DEPARTMENT OF CIVIL AND ENVIRONMENTAL ENGINEERING

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DEPARTMENT OF CIVIL AND ENVIRONMENTALENGINEERINGUNDERGRADUATE PROGRAMCLASS OF 2022University ofDelaware August 2018

Table of ContentsIntroduction . 2Common First Semester in Engineering . 2Undergraduate Degree Programs . 2Civil Engineering Bachelor’s Degree Program . 2Civil Engineering Technical Electives . 4Minor in Civil Engineering . 4Minor in Sustainable Infrastructure . 6Construction Engineering and Management Bachelor’s Degree Program . 7Environmental Engineering Bachelor’s Degree Program . 9Environmental Engineering Technical Electives . 13Minor in Environmental Engineering. 14Minor in Environmental Sustainability . 154 1 Degree Programs . 16Civil and Environmental Engineering Faculty . 16Administrative and Support Staff . 20Advisement . 20Advisors for the Class of 2022 . 20Student Organizations . 21Computing Facilities . 22Engineering Computer Laboratories . 22Personal Computers . 22Computer‐Aided Design (CAD) Software . 22

IntroductionWelcome to the University of Delaware! The Department of Civil and Environmental Engineering is part of theCollege of Engineering. In the 2018 fall semester, 2,500 undergraduates are in the College, of which over 400are undergraduate civil engineering, construction engineering and management, and environmentalengineering students. The graduate student enrollment in the department is around 115 students.Common First Semester in EngineeringThe College of Engineering has a common first semester. One of these classes is EGGG101, Introduction toEngineering. In this course, students have the opportunity to learn about the engineering design process froma team of faculty from across the College. EGGG101 will address “grand challenges” in engineering. At the endof first semester, students will have the opportunity to request a change of major into a different engineeringmajor. Admission to another College of Engineering major is contingent on meeting the academicrequirements and space available in the major. The College of Engineering Assistant Dean for UndergraduateServices has an up-to-date list of the restricted engineering majors.Undergraduate Degree ProgramsThe Department of Civil & Environmental Engineering offers three undergraduate degree programs in civilengineering, construction engineering and management, and in environmental engineering, as well as fourminors.The undergraduate programs prepare graduates for entry-level positions. After four years of work experience,students can qualify for a license to practice by passing a Principles and Practice of Engineering (PE)examination administered by a state board. Students take the introductory Fundamental of Engineering (FE)exam, which is a pre-requisite for the PE, during senior year. In Delaware, the PE license is administered bythe Delaware Association of Professional Engineers (DAPE). Information about the exam is at www.dape.orgor www.ncees.org.Civil Engineering Bachelor’s Degree ProgramThe Bachelor of Civil Engineering (BCE) program at the University of Delaware offers training in all of the majordisciplines of civil engineering: structural, geotechnical, transportation, environmental, infrastructuresystems, railroad, and coastal engineering. The curriculum gives students a unique opportunity to acquaintthemselves with the various disciplines within the profession. Civil engineering students may select technicalelectives in one field or take a variety of courses to explore several areas of civil engineering.A complete description of the undergraduate curriculum is in the Undergraduate Catalog. The check sheetand diagram shown on the next two pages list the recommended courses for each semester and help studentskeep track of progress toward graduation. Progress can also be tracked in UDSIS using the degree audit tool.2

NameAdvisorCIVIL ENGINEERING PROGRAM(126 hours)Effective for fall 2018 and subsequent classes.The required courses are normally taught in fall or spring semesters as indicated below.Each student is responsible for tracking future changes in this schedule.FIRST YEARFALL16 creditsGeneral Chemistry*Computer ScienceIntro. to EngineeringAnaly. Geom. & Calc. A*Breadth RequirementFIRST YEARSPRINGSem. GradeCHEM 103 (4)CISC 106 (3)EGGG 101 (2)MATH 241 (4)(3)SOPHOMORE YEARFALL17 creditsStaticsOral CommunicationAnaly. Geom. & Calc. CGeneral Physics I*Breadth RequirementFreshman DesignSeminar in CompositionAnaly. Geom. & Calc. B*Science Elective (a)Breadth RequirementSem.SOPHOMORE YEARSPRINGGradeCIEG 211 (3)COMM 212(3)MATH 243 (4)PHYS 207 (4)(3)JUNIOR YEARFALL15 creditsStructural AnalysisFluid MechanicsFluid Mechanics LabSoil MechanicsSoil Mechanics LabEngineering Math IIISem.JUNIOR YEARSPRINGGradeWater Resources Eng.Senior DesignEng. Project ManagementTech. Writing/Breadth Req.Technical ElectiveCIEG 440CIEG 461CIEG 486ENGL 41016 creditsSem.SENIOR adeSem.GradeCIEG 212 (3)CIEG 213 (1)CIEG 311 (3)MATH 351 (3)MSEG 302 (3)(3)17 creditsStructural DesignProb. & Stats. for EngineersGeotechnical EngineeringEnvironmental EngineeringTransportation EngineeringTransportation Eng. Lab14 creditsSem.CIEG 161 (3)ENGL 110 (3)MATH 242 (4)(4)(3)Solid MechanicsCE Materials LabDynamicsEngineering Math IMaterials ScienceBreadth RequirementCIEG 301 (4)CIEG 305 (3)CIEG 306 (1)CIEG 320 (3)CIEG 323 (1)MATH 353 (3)SENIOR YEARFALL17 creditsCIEG 302CIEG 315CIEG 321CIEG 331CIEG 351CIEG 451(4)(3)(3)(3)(3)(1)14 creditsSenior DesignTechnical ElectiveTechnical ElectiveTechnical ElectiveBreadth RequirementCIEG 461 (2)(3)(3)(3)(3)*Grade of C- or higher for degree requirement or as pre-requisite for other courses.All breadth requirements (18 credit hours) and ENGL110 require a C- or better. The three University breadths must be taken from separate departments.See UD Academic Catalog for more information.Creative Arts &HumanitiesSem.GradeHistory & CulturalChangeSem.GradeSocial & Behavioral SciencesSem.GradeAdd’l Breadth Requirement (18 credits)ENGL 410two upper-level (300 and higher) coursesMulticultural Requirementa)One course from: BISC207, BISC208, GEOG220/221, GEOL105/115, or GEOL1073

Civil Engineering Curriculum FlowchartFall 1Spring 1Fall 2Spring 2Fall 3Spring 3Fall 4Spring 4MATH 241Calc AMATH 242Calc BMATH 243Calc CMATH 351Engineering Math IMATH 353Engineering Math IIICIEG 315Probability and StatsCIEG 461Senior DesignCIEG 461Senior DesignCHEM 103General ChemistryScience ElectiveCIEG 211StaticsCIEG 212Solid MechanicsCIEG 301Structural AnalysisCIEG 302Structural DesignCIEG 440Water ResourcesEngineeringTechnical ElectiveEGGG 101Intro to EngineeringCIEG 161Freshman DesignPHYS 207General Physics ICIEG 213Materials LabCIEG 320Soil MechanicsCIEG 321GeotechnicalEngineeringCIEG 486Engineering ProjectMgmt.Technical ElectiveCISC 106Computer ScienceENGL 110Seminar inCompositionCOMM 212Oral CommunicationCIEG 311DynamicsCIEG 323Soil Mechanics LabCIEG 331EnvironmentalEngineeringTechnical ElectiveTechnical ElectiveBreadthBreadthBreadthMSEG 302Materials ScienceCIEG 305Fluid MechanicsCIEG 351TransportationEngineeringENGL 410BreadthBreadthCIEG 306Fluid Mechanics LabCIEG 451TransportationEngineering Lab16 credits15 credits17 credits14 credits14 credits16 credits17 credits17 creditspre-requisiteco-requisiteGeneral EducationEngineeringMath and ScienceCIEG 461 requires 3 of the following 4 courses:CIEG 302, CIEG 321, CIEG 331, CIEG 351

Civil Engineering Technical ElectivesFour technical elective courses in the Civil Engineering curriculum give students the opportunity to completetheir education by focusing in an area of special interest. The technical electives can also be chosen toprovide a more general civil engineering education. Technical electives must satisfy the followingrequirements:1. Technical electives will include courses from engineering, mathematics, and the sciences, or by theapproval of the Civil Engineering undergraduate committee.2. All technical electives must be 300-level or higher, or by approval of the Civil Engineeringundergraduate committee.3. Two out of four technical electives must be 400-level or higher CIEG courses.4. Three out of four technical electives must be taken at UD.Minor in Civil EngineeringA grade of C- or better is required in all of the courses completed for the minor. Before beginning the civilengineering courses, the student must meet the required mathematics, physics, and other pre-requisites foreach course. Required courses: CIEG 211 - Statics (3cr.)CIEG 212 - Solid Mechanics (3cr.)CIEG 305 - Fluid Mechanics (3cr.)CIEG 311 - Dynamics (3cr.)Nine additional credits (three courses) in civil engineering from the approved minor course list must betaken of which at least six credits must be at the 300-level or higher. CIEG 331 and CIEG 438 cannot both beused toward the minor. CIEG 367 and CIEG 467 can only be used toward the minor if approved by the CivilEngineering undergraduate committee.All students must complete three of the following courses:CIEG 222CIEG 301CIEG 302CIEG 315CIEG 318CIEG 320CIEG 321CIEG 331CIEG 343CIEG 351CIEG 401CIEG 402CIEG 403CIEG 407CIEG 408CIEG 409CIEG 410CIEG 412CIEG 413Introduction to SurveyingStructural AnalysisStructural DesignProbability and Statistics for EngineersIntroduction to RailroadsSoil MechanicsGeotechnical EngineeringEnvironmental EngineeringSite EngineeringTransportation EngineeringIntroduction to the Finite Element MethodIntroduction to Sustainability Principles in Civil EngineeringSustainability Applications in InfrastructureBuilding DesignIntroduction to Bridge DesignForensic EngineeringExperimental Mechanics of CompositesStructural Steel DesignAdvanced Structural Analysis4

CIEG 417CIEG 418CIEG 421CIEG 422CIEG 424CIEG 425CIEG 427CIEG 428CIEG 429CIEG 431CIEG 436CIEG 438CIEG 440CIEG 442CIEG 443CIEG 452CIEG 453CIEG 454CIEG 456CIEG 457CIEG 458CIEG 459CIEG 463CIEG 464CIEG 465CIEG 471CIEG 486Introduction to Railroad Safety and Derailment EngineeringRailroad EngineeringFoundation EngineeringEarth Structures EngineeringEarth Retaining StructuresUnsaturated Soil MechanicsDeep FoundationsGround Improvement MethodsConcrete DesignUrban Hydrology and Drainage DesignProcessing, Recycling, Management of Solid WastesWater and Wastewater EngineeringWater Resources EngineeringStormwater Management for Sustainable DevelopmentWatershed Engineering, Planning and DesignTransportation Facilities DesignRoadway Geometric DesignUrban Transportation PlanningRegional Analysis MethodsContemporary Topics in TransportationPavement Analysis and DesignOptimization in Design and ConstructionTraffic Engineering and ModelingBuilding Information and ModelingGlobal Sustainable EngineeringIntroduction to Coastal EngineeringEngineering Project ManagementCIEG 367CIEG 467with prior approval of undergraduate committeewith prior approval of undergraduate committeeCourse suggestions for student interested in the following topical areas: Earth sciences: CIEG 320, CIEG 323, and CIEG 321Environment: CIEG 331 and CIEG 436Urban topics: CIEG 331 and CIEG 351Structures: CIEG 301 and CIEG 302Coastal: CIEG 440 and CIEG 471Transportation: CIEG351 and CIEG 452Geotechnical: CIEG 320 and CIEG 321Railroads: CIEG 318 and CIEG 4185

Minor in Sustainable InfrastructureThe objective of this minor is to provide the basic knowledge and skills required in balancing civil infrastructuredevelopment with environmental and societal impacts, so that sustainability can be methodically defined andattained. Students will learn the principles of sustainability and the fundamental tools needed to assesssustainability; be able to evaluate the impact of proposed infrastructure development on limited naturalresources; recognize and assess the political, economic, environmental, and social impacts of infrastructuredevelopment; and develop the insight needed to find solutions that minimize the effect of infrastructuredevelopment on the local community and across global boundaries.To receive a minor in Sustainable Infrastructure, the student must successfully complete a minimum of 15credits as described below with a minimum grade of C- in each course.All students must complete the following core course:CIEG 402Introduction to Sustainability Principles in Civil EngineeringAll students must complete one of the following core courses:CIEG 403Sustainability Applications in InfrastructureCIEG 465Global Sustainable EngineeringAll students must complete three of the following sustainability-related breadth courses:APEC 343Environmental EconomicsBUAD 429Sustainability and Green BusinessECON 311Economics of Developing CountriesELEG 415Electric Power and Renewable Energy SystemsELEG 491Ethics/Impacts of EngineeringENEP 410Environmental Sustainability: Economic and Policy AnalysisGEOG 422Resources, Development and the EnvironmentGEOG 434Plan Sustainable Communities & RegionsMEEG 435Wind Power EngineeringPHIL 448Environmental EconomicsPOSC 311Politics of Developing NationsPOSC 350Politics and the EnvironmentSOCI 471Disasters, Vulnerability & DevelopmentSeveral courses included as electives in the minor may require completion of pre-requisite courses forstudents in some majors.6

Construction Engineering and Management Bachelor’s Degree ProgramThe Bachelor of Construction Engineering and Management (BCEM) program focuses on implementing theengineering solutions designed by the sub-disciplines of civil engineering: structural, environmental,geotechnical, and materials and transportation engineering.The goal of construction engineering and management is to deliver a physical facility in a safe manner withintime and budget constraints. As the industry evolves and progresses, this goal becomes increasingly difficult.The construction enterprise itself becomes complex and technically demanding under increasing economic,time, and quality constraints.There is a rapidly growing need for engineers prepared for the challenges of construction management in thefuture. This need is recognized by industry, has been addressed by professional society and accrediting bodies,and validated through market studies. The Department of Civil and Environmental Engineering, with strongencouragement of industry and alumni, launched the bachelor’s program in Construction Engineering andManagement in 2017. This program requires 126 credit hours and is structured following ABET-accreditationguidelines thereby giving a path to professional licensure. Other distinctive features include: mandatory practical experience through a required 26-week guided co-oprequired completion of UD Certificate of Business Essentials or an optional minor through the UDAlfred Lerner College of Business and Economicsoptional international experience through technical electivesnumerous opportunities for professional society involvementStudents complete prescribed breadth courses as part of the curriculum. One breadth course is discretionaryand is chosen by the student, who should ensure that the breadth requirements and multiculturalrequirements of the University are satisfied.A complete description of the undergraduate curriculum is in the Undergraduate Catalog. The check sheetand diagram shown on the next two pages list the recommended courses for each semester and help studentskeep track of progress toward graduation. Progress can also be tracked in UDSIS using the degree audit tool.7

CONSTRUCTION ENGINEERING AND MANAGEMENT PROGRAM (126 hours)Effective for fall 2018 and subsequent classes.The required courses are normally taught in fall or spring semesters as indicated below.Each student is responsible for tracking future changes in this schedule.FIRST YEARFALL16 creditsGeneral Chemistry*Computer ScienceIntro. to EngineeringAnaly. Geom. & Calc. A*Breadth Req. (CEM list)FIRST YEARSPRINGSem. GradeCHEM 103 (4)CISC 106 (3)EGGG 101 (2)MATH 241 (4)(3)SOPHOMORE YEARFALL16 creditsStaticsIntroduction to SurveyingCAD and BIM in Construct.Prob. & Stats. for EngineersScience/Math Elective (a)JUNIOR YEARFALLCIEG 211CIEG 222CIEG 291CIEG 315Construct. Est./Cost ControlStruct. Analysis and DesignSoils and FoundationsConstr. Means and MethodsBreadth Req. (CEM list)SENIOR YEARFALLCIEG 391CIEG 396CIEG 397CIEG 393SOPHOMORE YEARSPRING(3)(3)(3)(3)(4)JUNIOR YEARSPRING(3)(4)(4)(3)(3)16 creditsSENIOR YEARSPRINGCIEG 486 (3)CIEG 398 (3)CIEG 481 (3)(3)(3)Sem. GradeCIEG 212 (3)CIEG 213 (1)CIEG 214 (3)CIEG 292 (3)COMM 212(3)(3)16 creditsSurvey of AccountingConstruction Plan/Sched.Construction Law and Reg.Optim. in Design/Const.Breadth Req. (CEM list)Sem. GradeSem. GradeCIEG 191 (3)ENGL 110 (3)MATH 242 (4)PHYS 207 (4)(3)Solid MechanicsCivil Eng. Materials LabConstruction Materials*Enviro., Health, and SafetyOral CommunicationMath Course (b)Sem. Grade15 creditsEngineering Project Mgmt.Fluids, Hydraulics, Wtr. Res.Co-op in Civil/Enviro Eng.Technical Elective (c)Breadth Req. (CEM list)Introduction to CEMSeminar in CompositionAnaly. Geom. & Calc. B*General Physics I*Breadth Req. (CEM list)Sem. Grade17 credits17 creditsSem. GradeACCT 200CIEG 392CIEG 394CIEG 459(4)(3)(3)(3)(3)13 creditsSenior DesignTechnical Elective (c)Free ElectiveBreadth Req. (CEM list)Sem. GradeCIEG 491 (4)(3)(3)(3)*Grade of C- or higher for degree requirement or as pre-requisite for other courses.All breadth requirements (18 credit hours) and ENGL110 require a C- or better. See Undergraduate Catalog for more information.Creative Arts &Humanities (upperlevel)Sem.GradeHistory & CulturalChangeSem.GradeSocial & Behavioral SciencesAdd’l Breadth Req.PLSC 170Add’l Breadth Req.ECON 100Add’l Breadth Req.ENGL 410BUAD 100FINC 200two upper-level (300 and higher) coursesa)b)c)Sem.GradeMulticultural Requirementone course from: BISC207, GEOL105/115, GEOL107, GEOG152, MATH243, PHYS208, PLSC204/205MATH 349 (Elementary Linear Algebra) or MATH 351 (Engineering Math I). 351 requires MAT

The Department of Civil & Environmental Engineering offers three undergraduate degree programs in civil engineering, construction engineering and management, and in environmental engineering, as well as four minors. The undergraduate programs prepare graduates for entry-level positions. After four years of work experience,

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