone.Itisgroundedinresearchon movement-integratedinstruction.

Recentstudiespublishedinpeer-reviewedjournalssuchas FrontiersinPsychologyandindexedintheNationalCenter forBiotechnologyInformation(PMC)showthatstructured physicalactivityduringinstructionimproves:

● Executivefunction

● Selectiveattention

● Workingmemory

● Cognitiveflexibility

ExecutivefunctionisespeciallycriticalinK–12education. Itgovernsplanning,focus,andimpulsecontrol.

Whenstudentsmovewithpurposeduringlearningtasks, thebrainincreasesoxygenflowandneuralactivation patternslinkedtomemoryretention.Instructionalcoaches consistentlyreportthatswappingpassivereadingfor physicalrelaysactivelylowersbehavioraldisruptions.

Researchonneuroplasticityfurthersupportsthis. Movementstimulatesneuralpathwaydevelopment, strengtheningthebrain’sabilitytoencodeandretrieve information.Inpracticalterms,studentsaremorelikely torememberwhattheylearnwhenthebodyisengaged alongsidethemind.

Movementalsoreducescognitivefatigue.Insteadofsitting passively,studentsalternatebetweenphysicalactivation andmentalprocessing.Thispatternsustainsattentionover longerinstructionalperiods.

Aclassroomrelayisnotsimplyagame.Itisastructured cognitivestrategyalignedwithhowthebrainprocesses information.Thismirrorsthebroader shiftfrompassively receivinginformationtoactivelyexploringitthatdefines modernactivelearningapproaches.

TypesofClassroomRelayActivitiesAcross GradeLevels

Aclassroomrelayisnotlimitedto elementaryschool.Whendesigned intentionally,itscalesacrossagegroupsand subjectareas.Thekeyisaligningmovement withcognitivedemand.

1. ElementarySchoolRelays

Attheelementarylevel,relaysfocuson foundationalskillreinforcementandgross motorengagement.

Commonformatsinclude:

● VocabularyRelays:Studentsrunto retrievewordcardsandmatchthemwith definitions.

● MathFactStations:Teamsrotate throughquickproblem-solving checkpoints.

● SpellingBoardRuns:Onestudentwrites aletteratatimebeforetaggingthenext teammate.

● SensoryPathRelays:Integrated movementpathsthatsupportfocusbefore answeringacademicprompts.

Foryoungerlearners,structuredmovement supportsattentionregulation.Studieson movement-integratedinstructionshow improvementsinselectiveattentionand on-taskbehaviorwhenphysicalactivityis embeddedintoacademicroutines.

Theemphasisatthislevelisrhythm:move, think,return,repeat.

SuggestedTime:15–20minutes|Group Size:3–5students|Materials:Taskcards, timer,answersheets

2.MiddleSchoolRelays

Inmiddleschool,therelayformatshiftsfrom recalltoreasoning.

Examplesinclude:

● ScienceConceptCircuits:Studentsrotatebetween experimentsummariesandanalysisquestions.

● HistoryTimelineRelays:Teamsassemblechronological sequencesatstations.

● Problem-SolvingRelays:Multi-stepmathproblems completedcollaboratively.

● BrainBreakRelays:Shortmovementtasksfollowedby reflectionprompts.

Adolescentsbenefitfromcollaborativemovementbecauseit activatesexecutivefunctionwhilemaintainingsocial engagement.Researchincognitivedevelopmenthighlightsthat structuredpeerinteractionstrengthensworkingmemoryand cognitiveflexibility

Atthisstage,relaysshouldincludestrategicthinking,notjust speed.

SuggestedTime:20–25minutes|GroupSize:4–6students| Materials:Stationfolders,reflectioncards,optionalQRcodes

3.HighSchoolandHigherEducationRelays

Thisiswheremostcompetitorsfailtoprovideguidance.

Relaylearningatadvancedlevelsfocusesoncomplexreasoning, debate,andsynthesis.

Effectivemodelsinclude:

● CaseStudyRotations:Teamsanalyzedifferentcomponents ofareal-worldscenariobeforepresentingintegratedfindings.

● STEMChallengeRelays:Eachstationaddsalayerof complexitytoanengineeringordata-analysistask.

● LiteraryAnalysisRotations:Studentsbuildinterpretive argumentsacrosscheckpoints.

● APReviewCircuits:Timedconceptreinforcementaligned withexamstandards.

Olderstudentsdonotneedsimplifiedgames.Theyneed structuredcollaborationwithintellectualdepth.Movement remainspurposefulbutsecondarytoanalyticalrigor

Whendesignedwell,highschoolrelaysreduce passivenote-takingandincreaseaccountability withinpeergroups.

SuggestedTime:25–35minutes|GroupSize: 4–6students|Materials:Casestudypackets, analyticalrubrics,digitalsubmissiontools

DesigninganInclusiveClassroomRelay

Movement-basedlearningmustbeadaptable.Not everystudentexperiencesstimulationinthesame way

ResearchonADHDandsensoryprocessing emphasizesthatstudentswithADHDorsensory sensitivitiesbenefitfromstructuredmovementbut onlywhenpredictabilityandchoicearebuiltinto theenvironment.

Similarly,reportingfromEducationWeek highlightstheimportanceofflexibilityin movement-basedinstruction.

Practicalinclusionstrategiesinclude:

● ChoiceBoards:Allowstudentstoselect betweenmovementintensitylevels.

● SensoryWalkOptions:Providecalm movementpathwaysinsteadofcompetitive sprints.

● TimedTransitions:Clearauditoryorvisual cuesforstationshifts.

● DefinedRoles:Timekeeper,recorder,presenter, sonoteverystudentisrequiredtorun.

Inclusionisnotaboutslowingtherelay.Itisabout designingstructuredaccesspoints.

Whenthoughtfullyimplemented,relayactivities canimproveexecutivefunctionwhilesupporting emotionalregulation.

TheRiseofthe“Phygital”ClassroomRelay

Themodernclassroomoperatesina1:1device environment.Movementdoesnotreplace technology;itcoexistswithit.

Educationalleadersareincreasinglydescribingthisblended environmentas“phygital,”wherephysicallearning experiencesaresupportedbydigitalinfrastructure.

Inpracticalterms,thismaylooklike:

● QRcodesatrelaystationslinkingtoproblemsets

● Chromebooksubmissionsateachcheckpoint

● Real-timedigitalquizzesembeddedintomovement cycles

● AI-generatedpromptsadjustingtaskdifficultybetween rounds

Thedifferencein2026isnotjustmovement.Itisvisibility.

Teachersarenowabletocombineactivelearningwith structureddigitaloversight.Thisensuresthatdevices enhanceinstructionratherthandistractfromit.

ClassroomRelaySoftwareExplained

Asclassroomrelaysevolvein1:1environments,digital managementbecomespartoftheconversation.

Someeducatorsencountertheterm“classroomrelay” throughlegacyproductbrandingfromLightspeedSystems, acompanyknownforK–12filteringandclassroom managementtools.

Whilethecompany’sflagshipproducttodayisLightspeed Filter,earlierbrandingincluded“Relay,”whichstillappears insearchbehavior

Itisimportanttoclarifythedistinction.

Aclassroomrelayactivityreferstoamovement-based instructionalmodel.Classroommanagementsoftware referstotoolsthatprovide:

● Real-timestudentscreenvisibility

● Websitefiltering

● AI-supportedvideomonitoring

● Policy-basedaccesscontrol

● Hierarchicalmanagementacrossschoolsanddistricts

Forexample,AI-assistedfeaturessuchasSmartPlay filteringallowschoolstomanageYouTubecontent dynamically,whilestructuredpolicysystemsenable differentiatedpermissionsbygradeorrole.

Inarelay-basedclassroom,thesetoolsserveasupporting function.Theyallowteacherstomaintaindigitalfocus whilestudentsrotatephysicallybetweenlearningstations.

Thegoalisnotsurveillance.Itisinstructional alignment.

ManagingMovementWithoutLosingDigitalFocus

Movementenergizeslearning.Devicescaneithersupport thatenergyordisruptit.

Thechallengeinmodernclassroomsisbalance.

Whenstudentsrotatebetweenrelaystationswithdevices inhand,teachersneedclearguardrails.Researchon attentionshowsthatdividedfocusreducestask performance.Thismeansdigitalboundariesmustbe definedbeforemovementbegins.

Practicalstrategiesinclude:

● Pre-settingapprovedsitesbeforetherelaystarts

● Lockingdevicesintoasingle-taskmodeduringtimed rounds

● Assigningadigitalmonitorrolewithineachteam

● Usingtimedsubmissionwindowsforaccountability

Real-timevisibilitytoolsallowteacherstointervene quicklyifstudentsdriftofftask.Butstructureshouldnot replacetrust.Studentsmustunderstandwhydigital expectationsexist.

Aclassroomrelayworksbestwhenautonomyand accountabilitycoexist.

MeasuringImpact:AssessmentinRelayModels

Manyrelayactivitiesfailforonereason:theymeasure excitementinsteadoflearning.

Toalignrelayswithacademicoutcomes,assessment mustbeembeddedintothestructure.

Effectiverelay-basedassessmentstrategiesinclude:

● FormativeCheckpoints:Quick-responsepromptsateachstation

● CumulativeProblemChains:Eachteambuildsontheprevious group’sanswer

● PeerExplanationRounds:Studentsexplainreasoningbefore movingforward

● DigitalExitSubmissions:Shortreflectiveresponsessubmitted attheend

Researchonexecutivefunctionshowsthatstructuredretrieval strengthensmemoryconsolidation.Whenrelaysincludereflective checkpoints,theymovebeyondactivityandbecomecognitive reinforcementsystems.

Datacollectedduringrelayscaninform:

● Instructionalpacing

● Misconceptionpatterns

● Groupcollaborationdynamics

● Differentiationneeds

Awell-designedclassroomrelayismeasurable,notchaotic.

Quick-StartClassroomRelayTemplate

Notsurewheretobegin?Usethissimpleframeworktobuildyourfirst relaythisweek.

1.Pickyourcontent:Choose4–6concepts,questions,orproblemsfrom yourcurrentunit.

2.Setupyourstations:Placeonetaskateachstation.Labelthem clearly.Includeatimerateachpoint.

3.Assignroles:Everystudentgetsarole:runner,recorder,timekeeper, orpresenter

4.Setdigitalexpectations:Ifdevicesareinuse,definewhichsitesor toolsareapprovedbeforetherelaybegins.

5.Runandreflect:Aftertherelay,spend5minutesonawhole-class debriefordigitalexitslip.

That’sit.Yourfirstrelaydoesnotneedtobeperfect.Itneedstohappen.

TheFutureofClassroomRelays StartsWithYou

Theclassroomrelayisnolongerjusta game.Itisastrategicresponsetoa changingeducationallandscape.

In2026,studentsneedmovementto strengthenattention,collaborationto buildreasoning,anddigitalstructureto protectfocus.Schoolsthatsucceedare notchoosingbetweenphysical engagementandtechnological oversight.Theyareintegratingboth withintention.

Whetheryouareaclassroomteacher designingyournextlessonoraschool leaderevaluatingdigitalinfrastructure, theopportunityisclear Movementand managementarenotopposingforces. Theyarecomplementarytoolsina well-designedlearningecosystem.

Ifthisguideclarifiedthemodern classroomrelayforyou,shareit withacolleaguewhoisrethinking engagementintoday’sclassrooms. Conversationslikethisshape betterschools.

UNIVERSITY OF NEVADA, RENO COLLEGE OF

Driving Excellence, Innovation, and Inclusion in Engineering Education

TheCollegeofEngineeringatthe

UniversityofNevada,Reno(UNR)hasa longhistoryofexcellenceinhigher educationinNevada,datingbacktothelate19th centurywhenthestatefoundeditsfirstinstitutionof higherlearning.Asthestate’sflagshipacademic institution,UNRhassupportedtheacademicgoalsof manystudentsthroughitsdistinguishedengineering programs.TheCollegeofEngineeringiscommittedto providingacomprehensiveandimmersiveeducational experiencethatprioritizesstudentsuccess, engagement,andresearchexcellence.

TheCollegeisknownforitsprolificresearch activities,whichcultivateacultureofinnovationand inquiry.Studentshaveaccesstounparalleled opportunitiesforscholarlyexplorationand development,evenattheundergraduatelevel.The Collegealsohostsavarietyofengineeringclubs, rangingfromthenationallyacclaimedNevadaCyber ClubtothestudentchapteroftheAmericanSocietyof CivilEngineering,whichrecentlycelebratedits100th anniversary.Theseclubsofferstudentsafertileground topursuediverseinterestsandprofessionalgrowthin engineering.

EngineeringProgramsandCollaborative Innovations

TheCollegeofEngineeringattheUniversityof Nevada,Reno(UNR)offersacomprehensivearrayof engineeringprogramstosuitdiverseinterestsand careergoals.TheCollegehasfivedepartments: Chemical&MaterialsEngineering;Civil& EnvironmentalEngineering;ComputerScience& Engineering;Electrical&BiomedicalEngineering; andMechanicalEngineering.Thesedepartmentsoffer over40engineeringdegrees,minors,andcertificate programs.OneoftheCollege’spioneeringinitiatives isthenation’sfirstBatteriesandEnergyStorage TechnologiesMinor,wherestudentscreateandtest lithium-ionbatteriesfromrawchemicalcomponents.

TheCollegealsocollaborateswiththeCollegeof LiberalArtstoofferaninterdisciplinaryBachelorof Sciencedegreeincomputationallinguistics,which exploreslanguagethroughcomputationalmethods. Furthermore,witha$36milliondonationfromthe GeorgeW.GillemotFoundation,theCollegeplansto enhanceandexpandtheaerospaceprogram, providingstudentswithaccesstocutting-edge resourcesandopportunitiesinthisdynamicfield. Additionally,theCollegeoffersacceleratedprograms thatallowtalentedstudentstocompleteboth bachelor’sandmaster’sdegreesinaslittleasfive years,demonstratingitscommitmenttoacademic excellenceandinnovation.

ExcellenceinEngineeringEducationand Research

TheCollegeofEngineeringhasafacultythat comprisesrenownedresearchersandscholarswho excelinvariouscutting-edgedisciplines.Thefaculty membershaveexpertiseinareassuchasearthquake engineering,artificialintelligence,bigdataanalytics, renewableenergytechnologies,environmental science,andunmannedvehiclesystems.Theyareat theforefrontofinnovationintheirrespectivefields. SeveralfacultymembershavereceivedtheNational ScienceFoundationCAREERaward,theagency’s mostprestigiousrecognitionforearly-careerfaculty Thisawardhighlightstheircommitmentto groundbreakingresearchandacademicexcellence.

TheCollegealsohasafacultymemberwhoisa memberoftheNationalAcademyofEngineering, whichdemonstratesthehighlevelofexpertiseand leadershipwithintheinstitution.TheCollegehasa student-teacherratioof27:1,whichensuresa conducivelearningenvironment.Studentsbenefit frompersonalizedattentionandmentorshipfrom accomplishedfacultymembers.Thisfacilitatesan enrichingeducationalexperienceandfostersaculture ofcollaborationandintellectualgrowth.

EnrichingStudentExperiencethroughDiverse Opportunities

TheCollegeoffersavarietyofextracurricularactivities andresourcestoenhancetheacademicexperienceofits students.Studentscanapplytheirengineeringskillsin real-worldprojectsandcompetitions,suchasthe AerospaceClub’srocketlaunchesintheBlackRock Desertortheconcretecanoeracingteam’sparticipationin regionalandnationalevents.TheCollegealsopromotes globalengagementthroughitsinternationalexchange programforengineeringstudents,whichprovides opportunitiesforimmersiveexperiencesandcross-cultural learningincountriessuchasGermany,Nepal,andSouth Korea.

Furthermore,theEngineeringTutoringCenterisavaluable resourcehubthatofferscomprehensivesupporttoensure students’academicsuccess.Thecenterprovidestutoring sessionsandspecializedreviewsessionsforexamssuchas theFundamentalsofEngineeringExam—akey requirementformanyengineeringmajors.Thecenter helpsstudentswiththenecessarytoolsandguidanceto excelintheircourseworkandprofessionalpursuits. Throughtheseextracurricularactivitiesandsupport services,theCollegeofEngineeringcreatesadynamic learningenvironmentthatencouragesstudentstoexplore theirpassions,developpracticalskills,andthrive academicallyandprofessionally

FosteringDiversityandInclusion

TheCollegeofEngineeringvaluesdiversity,equity,and inclusion(DEI)asessentialpillarsofitsacademic community TheCollege’sDEICommitteeworksto addresssystemicbarriersofprejudicewithinthe engineeringcommunityandsociety TheCollegealsojoins organizationssuchastheNationalGEMConsortium, whichfostersdiversityandincreasestheparticipationof underrepresentedgroups—AfricanAmericans,American Indians,andHispanicAmericans—inengineeringand scienceatthemaster’sanddoctorallevels.

Moreover,theCollegesupportsandcollaborateswith engineeringclubsandgroupssuchastheSocietyof WomenEngineersandtheNationalSocietyofBlack Engineers.Theseclubsandgroupscreateaninclusive environmentwhereallstudentsfeelvaluedand empowered.Theyalsoraiseawarenessofdiverse perspectivesandprovideresourcesandnetworking opportunitiesforunderrepresentedstudentsinengineering.

Furthermore,theUniversity’sOfficeof InternationalStudentsandScholarssupports thediversestudentbodybyhelping internationalstudents.Theofficeguidesthem onvisa-relatedmattersandemployment optionsandaidstheminculturaladjustment. Theofficehelpsinternationalstudents overcomeacademicandpersonalchallenges.

CareerDevelopmentandJobPlacement Initiatives

TheCollegeofEngineeringsupportsthecareer developmentandjobplacementofitsstudents throughvariousservicesfromitsCareer Servicesdepartment.TheCollegehostsjob fairsinSeptemberandFebruarythatattracttop companiesandnationalagencies.Theseevents providestudentswithopportunitiestonetwork, explorecareeroptions,andsecureinternships orfull-timeemployment.Entitiessuchas PanasonicEnergyofNorthAmerica,Redwood Materials,VoyagerSpace,LosAlamos NationalLaboratory,andtheNevadaNational SecuritySiteparticipateintheseevents.They offerstudentsaccesstodiversecareerpathways andindustryinsights.

TheCollegeencouragesinternship experiences,astheyareimportantforfuture careerendeavors.CareerServiceshelps studentsfindinternshipsbyprovidingguidance andresources.Manyemployersinthe College’snetworkhiretheirinternsforfulltimeemploymentaftergraduation.Thisshows thevalueofinternshipexperiencesinshaping students’careertrajectories.

TheCollegealsoengageswithemployersby invitingthemtopresentoncampus.These presentationsgivestudentsfirsthandinsights intocompanymissions,cultures,internship programs,andentry-levelpositions.This interactionenhancesstudents’understanding ofindustrydynamicsandfostersconnections withpotentialemployers.TheCollege’s jobboardisaplatformwherestudentscan explorejobandinternshipopportunitiesthat matchtheiracademicinterestsandcareer aspirations.Thishelpsstudentstransitionfrom academiatoindustry

NurturingEntrepreneurship

TheCollegehastwocoursesfor aspiringentrepreneurs:HighTech EntrepreneurshipandLeadershipfor Engineering.HighTech Entrepreneurshipintroduces concepts,analyses,andpersonal skillsandactionsforlaunchinga tech-basedcompany.Leadershipfor Engineeringhelpsstudentsdevelop andapplyleadershipskillsto collaborativeandtechnical organizations.TheCollege,in partnershipwiththeCollegeof Business,alsohasafive-year programforearningbothabachelor ofscienceinengineeringanda master’sdegreeinbusiness administration(MBA).

AboutDean:ErickC.Jones

ErickC.Jonesbecamethedeanof theCollegeofEngineeringatthe UniversityofNevada,Reno(UNR) inSeptember2022.Dr.Jonesisa researcherinindustrial manufacturingandsystems engineering.Hehasworkedin industry,government,andacademia for25years.Hewasasenior scienceadvisorintheOfficeofthe ChiefEconomistattheU.S.State Department.Hewasalsoaprofessor andassociatedeanforengineering graduatestudiesattheUniversityof TexasatArlington.

Inaddition,Dr.Jonesbelongsto severalprofessionalandacademic organizations,suchasthe InternationalSupplyChain EducationAlliance(ISCEA),the InstituteofIndustrialandSystems Engineers(IISE),theAmerican SocietyforEngineeringEducation, andtheNationalSocietyofBlack Engineers(NSBE).Hehasbeena facultyadvisorforIISE,NSBE,and otherorganizationsfor10years.

“When choosing an engineering degree, consider marketability and personal interests and talents to excel in studies and nd fullling careers.”

Whatdoesittrulymeantobeagenius?Isit merelyaboutahighscore,orsomethingfar deeper?Weoftenmarvelatextraordinary minds.IQ,orIntelligenceQuotient,offersonewayto measurethis.Itgivesusascoreforhowwellourbrains think.Thisincludesproblem-solvingandlearningnew things.Thesecognitiveabilitiesarekey

Thisblogexploresremarkableindividuals.Theypossess someofthehighestIQsintheworldeverrecorded.Wewill lookattheiramazingcontributions.Wealsoshedlighton whatmakesintelligencetrulyexceptional.Thistopicdeeply fascinatesmanypeople.Exceptionalmindspowerfully impactoursociety Theydriveinnovationandchange.Their storiesinspireusall.Let’sunlockthesebrilliantnarratives.

UnderstandingIQ:MoreThanJustaNumber

What

isIQ?

Imagineyourbrainasasuper-powerfulcomputer.IQ,or IntelligenceQuotient,issimplyascore.Thisscorecomes fromaspecialtest.Itmeasureshowwellyourbrainworks. Thinkofitlikeareportcardforyourthinkingskills.These testslookatvariousabilities.Theycheckyourreasoning, problem-solving,andlearningspeed.Forinstance,the Stanford-BinetandWechslertestsareverycommon.They helpusunderstanddifferentcognitivedomains.

TheNuanceofIQScores

Now,let’stalkaboutIQscoresthemselves.100is consideredanaverageIQscore.Thisisthecenterpointfor mostpeople.However,scoresarequiterelative.Different testscangiveslightlydifferentresults.Testmethodsalso playarole.It'snotasingle,fixednumberforlife.

WhileahighIQistrulyimpressive,it'snottheonlykey tosuccess.Considerthis:abrilliantmindalsoneeds creativity.Perseverance,ornevergivingup,iscrucial. Emotionalintelligence,understandingfeelings,matters deeply.Practicalapplication,usingwhatyouknow,is vitaltoo.Theseelementsbuildtrustandshowreal expertise.ThehighestIQintheworldmightbe fascinating,butit'sjustonepieceofalargerpuzzle.

Debate&LimitationsofIQ

So,isIQaperfectmeasure?Notquite.IQtestshave certainlimits.Theydon’tmeasurealltypesof intelligence.Forexample,theymightnotassessmusical talent.Theyalsomissartisticbrilliance.Consideragreat musicianoragiftedartist.Theirgeniusmightnotshow uponanIQtest.Thisunderstandingaddsbalance.It showsanuancedviewofintelligence.Wealwaysseeka completepicture.It'strulymorethanjustanumber.

Here'salistofthepeoplewiththehighestIQsinthe worldcurrently,aspertheUSIA

1. YoungHoonKim

YoungHoonKimfoundedtheUnitedSigmaIntelligence Association(USIA).Thisnon-profitorganizationgathers theworld'sbrightestminds.Itproudlyincludesseven NobelPrizewinners.RenownedintellectualslikeNoam Chomskyalsojointheranks.Furthermore,heholdsan officialworldrecordforintellectualprowess.Various internationalbodieshaveverifiedthisachievement.

Kimisatrulyremarkablepolymath.Heshowcasedhis extraordinarymemoryontelevision.Heflawlessly memorized104pokercardsinjustover10minutes.

Simultaneously,heservesasaTonyBuzanHonorary Professor.Healsoholdsblackbeltsinmanydisciplines. Thisdemonstrateshisdiverseskillsanddeepmental capacity.

2. TerenceTao

TerenceTaoisatruegiant,likeanelephantwithasharp mindinmathematics.Andthishasnotgoneunnoticed whichisseenashehasalsobeenawardedtheFieldsMedal in2006.Thisawardrecognizedhisdeepworkoncomplex equations.Healsocontributedgreatlytoprimenumber patterns.Specifically,withBenGreen,heshowedthat primescanformlongchains.Thistheoremchangedhow mathematiciansviewnumbers.

Theyoftencallhimthe“MozartofMath.”Hewonthe InternationalMathematicalOlympiadveryyoung,at13.By 24,UCLAappointedhimtheiryoungestfullprofessor.He believesmathematicsclarifiesourworld.Itmakesthings logical,notconfusing.Hisworktrulyshowcaseswhatthe highestIQintheworldcanachieve.Herevealshidden structuresinnumbers.

3. MarilynVosSavant

MarilynvosSavantheldtheGuinnessWorldRecord. HerIQof228wasthehighestIQintheworld recordedthen.Thecategoryretiredin1990.Since 1986,shewrites“AskMarilyn”forParademagazine. Sheanswersmillionsofreaders’toughquestions.

Sheisabrilliantlogician.Shebecamefamousfor solvingcomplexpuzzles.Hercolumnsmade advancedreasoningsimple.Sheexplainedparadoxes tothepublic.Herclearexplanationsshowher remarkablemind.Shehelpseverydaypeoplegrasp bigideas.

4. ChristopherHirata

ChristopherHiratawonagoldmedalatage13.He achievedthisattheInternationalPhysicsOlympiad. HebecametheyoungestAmericantodoso.Later,he earnedtheHelenB.WarnerPrize.Thiscelebratedhis workongravitationallensingandcosmology.He trulypushestheboundariesofphysics.

Hewasaphenomenalchildprodigy.At16,heworkedfor NASA.HisresearchfocusedoncolonizingMars.Heeven wrotecomplexgeneralrelativityequations.Hescribbledthem onMcDonald’snapkinsduringhighschoolcamp.Thisshows hisnatural,effortlessbrilliance.Manymightconsiderhistobe amongthehighestIQintheworldfortheoreticalphysics.

5. ShoYano

ShoYanobecametheyoungestM.D.fromtheUniversityof Chicago.Heearnedthisdegreeatjust21yearsold. Simultaneously,hegainedaPh.D.incellbiology.Healso graduatedsummacumlaudefromLoyolaUniversityat12. Thisremarkableacademicspeedstandsout.

Heisanexceptionallymulti-talentedindividual.Hereadat agetwoandwrotebythree.Atfive,hecomposedmusic. Furthermore,heisanaccomplishedpianist.Heevenholdsa blackbeltintaekwondo.Hisdiversetalentstrulyreflecta mindoftenassociatedwiththehighestIQintheworld.He trulyexcelsacrossmanyfields.

6. EvangelosKatsioulis

EvangelosKatsioulisachievedtopscoresinglobal intelligencecontests.Healsofoundedmultiplehigh-IQ societies.TheseincludetheWorldIntelligenceNetwork.Asa psychiatrist,hegreatlyadvancedpsychopharmacology research.Hisworkonantipsychoticmedicationisnotable.

HeisaremarkableGreekpolymath.Heholdsdegreesin medicineandphilosophy.Healsoexcelsin psychopharmacology.Heshowedthebestphysics performanceamongover11,000examinees.Thishappenedin theGreekNationalFinalExaminations.Hebelongstoover60 high-IQsocieties.Thishighlightsamindoftenassociatedwith thehighestIQintheworld.

7. ChristopherHarding

ChristopherHardingfoundedtheInternationalSociety.This Australianorganizationsupportshigh-IQindividuals.Heis alsoarecognizedmember.Hebelongstomanyelite intellectualgroups.Hisworkfostersglobalintellectual communities.

Asaphilosopher,hededicateshisefforts.Heunderstandsand nurturesgiftedminds.Hebuildsconnectionsamongthem.He helpstheworld’smostintelligentpeople.Hisfocuson communityisunique.Hebringstogetherthosewiththe highestIQintheworld.

8. ChristopherLangan

ChristopherLangandevelopedthe Cognitive-TheoreticModeloftheUniverse (CTMU).Heclaimsthisworkisa“Theoryof Everything.”ItuseslogictoproveGod’sexistence. Heachievedthiswithoutaformaldegree.Hiswork stillgainedscholarlyattention.Academicjournals publishedhisideas.

Heisatrulyself-taughtintellectual.Hecreatedhis profoundtheory.Notably,heworkedasanightclub bouncer ThishappenedonLongIsland.Hisstory provesdeepthoughtcanemergefromsurprising places.HerepresentsauniquekindofhighestIQin theworldapplication.

9. RickRosner

RickRosnerisanEmmy-nominatedtelevision writer.Healsoworksasaproducer.Heisfamous for“JimmyKimmelLive!”Moreover,he contributedtogameshows.Theseinclude“Who WantstoBeaMillionaire.”Hewroteformany comedyspecials.

Heisaveryversatileentertainmentprofessional.He useshishighintelligencecreatively.Hebrings smartideastopopularTV.Hetrulyconnectsdeep thinkingwithmassentertainment.Hiscareershows auniquepath.ItprovesthatthehighestIQinthe worldcansucceedinunexpectedplaces.

10. GarryKasparov

GarryKasparovredefinedchessmastery.Hereigned asWorldChessChampionfor15years.HisFIDE ratingof2851setarecord.Heheldtheworld’stop rankforanincredible255months.Indeed,he becametheyoungestworldchampionat22.Healso amassed11ChessOscars.

Hepossessesalegendarystrategicmind.Hemade historyagainstIBM’sDeepBluein1997.This humanversusmachinebattlecaptivatedtheglobe. Moreover,hetransitionedintopoliticalactivism.He alsobecameaninfluentialauthor.Thisdemonstrates intelligencefarbeyondthechessboard.Hisunique journeyshowstheexpansivereachofamindoften citedamongthehighestIQintheworld.Hetruly impactedbothgamesandgovernance.

BeyondtheScore:TraitsofHigh-IQIndividuals

Whatdosmartpeopledo?

HighIQindividualsoftensharespecialstrengths. First,theysolveproblemsverywell.Theytackle toughpuzzleswithease.Next,theylearnnewthings fast.Theyalsorememberinformationquickly. Thinkofthemassupersponges.Furthermore,their thinkingissharpandlogical.Theyseepatterns othersmightmiss.Theyalsohavehugecuriosity Theyalwayswanttoknowmore.Moreover,they oftenseetheworlduniquely Theythinkoutsidethe box.Thesecharacteristicsgobeyondjustanumber Theyshowrealmentalagility

Isintelligencejustborn?

Manywonderaboutintelligence’sroots.Yes,genes playapart.Somesmartnessyouinherit.However, yoursurroundingsarealsoveryimportant. Educationhelpsbrainsgrow.Learningnewthings buildsstrongconnections.Opportunitiesalsomatter alot.Theygiveachancetouseyourbrain.Imagine aplant.Itneedsgoodsoilandsunshine.Yourbrain alsoneedsgoodnurture.Learningfromgreat teachersmakesadifference.Accesstobookshelps too.ThehighestIQintheworldisn’tjustabout birth.Italsoinvolveswhathappensnext.Considera talentedyoungcricketerinPimpri-Chinchwad. Theirnaturaltalentshines.Yet,coachingand practicearevital.Theseelementstrulydeveloptheir potential.Environmentandhardworkunlockfull potential.Thisblenddevelopstrueintellectual strength.

TheEnduringLegacyofGenius

Howdosmartpeoplechangetheworld?

Brilliantmindsleavelastingimpacts.Theyshape ourentireworld.Forinstance,theypushscience forward.Theyinventnewtechnologies.Also,they createamazingart.Theyevenchallengeoldideasin philosophy Thinkofgreatinventions.Theymake ourliveseasier.Considermedicinesthatsavelives. Geniusesoftenbringtheseideastolife.Theirwork becomesarichinvestmentinhumanprogress.It yieldsincrediblereturnsforsociety.ThehighestIQ intheworldisnotjustapersonalachievement.It sparksglobaladvancement.

Whydothesestoriesmattertous?

Thesestoriestrulyinspireeveryone.Theyshowuswhat’s possible.Theymotivateustolearnmore.Moreover,they encourageinnovation.Weseehowonebigideacanchange everything.Theirjourneysremindusofvasthumanpotential. Wefeeladrivetopursueknowledge.Wewanttosolveourown bigproblems.Thiscollectivepursuitleadstoasmarterfuture.

Doesgeniushappeneverywhere?

Absolutely.Geniusknowsnoborders.Itthrivesineverycorner oftheglobe.Youfinditinbigcitiesandsmalltowns.PimpriChinchwad,righthereinMaharashtra,holdsincredibletalent. Indiaasawholeboastsbrilliantminds.Theycontributetoevery field.Thesestoriesremindus.Everypersonpossessesunique potential.Wemustnurturethistalent.Investingineducation helpseveryonegrow.Therefore,brilliancecanblossom anywhere.Ittrulytranscendsallgeographicallimits.

KeyTakeaways

So,whatdidwelearnaboutthesesuperbrains?

First,understandIQasavaluablemetric.Itoffersasnapshotof cognitivepower.However,it’smerelyastartingpoint.Thinkof itlikearawmaterialinvestment.Therealvaluecomesfromits application.ThismeanshighIQisasignificantasset.

Second,geniusextendsfarbeyondnumbers.Theseindividuals built,discovered,andcreated.Theirimpactofferstangible returns.Theysolvedenormousproblems.Theyshapedour science,tech,andevenart.Thisshowstrueintellectual dividends.ThehighestIQintheworldbecomestruly meaningfulthroughitsoutput.It’saboutwhatyoudowiththat brainpower

Third,potentialneedscultivation.Genesprovideablueprint. Yet,environmentandeducationarecriticalfactors.Nurtureyour mindlikeavaluableportfolio.Investinlearningandcuriosity. Provideopportunitiesforgrowth.Forexample,localinitiatives inPimpri-ChinchwadsupportingSTEMeducationdirectly contribute.

Finally,intelligenceisdiverse.Itshinesinmanyforms.It inspiresinnovationglobally Theirstoriesremindusofour collectivepotential.Embraceyouruniquestrengths.Applyyour ownintellectpurposefully.Thatisthereallegacy ofgenius.

Tejas Tamhankar

WESTMONT COLLEGE

Fostering Intellectual, Spiritual, and Personal Growth

Westmont

WestmontCollege,withitsrichhistoryspanning morethan85years,hasemergedasaninstitution knownforitsunwaveringcommitmenttoacademic excellenceintertwinedwithadeeploveforGod.Year afteryear,itearnsaccoladesasoneofthefinest liberalartscollegesinthenation.Fromthecollege’s inception,Westmont’sfaculty,staff,andstudentshave wholeheartedlyembracedthevisionaryidealsofRuth Kerr,theprincipalfounderandbusinessowner,and WallaceEmerson,theesteemedscholarwhoservedas itsfirstpresident.Theircollectivevisionbirthedan institutiondedicatedtoprovidingatransformative educationrootedintheChristianfaith.

AtWestmont,intellectual,spiritual,andpersonal growthformsthecornerstoneoftheeducational experience.Thecollegestronglyfocuseson undergraduatestudents,nurturingtheirintellectual curiosityandfosteringaloveforlearning. Recognizingthevitalimportanceofresearch, Westmontplacesahighvalueonempowering studentstoengageinscholarlyinquiryand exploration.

TheWestmontcommunitythriveson interconnectednessandlifelongrelationshipsas students,faculty,andstaffunitetocreateavibrantand supportivecampusenvironment.Nestledinthe breathtakingsurroundingsofSantaBarbara,the residentialcampusprovidesanidyllicsettingthat inspiresandnurturespersonaldevelopment.

Withaglobalperspectivewovenintoitscurriculum, Westmontequipsgraduatestobeleadersandservants indiversespheresofsociety,transcending geographicalboundaries.Thecollegeremains steadfastinitsdedicationtohonoringitsmissionand legacywhilecontinuouslyenhancingthequalityofits programsandnurturingitsexceptionalcommunity

EmpoweringStudentsforSuccess throughDiverseAcademicPrograms

WestmontCollegeboastsanimpressive arrayofacademicprogramsdesignedto equipstudentsforsuccessintheirchosen fieldsandbeyond.Withnearly100 programstochoosefrom,including28 majorsand38minors,studentsatWestmont choosefromadiverserangeofoptionsto pursuetheirpassionsandprepareforfuture endeavors.

Thecollegeoffers12pre-professional programs,enablingstudentstolayasolid foundationforadvancedstudyorentryinto theirdesiredprofessions.Theseprograms providespecializedtrainingandguidancein law,medicine,business,andpsychology

Forthoseaspiringtoacareerinnursing, WestmontoffersanAccelerated BachelorofScienceinNursing (ABSN).Thisintensiveprogram providesastreamlinedpathwayfor studentstoobtaintheirnursingdegree, equippingthemwiththeknowledgeand skillsnecessaryforsuccessinthe rapidlyevolvinghealthcarefield.

Westmontisalsocommittedto preparingfutureeducators,offering elementaryandsecondaryteaching credentials.Theseprogramsprovide comprehensivetrainingandhands-on experiencestodevelopeffective teachingmethodologiesandfoster apassionforguidingandshaping youngminds.

OneofWestmont’sstrengthsisits dedicationtohelpingstudents completetheirdegreesontime. Withmoststudentsfinishingtheir programsinfouryearsorfewer, Westmontensuresthatstudents canefficientlyprogresstoward theiracademicandcareergoals.

Furthermore,Westmonttakes prideintheexceptional outcomesofitsgraduates. About95percentofseniors findemploymentorpursue advanceddegreeswithinsix monthsofgraduating,atestament tothequalityofeducation andthemarketrelevanceof Westmont’sprograms.

FosteringAcademicExcellenceand IntellectualGrowth

WestmontCollege’scorevaluesdefine itsdistinctiveidentityandguideits educationalphilosophy Theyshapethe college’sapproachtolearning,its commitmenttoexcellence,andits missionoffosteringintellectualand spiritualgrowthwithinafaith-based environment.

Westmont’scorevaluesinclude academicrigor Asthetop-ranked Christianliberalartscollegein California,Westmontseekstopush studentstonewacademicheights throughacombinationoffactors, includingsmallclasssizes,which encouragepersonalizedattentionand meaningfulinteractionswithprofessors. Withtheirexpertiseandcommitmentto excellence,Westmont’sprofessors challengestudentstothinkdeeply, boostingcriticalanalysis,intellectual curiosity,andthepursuitofknowledge acrossvariousdisciplines.This commitmenttoacademicrigorensures thatstudentsreceiveahigh-quality educationthatpreparesthemforthe challengesandcomplexitiesofthe world.

AnothercorevalueofWestmont Collegeisitsrobustliberalarts curriculum.Recognizingthe transformativepowerofawell-rounded education,thecollegebroadly emphasizestheimportanceoflearning. Theliberalartscurriculumprovides studentswithacomprehensive foundationinvariousdisciplines, enablingthemtodevelopessentialskills suchascriticalthinking,effective communication,andculturalliteracy Thisinterdisciplinaryapproach encouragesstudentstomake connectionsacrossdifferentfieldsof study,fosteringaholisticunderstanding oftheworldandpreparingthemto addresscomplex,real-worldchallenges.

FaithliesattheheartofWestmont’scorevalues.AsaChristianinstitution, thecollegeseekstointegratefaithandlearning,encouragingstudentsto exploretheintersectionsbetweentheiracademicandspiritualpursuits.The college’scommitmenttoaChristianworldviewshapesitseducational environment,fosteringanatmosphereoffaith,reflection,andmoral discernment.Westmontvaluesthedevelopmentofthewholeperson, nurturingspiritualgrowthalongsideintellectualandpersonaldevelopment.

FosteringPersonalizedLearningandCollaborativeResearch

WestmontCollegepridesitselfonitsexceptionalstudent-teacherratio,which fostersapersonalizedandengagingeducationalexperience.Withan impressivestudent-to-facultyratioof11:1andanaverageclasssizeof18,the collegeensuresthatstudentsreceiveindividualizedattentionandmeaningful interactionswiththeirprofessors.

TheintimateclasssizesatWestmontcreateanenvironmentwherestudents canactivelyparticipateindiscussions,askquestions,andcollaboratewith theirpeers.Smallclassesallowprofessorstogettoknowtheirstudents personally,tailoringtheirteachingtomeetindividualneedsandinterests.This closeinteractioncultivatesasenseofcommunityandintellectual camaraderie,creatinganatmospherewherestudentsfeelsupportedand encouragedtoexcel.

Onenotablebenefitofthelowstudent-teacherratioistheopportunityfor studentstoconductresearchwiththeirprofessors.AtWestmont,studentscan collaboratewithfacultymembersonresearchprojectsorpursueindependent researchendeavors.Thishands-onexperiencenotonlydeepensstudents’ understandingoftheirchosenfieldsbutalsoallowsthemtocontributeto advancingknowledge.Thecollegecelebratesandrecognizesthese achievementsthroughstudentresearchsymposiumsheldtwiceayear, providingaplatformforstudentstoshowcasetheirscholarlypursuits.

“The Christian liberal arts foundation of our engineering program provides a wonderful base for our engineering graduates to excel in their careers.”

ATranquilOasisforAcademicExcellenceand CommunityEngagement

NestledinthebreathtakingMontecitoareaofSanta Barbara,WestmontCollegeboastsoneofthemost stunningcampusesinthecountry.Itspicturesque groundsshowcaseaharmoniousblendofarchitectural beautyandnaturallandscapes.Thecampusfeaturesa magnificentMediterraneanestatehouseadornedwith formalgardens,scenicpathways,stonebridges,and serenewoodedareas.Thebuildingsseamlessly integratewiththesurroundingenvironment,nestledin thefoothillsoftheSantaYnezMountainsandjust minutesawayfromtheenchantingPacificOcean.This idyllicsettingprovidesstudentswithaninspiringand tranquilbackdropfortheireducationaljourney.

Inthepast15years,Westmonthasmadesignificant investmentsinexpandingitsfacilitiestomeetthe evolvingneedsofitscommunity Addingnew academicbuildings,residencehalls,andathletic fieldsreflectsthecollege’scommitmenttoproviding state-of-the-artresourcesforitsstudents.These modernfacilitiesfurtherenhancethelearning experience,creatingspacesfosteringcollaboration, innovation,andpersonalgrowth.

Westmontconsidersfosteringcommunityand belongingatoppriority Thecollegerecognizesthe importanceofensuringthatstudentsfeelcomfortable, included,andvalued.Withabout90percentof studentslivingoncampus,Westmontembracesa residentiallearningexperiencethatencouragesdeep connectionsandmeaningfulrelationshipsamong students.Livingnearbyallowsforspontaneous interactions,forginglifelongfriendshipsandastrong supportnetwork.

Toaffirmdiversity,globalcitizenship,and cross-culturalunderstanding,Westmontactively promotesaninclusiveandwelcomingcampus environment.Thecollegevaluesandcelebratesthe richtapestryofbackgrounds,perspectives,and experienceseachstudentbrings.Itencourages dialogue,culturalexchange,andmutualrespect amongitsdiversestudentbody Throughvarious initiatives,suchasmulticulturalevents,international programs,andstudentorganizations,Westmont cultivatesanenvironmentwherestudentscanexplore theirinterests,learnfromoneanother,anddevelopa globalmindset.

Vibrant

CampusLifewithDiverseExtracurricular Opportunities

WestmontCollegeoffersdiverseextracurricular activitiesandresourcesthatenhancethestudent experience.ThetransitiontothePacWestConference andNCAADivisionIIexpandsathleticopportunities forstudentsinsportssuchasbaseball,basketball,cross country,golf,soccer,tennis,trackandfield,andmore. Thecollege’smusicprogrampresentscaptivating performancesbytheWestmontOrchestra,Westmont JazzBand,CollegeChoir,andChamberSingers.The WestmontRidley-TreeMuseumofArthostsexhibitions byrenownedartists,includingtheannualSeniorShow TheWestmontFestivalTheatreshowcasestwomajor productionseachyear,alongwiththeWestmontFringe Festivalandworksbystudentplaywrights.

Additionally,studentscanjoinmorethan40diverse clubs,includingAdventureClub,NSTEPDance,Swing Dance,Writer’sGuild,Vespers,andmanymore.These extracurricularactivitiesandresourcescontributetoa vibrantandengagingcampuslife,allowingstudentsto exploretheirinterests,talents,andpassionsbeyond theiracademicpursuits.

CareerDevelopmentandSupportatWestmont College

WestmontCollegeiscommittedtoequippingits studentswiththenecessaryskillsandresourcestoexcel intheircareers.Theinstitutionoffersarangeofcareer opportunitiesandsupportservicestograduating students,ensuringasmoothtransitionintothe workforceorfurthereducation.

Throughinternships,studentscangainvaluable hands-onexperienceandapplytheirknowledgein real-worldsettings.Engineeringmajors,forexample, havesecuredinternshipsatprestigiouscompanieslike NorthropGrumman,theAirForceResearchLaboratory, andRaytheon.Theseopportunitiesprovidepractical skillsandfosterprofessionalconnectionsthatcan strengthenfuturecareerprospects.

Facultymentorsprovidecrucialguidanceandsupport asstudentsnavigatetheircareerpaths.Withtheir expertiseandindustryconnections,Westmont professorsoffervaluableinsightsandadvice,helping studentsmakeinformeddecisionsabouttheir professionalaspirations.

Inaddition,Westmont’scareerservices officeprovidescomprehensivesupportto students,assistingtheminfinding professionsthatalignwiththeirskills, interests,andvalues.Theemphasisona Christianliberalartsfoundationinthe engineeringprogramisparticularly noteworthy.Thiscombinationof technicalcompetenceandawell-rounded educationcultivatesgraduateswith strongtechnicalskillsandessential qualitiessuchasleadership,teamwork, conflictmanagement,interpersonalskills, empathy,andeffectivecommunication. Theengineeringindustryincreasingly valuesthesecapabilities,enhancingthe careerprospectsofWestmont’s engineeringgraduates.

NurturingWell-Rounded, Industry-ReadyProfessionals

WestmontCollegeequipsstudentsfora rangeofpositions,preparingthemto tacklefuturechallengesthanksto thoroughtechnicalandscientifictraining thatfosterscollaborationandproblemsolvingskillsandcultivatesmoral discernment.Throughan interdisciplinaryapproachandthe integrationofChristianliberalarts, graduatesdeveloptheabilitytothink critically,adapttochanging circumstances,andaddresscomplex issueswithcreativityandinnovation.By embracingtheNationalScience Foundation’scalltoblendscience, engineering,andthearts,Westmont preparesstudentstofindinnovative solutionstoenduringproblems, contributetosocialmobility,careforthe environment,reducepoverty,and promotehumanwelfare.

We emphasize hands-on, design-oriented experiences that make the technical content come

to life.