Civil Engineering, Construction Management and Environmental Engineering (CE, CEM, ENV) Courses

Civil Engineering and Construction Engineering Management

Courses

Civil Engineering

• •  C E 101 - Introduction to Civil Engineering and Construction Engineering Management
• •  C E 101H - Introduction to Civil Engineering and Construction Engineering Management
• •  C E 130 - Surveying and Mapping
• •  C E 130L - Surveying and Mapping Laboratory
• •  C E 200 - Materials for Civil Engineering
• •  C E 200L - Materials for Civil Engineering Laboratory
• •  C E 205 - Analytical Mechanics I (Statics)
• •  C E 205H - Analytical Mechanics I (Statics)
• •  C E 206 - Computer Programming and Civil Engineering Applications I
• •  C E 206L - Computer Programming and Civil Engineering Applications Laboratory
• •  C E 307 - Probability and Statistics in Civil Engineering
• •  C E 325 - Transportation Safety and Sustainability
• •  C E 326 - GIS Laboratory for Civil Engineers
• •  C E 333 - Water, Engineering, and Society
• •  C E 335 - Fluid Mechanics
• •  C E 335H - Fluid Mechanics
• •  C E 336 - Fluid Mechanics Laboratory
• •  C E 345 - Introduction to Soil Mechanics
• •  C E 345H - Introduction to Soil Mechanics
• •  C E 345L - Soil Mechanics Laboratory
• •  C E 359 - Structural Analysis I
• •  C E 359H - Structural Analysis I
• •  C E 364 - Environmental Engineering I: Fundamentals
• •  C E 364H - Environmental Engineering I: Fundamentals
• •  C E 364L - Environmental Engineering Laboratory
• •  C E 404 - Laboratory Techniques
• •  C E 405 - Selected Topics in Civil Engineering
• •  C E 406 - Project Cost-Benefit Analysis
• •  C E 406H - Project Cost-Benefit Analysis
• •  C E 426 - Transportation Engineering
• •  C E 426H - Transportation Engineering
• •  C E 427 - Highway Design
• •  C E 427L - Highway Design Laboratory
• •  C E 428 - Highway Engineering Materials
• •  C E 428L - Highway Engineering Materials Laboratory
• •  C E 429 - Traffic Engineering
• •  C E 429L - Traffic Engineering Laboratory
• •  C E 435 - Hydrology and Water Resources Engineering
• •  C E 437 - Engineering Hydraulics
• •  C E 438 - Hydraulic Engineering Design I
• •  C E 438L - Hydraulic Design I Laboratory
• •  C E 439 - Fundamentals of Groundwater Flow and Contaminant Transport
• •  C E 445 - Introduction to Foundation Engineering
• •  C E 446 - Geotechnical Walls and Slopes in Heavy Civil Engineering
• •  C E 447 - Introduction to Geotechnical Earthquake
• •  C E 455 - Structural Steel Design
• •  C E 456 - Timber Design
• •  C E 458 - Structural Analysis Il
• •  C E 459 - Reinforced Concrete Design I
• •  C E 464 - Environmental Engineering II: Unit Processes
• •  C E 466 - Environmental Systems Design
• •  C E 481 - Professional Practice in Civil Engineering
• •  C E 490 - Senior Design Project
• •  C E 495 - Seismic Design I
• •  C E 500 - Engineering Analysis I
• •  C E 501 - Engineering Analysis Il
• •  C E 502 - Finite Element Method and Applications
• •  C E 503 - Selected Topics in Civil Engineering
• •  C E 504 - Selected Topics in Civil Engineering
• •  C E 508 - Mathematics in Engineering: Probabilistic and Statistical Methods
• •  C E 509 - Mathematics in Engineering: Computational Methods
• •  C E 516 - Timber Design II
• •  C E 517 - Reinforced Masonry Design
• •  C E 520 - Seaport Planning and Design
• •  C E 522 - Advanced Analysis: Transportation Planning
• •  C E 526 - Advanced Design: Pavement Engineering
• •  C E 528 - Engineering in Society: Advanced Highway Materials
• •  C E 529 - Advanced Technologies: Traffic Engineering
• •  C E 530 - Advanced Technologies: Groundwater Flow: Principles and Modeling
• •  C E 532 - Sediment Transportation
• •  C E 533 - Groundwater Contaminant Transport: Principles and Modeling
• •  C E 534 - Data Analysis for Hydrologic and Water Resources Applications
• •  C E 535 - Advanced Analysis: Hydrology
• •  C E 536 - Urban Surface Water Management
• •  C E 538 - Hydraulic Engineering Design Il
• •  C E 546 - Advanced Design: Foundation Engineering
• •  C E 547 - Advanced Technologies: Geotechnical Earthquake Engineering
• •  C E 548 - Advanced Analysis: Soil Mechanics
• •  C E 549 - Engineering in Society: Retaining Structures and Slope Stability
• •  C E 551 - Advanced Design: Reinforced Concrete Structures
• •  C E 553 - Behavior and Design of Steel Structures
• •  C E 554 - Analysis and Design with Composite Materials
• •  C E 555 - Engineering in Society: Earthquake Engineering
• •  C E 557 - Advanced Analysis: Structural Analysis
• •  C E 558 - Advanced Technologies: Dynamics of Structures
• •  C E 562 - Engineering in Society: Water Treatment Systems
• •  C E 563 - Advanced Design: Wastewater Treatment Systems
• •  C E 564 - Environmental Health Engineering
• •  C E 568 - Renewable Resources and Energy
• •  C E 570 - Engineering Management Principles and Practices
• •  C E 571 - Construction Planning and Cost Control
• •  C E 573 - Engineering Specifications, Law, and Contracts
• •  C E 574 - Methods, Analysis and Design of Construction Operations
• •  C E 575 - Advanced Analysis: Construction Optimization and Decision Making
• •  C E 576 - Construction Organization and Management
• •  C E 581 - Engineering in Society: Sustainability and Green Construction
• •  C E 582 - Management of Productivity and Quality
• •  C E 585 - Advanced Technologies: Utility Rehabilitation and Construction
• •  C E 696 - Research Methods
• •  C E 697 - Directed Studies