University of Toledo Environmental Engineering … Environmental Engineering Program Tackling Grand...
Transcript of University of Toledo Environmental Engineering … Environmental Engineering Program Tackling Grand...
University of Toledo Environmental Engineering
Program
UT Environmental Engineering Program
TacklingGrandChallenges
TheNa'onalAcademyofEngineeringhasiden'fied14GrandChallengesforEngineeringinthe21stCentury.
Sixcri'calchallengesaredirectlyinfluencedbyenvironmentalengineeringskillsets.
UT Environmental Engineering Program
WhatisuniqueaboutUTEnvironmentalEngineering?
• Interdisciplinarycurriculum• DevelopmentoftechnicalskillsANDsoHskills(peopleskills)• Focusonproblemsolvingandprojectimplementa'on
• Boldvision:ourstudentswillnotonlylearnaboutreducingtheenvironmentalfootprintorhavingnetzeroimpact—theywillfocusoncrea'nga“posi'vehandprint,”becomingagentsofchange.
UT Environmental Engineering Program
ProgramVisionandGuidingPhilosophyLookingAheadBeyondtheFootprint
0
5
10
15
20
25
30
Improved Enhanced Superior Conserving Restorative
Point
s
QL1.1IMPROVECOMMUNITYQUALITYOFLIFE
NoNega'veImpact
Proposed: FALL 2015 Environmental Engineering Program (Co-op Plan A) Degree: Bachelor of Science in Environmental Engineering
YEAR 1 YEAR 2 YEAR 3 YEAR 4 YEAR 5
Fall Spring Summer Fall Spring Summer Fall Spring Summer Fall Spring Summer Fall Spring
CHEM 1230 CHEM 1240 ENGL 1110 Hum/Social/ CIVE 1170 Hum/Social/ ECON 3240 EngineeringGeneral General College MultiCultural or CHEE2110 MultiCultural Environ- ElectiveChemistry I Chemistry II Comp I Elective Fluid Mech Elective mental
CHEE 2010 or Proc Fluids Economics 4 Hours 4 Hours 3 Hours 3 Hours 3 Hours 3 Hours 3 Hours 3 Hours
CHEM 1280 CHEM 1290 PHYS 2130 PHYS 2140 CIVE 3620 CIVE 3210 Engineering EngineeringGeneral General Gen'l Physics Gen'l Physics Air Pollution Soil Elective ElectiveChemistry I Chemistry II for Engrs I for Engrs II Engineering I Mechanics Lab Lab
1 Hour 1 Hour 5 Hours 5 Hours 3 Hours 3 Hours 3 Hours 3 Hours
MATH 1850 MATH 1860 MATH 2850 MATH 2860 ENGL 2950 CIVE 3610 MIME 4000 CIVE 4750Single Var Single Var Multivariable Differential or 2960 CIVE 1170 Water Supply MATH 2850 Engineering SeniorCalculus I Calculus II Calculus Equations Report Wrtg Statistics Design
ENGL 1110 Project 4 Hours 4 Hour 4 Hours 3 Hours 3 Hours 3 Hours 3 Hours 3 Hours
Final Term
CHEE 1000 CHEE 2010 CHEE 2230 CIVE 1150 CIVE 1160 CIVE 3630 Hum/Social/ EEES Freshman Mass & Thermo- Engineering Strengths Waste Water MultiCultural ElectiveChem Engrg Energy dynamics I Mechanics- of CIVE 1170 ElectiveExperience Balances Statics Materials 3 Hour 3 Hours 3 Hours 3 Hours 3 Hours 3 Hours 3 Hours 3 hours
EEES 2010 EEES 2150 CIVE 2550 CIVE 2550 EEES 3050 CIVE 4680 Hum/Social/ Hum/Social/Intro to Sustainability Sustainability Intro to MultiCultural MultiCulturalEnviro Sci Biodiversity Problem Problem Ecology Environ. Elective Elective
Solving 1 Hr Solving 1 Hr Law 3 hours 4 hours Sect :001 Sect :002 3 hours 3 Hours 3 Hours 3 Hours
Issue with CHEE 1000 lab CIVE 2000or CIVE 2550 EEES 4450 CIVE 2550conflict w/ CHEE1010 Sustainability Hazardous SustainabilityEEES 2010 Professional Problem Waste Problem
Development Solving 1 Hr CHEM 1230 Management Solving 1 Hr 1 Hour Sect :003 3 hours Sect :004
CIVE 3940 CIVE 3940 CIVE 3940 CIVE 3950Co-op Exp 1 Co-op Exp 2 Co-op Exp 3 Co-op Exp 4 (Department
Permission Required) Total:
15 Hours 17 Hours 16 Hours 15 Hours 16 Hours 18 Hours 16 Hours 15 Hours 128 Hours
UT Environmental Engineering Program
UT Environmental Engineering Program
Basicsciences&math• Chemistry• Calculusandsta's'cs• Physics
CivilEngineering• Fluidmechanics• Sta'cs• Strengthofmaterials• Soilmechanics
ChemicalEngineering• Thermodynamics• Mass/energybalances
EnvironmentalEngineering• Watersupply• Wastewatertreatment• Airquality
EnvironmentalScience• Introtoenvironmentalscience• Biodiversity• Ecology• Hazardouswaste
Social,economic,legal• Environmentallaw• Environmentaleconomics• Humani'es,socialsciencesandmul'culturalstudies
SustainabilityProblemSolving
Co-curricularsynergies:integratedco-op,mul'-yearprogressivedesign,EngineersWithoutBorders,Student
GreenFund
AnInterdisciplinary
ModelforEnvironmentalEngineering
UT Environmental Engineering Program
Intersec'ngVisions,People,andPerspec'vesIntersec'onofboldvisions
Notjustreducingfootprint,notjustnet
zeroimpact,butincreasinghandprint
Systemsapproachtoproblemsolving
Tacklinggrandchallenges
Experien'allearning
Intersec'onofpeople…
Ver'callyintegratedmentoringwithinsustainability
problemsolving
Realproblems–realpeople–realcollabora'ons
Developingasprofessionalsthrough
coop
Local,regional,na'onal,
interna'onalscope
Intersec'onofperspec'ves..
Coreengineeringconcepts
Tradi'onalenvironmentalengineering
Coreenvironmentalscienceconcepts
Economics,policyandlaw
UT Environmental Engineering Program
ProgramEnrollmentUpdate• Recruitmentefforts• 25studentstotalenrolled(68%female)• 11freshmen• 2dual(CIVE/ENVEandCHEE/ENVE)• 2graduatesinDecember2016
Brooke is a December 2016 graduate of our environmentalengineeringprogram. SheiscurrentlypursuinganMSdegreein Civil and Environmental Engineering at UT. She has beeninvolved inBuildingOhio’s Sustainable Energy Future and theStudentGreenFund.Brookebringsthreeyearsofprofessionalexperiencefromher'measUT’sSustainabilitySpecialistfromwhereshecreatedUT’sSEED ini'a'vebrandandmanyothersustainabilityini'a'vestocampus.Priortoher'meatUTshereceived a Bachelor of Arts in Environmental Policy andAnalysis,withanartminor,andaspecializa'oninsustainabilitymanagementfromBGSUinMay2012.
JennygraduatedinDecember2016with jointdegreesinCiviland Environmental Engineering and a minor in renewableenergy. She is pursuing an MS degree in environmentalengineering atMichigan StateUniversity. During her 'me atUT,shehascompletedfourco-ops:onewithDr.DefneApul,twowithHull&Associates,andthelastwithAquaBlok.Theseexperienceshavehelpedtodevelopherresearch,wri'ngandproblemsolvingskills.
BrookeMason
JennyCollier
Environmental Activities