Civil Engineering (M.S.C.E.) - Global Programs

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Civil Engineering (M.S.C.E.)About The Program:The M.S.C.E. program is designed to provide students with the opportunity to develop a greatertechnical competency in the general area of Civil and Environmental Engineering. Students aremotivated to grow intellectually through the continued search for and use of knowledge, and areprovided with the catalyst to become active, articulate, and socially aware individuals. Graduates of theprogram are key contributors to the civil engineering and environmental engineering professions.Career Options: Graduates with the M.S.C.E. are employed by various engineering companies as wellas government agencies in design, analysis, and applications. Typical examples are water treatmentfacilities and regulatory agencies engaged in environmental regulation and pollution control; companiesinvolved in construction project management; and those involved in structural design and analysis ofbuildings, bridges, and other structures. Students who complete an M.S.C.E. with a thesis are preparedto enter a doctoral program.Prerequisites for Admission: Completion of junior year of a bachelor’s degree program in CivilEngineering or Environmental EngineeringAreas of Specialization:For each of the two areas of specialization, research includes: Civil Engineering Systems — three major branches of civil engineering: construction engineering,structural engineering, and transportation engineering. Environmental Engineering — the fundamentals and applications of water resources engineering,pollution in natural systems (water and air), and engineered treatment and remediation systems.For the M.S.C.E. program, students also choose between three tracks:1. The Thesis Track is intended for students pursuing advanced research and includes 24 credits ofdidactic coursework, 3 credits of Project (CEE 9995), and 3 credits of Thesis (CEE 9996).2. The Project Track introduces students to applied research and includes 27 credits of didacticcoursework and 3 credits of Project (CEE 9995).3. The Coursework Track provides students with an advanced engineering background for their futurein the engineering profession through 30 credits of didactic coursework.In the first term, the student and the CEE Graduate Program Director establish a graduate Plan of Studythat outlines all required courses and the sequence for the student to follow. This form is used to trackthe student's progress as the various benchmarks in the program are completed. Once established, anyrevisions to the Plan of Study require approval in advance. However, if considering whether to changeone's track, the student should note that: "Thesis" credits (CEE 9996) can only be applied toward the Thesis M.S.C.E. Track and cannot beapplied to either the Project or Coursework Tracks.

"Project" credits (CEE 9995) can be applied toward the Thesis and Project M.S.C.E. Tracks but cannotbe used for the Coursework Track.Requirements of Programs: Total Credit Hours: 30Culminating Events:Thesis Track:The culminating events in the Thesis Track are typically undertaken during the last twosuccessive terms of study. Successful completion requires the following:Thesis Proposal — CEE 9995 Project (3 credits)Under the guidance of the advisor, the student conducts independent research on an appliedengineering topic of current interest and registers for CEE 9995. This work includes the researchand preliminary results that form the basis of an extended study that the student plans to carryon in CEE 9996 Thesis in the following term. The student submits a research report as her/hisThesis Proposal to a committee consisting of three or more faculty members, including thefaculty advisor, and presents her/his proposal in an open College-wide seminar, which isscheduled and posted at least 10 business days in advance of the presentation date.Immediately following the presentation, the student's advisory committee questions thestudent about the details and strategy of the proposed research. The committee then accepts,accepts with revisions, or rejects the proposal.The student must pass the Thesis Proposal before registering for CEE 9996. If the student failsThesis Proposal, s/he may either re-register for CEE 9995 (1 credit) in the next regular term andrepeat the entire proposal process or consider switching to the Project or CourseworkTrack. NOTE: A second failure of Thesis Proposal results in automatic dismissal from theUniversity. If switching to another track, the Plan of Study form requires updating andappropriate approvals.Thesis Defense — CEE 9996 Thesis (3 credits)The student should register for CEE 9996 in the term that s/he plans to defend the thesis. Thethesis document should be prepared in a format compliant with University standards.(See Graduate School Policy 02.26.12.02.) Two weeks prior to the thesis defense, the studentprovides the committee with a copy of the completed thesis and posts an announcement of thedefense, which is to take place during a regular academic term (i.e., not scheduled during studydays, final exams, or the breaks between terms). If the student is to graduate in the same termas the thesis defense is held, then the defense should take place at least 30 days prior to the endof the term.The thesis defense is an open College seminar in which the student presents the concepts andresults of her/his research. Immediately following the defense, the thesis committee convenesto closely examine the student's research and decide to accept the thesis as provided, acceptthe thesis with revisions, or not accept the thesis. If the thesis is accepted, a letter gradefor CEE 9996 is assigned. If the thesis is accepted with revisions, then the student must submitthe revised thesis within 30 days and with the approval of the Thesis Committee. If the thesis isnot accepted, but the committee decides to not fail the student, an "R" grade is assignedto CEE 9996. In the following term, the student registers for one credit of ENGR 9991 Directed

Research until s/he is again prepared to attempt the defense. The defense procedures describedabove are then carried out again in the term that the student is prepared to defend the thesis.Project Track:The culminating event for the Project Track is CEE 9995 Project. This entails a one-term researchactivity done under the supervision of a full-time faculty advisor on an applied engineering topicof interest. Near the end of the term, the student prepares a report of her/his findings andpresents the study in an open departmental seminar. Both the seminar and the written reportare used to determine the student's grade for CEE 9995. The grade is determined jointly by theadvisor and another designated grader selected by the Graduate Program Director.Coursework Track:No culminating event is warranted for the Coursework Track.Required Courses (Thesis Track)Core CoursesSelect three from the following:Bridge Design – The course covers bridge design in structural steel and reinforced concrete; applicationof AASHTO bridge design specifications; and analysis techniques for complex structures. Preliminarydesigns include investigating alternative structural systems and materials. Final designs includepreparation of design calculations and sketches.Transportation Engineering Materials – Topics include physical properties of asphalt, aggregates,portland cement, portland cement concrete, and their combinations; advanced techniques in materialcharacterization in the lab and the field; material variability, sampling, and statistical techniques; andthe impact of these properties on their characterization of the design, construction, rehabilitation, andmanagement of transportation facilities, including portland cement concrete pavements with steelreinforcement; construction methodologies, recycling, and energy consideration; and application of thestate-of-the-art computer software packages.Pavement Management and Traffic Systems Management – The course covers development ofmanagement methods for analysis, planning, design, construction, maintenance, and rehabilitation ofpavements and traffic systems. The objective functions include creation of more efficient use of existingfacilities through improved management and operation of vehicles and roadway.Structural Dynamics – This design course addresses developments in theory and practice ofearthquake engineering. It familiarizes students with new techniques of analysis and seismic design.Students learn advanced concepts in applied mathematics, especially structural dynamics andapplication of seismic building and bridge codes. Familiarity with differential equations, matrix methodsof analysis, non-linear equations, eigenvalue solutions, and finite elements modeling are required.Students are instructed to learn and apply new software for dynamic analysis. Laboratory work includesthe study of experimental models such as for bridge piers (frames, walls, and hammerhead columns)using an MTS machine for applying dynamic loads.Foundation Engineering – Principles of foundation engineering and design. Topics include soil stressdistributions, bearing capacity of shallow (footings, mats) and deep foundations (driven piles, drilledshafts), tolerable settlements, construction techniques, and field quality control.

Earth Retaining Systems – Principles related to design of earth retaining systems and stability of earthslopes. Topics include lateral earth pressure theory, temporary and permanent retaining structures, insitu reinforcement, and braced evacuations. Shear strength of cohesive and granular soils and slopestability analysis using limited equilibrium, design charts and numerical methods.Electives (15 Credits Worth)Non-Didactic CoursesProject - A project is assigned with the approval of the Civil and Environmental Engineering GraduateCommittee and conducted under the supervision of a graduate faculty advisor. An oral presentation inan open seminar and a written report are required to complete the independent project. Projectsrelated to industrial applications are encouraged. For non-thesis students only.Thesis – Master's thesis. May be taken twice.Required Courses (Project Track)Core CoursesSelect three from the following:Bridge Design – The course covers bridge design in structural steel and reinforced concrete; applicationof AASHTO bridge design specifications; and analysis techniques for complex structures. Preliminarydesigns include investigating alternative structural systems and materials. Final designs includepreparation of design calculations and sketches.Transportation Engineering Materials – Topics include physical properties of asphalt, aggregates,portland cement, portland cement concrete, and their combinations; advanced techniques in materialcharacterization in the lab and the field; material variability, sampling, and statistical techniques; andthe impact of these properties on their characterization of the design, construction, rehabilitation, andmanagement of transportation facilities, including portland cement concrete pavements with steelreinforcement; construction methodologies, recycling, and energy consideration; and application of thestate-of-the-art computer software packages.Pavement Management and Traffic Systems Management – The course covers development ofmanagement methods for analysis, planning, design, construction, maintenance, and rehabilitation ofpavements and traffic systems. The objective functions include creation of more efficient use of existingfacilities through improved management and operation of vehicles and roadway.Structural Dynamics – This design course addresses developments in theory and practice ofearthquake engineering. It familiarizes students with new techniques of analysis and seismic design.Students learn advanced concepts in applied mathematics, especially structural dynamics andapplication of seismic building and bridge codes. Familiarity with differential equations, matrix methodsof analysis, non-linear equations, eigenvalue solutions, and finite elements modeling are required.Students are instructed to learn and apply new software for dynamic analysis. Laboratory work includesthe study of experimental models such as for bridge piers (frames, walls, and hammerhead columns)using an MTS machine for applying dynamic loads.

Foundation Engineering – Principles of foundation engineering and design. Topics include soil stressdistributions, bearing capacity of shallow (footings, mats) and deep foundations (driven piles, drilledshafts), tolerable settlements, construction techniques, and field quality control.Earth Retaining Systems – Principles related to design of earth retaining systems and stability of earthslopes. Topics include lateral earth pressure theory, temporary and permanent retaining structures, insitu reinforcement, and braced evacuations. Shear strength of cohesive and granular soils and slopestability analysis using limited equilibrium, design charts and numerical methods.Electives (18 Credits Worth)Non-Didactic CoursesProject - A project is assigned with the approval of the Civil and Environmental Engineering GraduateCommittee and conducted under the supervision of a graduate faculty advisor. An oral presentation inan open seminar and a written report are required to complete the independent project. Projectsrelated to industrial applications are encouraged. For non-thesis students only.Required Courses (Coursework Track)Core CoursesSelect three from the following:Bridge Design – The course covers bridge design in structural steel and reinforced concrete; applicationof AASHTO bridge design specifications; and analysis techniques for complex structures. Preliminarydesigns include investigating alternative structural systems and materials. Final designs includepreparation of design calculations and sketches.Transportation Engineering Materials – Topics include physical properties of asphalt, aggregates,portland cement, portland cement concrete, and their combinations; advanced techniques in materialcharacterization in the lab and the field; material variability, sampling, and statistical techniques; andthe impact of these properties on their characterization of the design, construction, rehabilitation, andmanagement of transportation facilities, including portland cement concrete pavements with steelreinforcement; construction methodologies, recycling, and energy consideration; and application of thestate-of-the-art computer software packages.Pavement Management and Traffic Systems Management – The course covers development ofmanagement methods for analysis, planning, design, construction, maintenance, and rehabilitation ofpavements and traffic systems. The objective functions include creation of more efficient use of existingfacilities through improved management and operation of vehicles and roadway.Structural Dynamics – This design course addresses developments in theory and practice ofearthquake engineering. It familiarizes students with new techniques of analysis and seismic design.Students learn advanced concepts in applied mathematics, especially structural dynamics andapplication of seismic building and bridge codes. Familiarity with differential equations, matrix methodsof analysis, non-linear equations, eigenvalue solutions, and finite elements modeling are required.Students are instructed to learn and apply new software for dynamic analysis. Laboratory work includesthe study of experimental models such as for bridge piers (frames, walls, and hammerhead columns)using an MTS machine for applying dynamic loads.

Foundation Engineering – Principles of foundation engineering and design. Topics include soil stressdistributions, bearing capacity of shallow (footings, mats) and deep foundations (driven piles, drilledshafts), tolerable settlements, construction techniques, and field quality control.Earth Retaining Systems – Principles related to design of earth retaining systems and stability of earthslopes. Topics include lateral earth pressure theory, temporary and permanent retaining structures, insitu reinforcement, and braced evacuations. Shear strength of cohesive and granular soils and slopestability analysis using limited equilibrium, design charts and numerical methods.Electives (21 Credits Worth)Courses:Click HERE for more information on the courses below. Probability and Statistics in EngineeringProbability Statistics in EngineeringSpecial TopicsTransportation Systems ManagementTransportation EngineeringStructural Design of PavementsBridge DesignTransportation Engineering MaterialsIntelligent Transportation SystemsAirport EngineeringPavement Management and TrafficSystems ManagementIntroduction to GeosyntheticsPavement Rehabilitation andMaintenanceConstruction AdministrationEngineering Project ManagementConstruction Financial ManagementConstruction Equipment ManagementGeotechnical EngineeringStructural CADD SystemsStructural DynamicsBehavior and Design of Steel StructuresStructural MechanicsBehavior and Design of MasonryStructuresBehavior and Design of ReinforcedConcrete StructuresEarthquake Engineering and SeismicDesign Life Cycle Assessment and CarbonFootprintingEngineering HydrologyFate of Pollutants in SubsurfaceEnvironmentsContaminant Dynamics in UrbanStreamsEnvironmental HydrologyUrban Streams and StormwaterManagementPhysical Principals of EnvironmentalSystemsChemical Principles of EnvironmentalSystemsMathematical ModelingAir Pollution ControlWeather Monitoring and ForecastingSolid Wastes EngineeringEnvironmental ChemistryEnvironmental Organic ChemistryChemistry for EnvironmentallySustainable EngineeringSustainable Development and IndustrialEcologySustainability Aspects of Water Supplyand Wastewater TreatmentMembrane Separation in WastewaterTreatmentBiological Principles of EnvironmentalSystemsEnvironmental Biotechnology

Advanced Biological WastewaterTreatmentAquatic Toxicology in EnvironmentalEngineeringEnvironmental EngineeringAdvanced Soil MechanicsFoundation EngineeringEarth Retaining SystemsGeotechnical Earthquake EngineeringAdvanced Project ManagementAdvanced Physical/Chemical TreatmentProcessesAdvanced Chemical Principles ofEnvironmental SystemsComputer Modeling of EnvironmentalTransportWater and Wastewater Systems DesignDirected Research

—Civil Engineering Systems three major branches of civil engineering: construction engineering, structural engineering, and transportation engineering. —Environmental Engineering the fundamentals and applications of waterresources engineering, pollution in natural systems (water an

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