Foundations

Foundations of Civil and Environmental Engineering

Identity, ethics, professional practice, and core digital fluency.

• Introduction to Civil and Environmental Engineering
• Professional and Legal Issues in Civil Engineering
• Engineering Ethics and Contemporary Issues
• Civil Engineering Drawings and Virtual Modeling
• Geomatics (Surveying, GPS, LiDAR, GIS)
• Computer Applications for Civil and Environmental Engineers
• Analytical Tools in Civil and Environmental Engineering
• Building Information Modeling and Integrated Practices
• BIM Applications in Civil Engineering
• Bridge Experience (Industry / Internship Integration)
• Study Abroad Experience
• Independent Study / Undergraduate Research
• Graduate Independent Study in Civil Engineering

Structural Engineering

Structural Engineering and Structural Performance

Analysis, design, and protection of load-bearing systems.

Analysis & Behavior

• Structural Mechanics
• Introduction to Structural Engineering
• Intermediate Structural Analysis
• Advanced Structural Analysis
• Applied Finite Element Methods
• Structural Stability
• Structural Dynamics

Structural Design

• Reinforced Concrete Design
• Advanced Reinforced Concrete Design
• Prestressed Concrete Design
• Design of Steel Structures
• Advanced Steel Design
• Design of Wood Structures
• Masonry Structural Design
• Mechanics of Composite Materials
• Concrete Materials
• Bridge Design and Evaluation

Extreme Loads & Reliability

• Lateral Forces: Analysis and Design of Building Structures
• Earthquake Engineering
• Wind Engineering
• Structural Fire Engineering
• Forensic Engineering (Failure Investigation and Codes)
• Special Topics in Structural Engineering

Geotechnical

Geotechnical Engineering & Foundations

Soils, ground behavior, foundations, and earth retention.

• Introduction to Geotechnical Engineering
• Geotechnical Engineering Principles
• Advanced Foundation Design
• Earth Pressures and Foundation Structures
• Design of Earth Structures
• Retaining Structures and Slope Stability
• Ground Improvement Methods
• Marine Geotechnical Engineering
• Coastal and Marine Geotechnics

Water / Coastal

Water, Hydraulics & Coastal Systems

Water security, flood control, and coastal resilience.

Hydraulics & Fluid Mechanics

• Fluid Mechanics for Civil and Environmental Engineering
• Water Resources Engineering
• Open Channel Flow
• Hydraulic Structures

Hydrology & Resource Planning

• Hydrology
• Ground water Resources
• Water Resources Planning
• Urban Water Sustainability
• Geospatial Analysis and Hydrologic Design

Coastal, Marine & Port Infrastructure

• Coastal Engineering
• Design of Ocean Structures
• Port and Harbor Engineering
• Sustainable Coastal Engineering

Risk, Flooding & Climate Resilience

• Natural Disaster Risk Modeling
• Natural Disaster Mitigation and Recovery
• Coastal and Marine Geotechnics (Site Risk and Field Methods)
• Sustainable Coastal Engineering (Shoreline Protection & Sea Level Rise)

Environmental

Environmental Engineering & Public Health

Water treatment, air quality, health protection, and policy.

• Introduction to Environmental Engineering
• Water and Wastewater Treatment Design
• Fundamentals of Public Health Engineering
• Air Resources Engineering
• Environmental Sustainability: A Systems Approach
• Urban Water Sustainability
• Municipal Engineering (Infrastructure, Planning & Resilience)
• Smart Sustainable Infrastructure

Construction Engineering

Construction Engineering & Infrastructure Delivery

From concept to reality: cost, schedule, methods, lifecycle.

Construction Management & Execution

• Construction Management
• Estimating, Production, and Cost Engineering
• Construction Control Techniques
• Construction Engineering: Means and Methods
• Professional Practice, Communication, and Leadership

Land Development & Urban Infrastructure

• Introduction to Land Development Design
• Land Development Design
• Advanced Land Development Design
• Sustainable Land Development
• Municipal Engineering
• Infrastructure Condition Assessment

Digital Delivery & Smart Infrastructure

• Building Information Modeling and Integrated Practices
• BIM Applications in Civil Engineering
• Smart Sustainable Infrastructure
• Geospatial Analysis and Hydrologic Design

Transportation Systems

Transportation Systems & Mobility

Movement of people and goods: safety, logistics, and design.

• Introduction to Transportation Engineering
• Traffic Engineering
• Transportation Facility Planning
• Geometric Design of Highways
• Airport Planning and Design
• Transportation Safety
• Freight Operations and Logistics
• Pavement Design

Infrastructure

Resilient Infrastructure & Hazard Mitigation

Earthquakes, hurricanes, fire, blast — design for survival.

• Lateral Forces on Building Structures (Wind, Seismic, Blast)
• Earthquake Engineering
• Wind Engineering
• Structural Fire Engineering
• Structural Dynamics (Response to Extreme Events)
• Natural Disaster Risk Modeling
• Natural Disaster Mitigation and Recovery
• Air Resources Engineering (Public Health Impacts of Air Quality)
• Sustainable Coastal Engineering (Storm Surge & Sea Level Rise)
• Forensic Engineering (Failure Analysis and Code Compliance)

Preservation

Preservation, Rehabilitation & Existing Structures

Adaptive reuse, structural assessment, life extension.

• Preservation Engineering: Theory and Practice (Historic Structures I)
• Preservation Engineering: Theory and Practice (Historic Structures II)
• Preservation Engineering in the Urban Context
• Investigation, Diagnosis, and Rehabilitation of Existing Structures
• Infrastructure Condition Assessment
• Lateral Forces on Existing Buildings (Assessment and Retrofit)

AI for Civil Systems

Data, Modeling & AI for Civil Systems

Simulation, digital twins, automation, machine learning.

• Computer Applications for Civil and Environmental Engineers
• Analytical Tools in Civil and Environmental Engineering
• Geospatial Analysis and Hydrologic Design
• Building Information Modeling and Integrated Practices
• BIM Applications in Civil Engineering
• Applied Finite Element Methods
• Smart Sustainable Infrastructure
• Machine Learning Applications in Civil and Environmental Engineering