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ENVIRONMENTAL ENGINEERING ENVIRONMENTAL ENGINEERING ENVIRONMENTAL ENGINEERS SEEK TO IMPROVE THE HUMAN CONDITION BY DESIGNING AND BUILDING PROCESSES TO CLEAN AND PROTECT THE AIR, WATER AND LAND. THE DIVERSE JOBS THAT HELP FULFILL THIS MISSION INCLUDE THE DESIGN AND CONSTRUCTION OF WATER AND WASTEWATER TREATMENT, DEVELOPMENT AND TESTING OF SUSTAINABLE ENERGY ALTERNATIVES, REMEDIATION OF WASTE SITES, AND MONITORING AND MODELING OF AIR, WATER AND LAND. UT’s environmental engineering program teaches students the basics of the eld by offering courses in several disciplines. Curriculum includes hands-on laboratories and real-world design projects. All of UT’s engineering students participate in a minimum of three semesters of cooperative education. You’ll work full-time, gaining valuable, real-world experience and a salary to help with educational expenses. WHAT TO EXPECT WHEN YOU GRADUATE Environmental engineering is a rapidly growing profession with emerging opportunities. Graduates can pursue careers in the oil and gas industry, private consulting, government agencies, municipalities, construction companies, utilities and nonprot organizations. 4 1 / 2 YR. BACHELOR OF SCIENCE PROGRAM PROTECT OUR ENVIRONMENT CREATE SUSTAINABLE CITIES STUDY ALTERNATIVE ENERGY SOURCES ENVIRONMENTAL ENGINEERS ARE INVOLVED IN PROVIDING CLEAN AND SAFE DRINKING WATER. YOU? SOUND LIKE ? DID YOU KNOW

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ENVIRONMENTAL ENGINEERING

ENVIRONMENTAL ENGINEERING

ENVIRONMENTAL ENGINEERS SEEK TO IMPROVE THE HUMAN

CONDITION BY DESIGNING AND BUILDING PROCESSES TO

CLEAN AND PROTECT THE AIR, WATER AND LAND. THE

DIVERSE JOBS THAT HELP FULFILL THIS MISSION INCLUDE THE

DESIGN AND CONSTRUCTION OF WATER AND WASTEWATER

TREATMENT, DEVELOPMENT AND TESTING OF SUSTAINABLE

ENERGY ALTERNATIVES, REMEDIATION OF WASTE SITES, AND

MONITORING AND MODELING OF AIR, WATER AND LAND.

UT’s environmental engineering program teaches students the basics of the field by offering courses in several disciplines. Curriculum includes hands-on laboratories and real-world design projects. All of UT’s engineering students participate in a minimum of three semesters of cooperative education. You’ll work full-time, gaining valuable, real-world experience and a salary to help with educational expenses.

WHAT TO EXPECT WHEN YOU GRADUATE Environmental engineering is a rapidly growing profession with emerging opportunities. Graduates can pursue careers in the oil and gas industry, private consulting, government agencies, municipalities, construction companies, utilities and nonprofit organizations.

41/2 YR.

BACHELOR OF SCIENCE

PROGRAM

PROTECT OUR ENVIRONMENT

CREATE SUSTAINABLE CITIES

STUDY ALTERNATIVE ENERGY SOURCES

ENVIRONMENTAL ENGINEERS ARE

INVOLVED IN PROVIDING CLEAN AND SAFE DRINKING WATER.

YOU?SOUND LIKE

?DID YOU KNOW

EN 757 1016_CIVILENV

ENVIRONMENTAL ENGINEERING

Group campus tours are available Monday through Friday at 10 a.m. or 2:30 p.m., and on select Saturdays at 11:15 a.m. Individual admission appointments are available by request. Individualized college or department visits are also available weekdays at 1:15 p.m. by appointment.

utoledo.edu/admission/campusvisit • 800.5TOLEDO

Suggested Curriculum*FIRST YEARFall SemesterCHEM 1230 General Chemistry I 4CHEM 1280 General Chemistry Lab I 1MATH 1850 Calculus I 4CHEE 1000 Orientation &

Computing for Chemical Engineers 3EEES 2010 Introduction

to Environmental Studies 3 Total 15 hours

Spring SemesterCHEM 1240 General Chemistry II 4CHEM 1290 General Chemistry Lab II 1MATH 1860 Calculus II 4CHEE 2010 Mass & Energy Balances 3CIVE 2000 Professional Development 1EEES 2150 Biodiversity 4 Total 17 hours

SECOND YEARFall SemesterMATH 2850 Calculus III 4PHYS 2130 Physics I 5CHEE 2230 Thermodynamics I 3ENGL 1110 College Composition I 3CIVE 2550 Sustainability

Problem-solving 1 Total 16 hours

Spring SemesterCIVE 3940 Co-op Experience 1

Summer SemesterMATH 2860 Differential Equations 3PHYS 2140 Physics II 5CIVE 1150 Statics 3CIVE 2550 Sustainability

Problem-solving 1Hum/Soc Sci 3 Total 15 hours

THIRD YEARFall SemesterCIVE 3940 Co-op Experience 1

Spring SemesterCHEE 2110 or CIVE 1170 Process

Fluid Mechanics or Fluid Mechanics for Civil Engineers 3

CIVE 3620 Air Pollution Engineering I 3ENGL 2950 Technical Writing 3CIVE 1160 Strength of Materials 3EEES 3050 Ecology 3CIVE 2550 Sustainability

Problem-solving 1 Total 16 hours

Summer SemesterCIVE 3940 Co-op Experience 1

FOURTH YEARFall SemesterCIVE 4680 Intro to

Environmental Policy 3CIVE 3210 Soil Mechanics 3CIVE 3610 Water Supply

and Treatment 3CIVE 3630 Wastewater Engineering 3EEES 4450 Hazardous

Waste Management 3Hum/Soc Sci/Multicultural 3 Total 18 hours

Spring SemesterCIVE 3950 Co-op Experience

(optional) 1

Summer SemesterEEES Elective 3Hum/Soc Sci 3Hum/Diversity 3ECON 3240 Natural Resources

Economics 3MIME 4000 Engineering Statistics 3CIVE 2550 Sustainability

Problem-Solving 1 Total 16 hours

FIFTH YEARFall SemesterEngineering Elective 3Engineering Elective 3Engineering Elective 3EEES Elective 3CIVE 4750 Senior Design Project 3 Total 15 hours

For more information about environmental engineering, contact:

Cyndee L. Gruden, PhD, PEAssociate Professor and

Associate Chair

Civil and Environmental EngineeringThe University of Toledo Toledo, OH 43606-3390

[email protected]

utoledo.edu/civil* Sample curriculum is subject to change. Please consult the department for up-to-date information. For more detailed program requirements, visit utoledo.edu/menu/academics.