Interdisciplinary Engineering, MSE, Concentration: Civil Engineering

Core Courses (15 Credit Hours)

Any five (5) courses from the list below:

• CE 50910 - Watershed Management
• CE 53410 - GIS & Remote Sensing applications in Water Resources Engineering
• CE 53710 - Introduction to Optimization and Simulation Models
• CE 53210 - Fundamentals of Design of Steel Girder Bridges
• CE 53430 - Adv Civil Engineering Projects I
• CE 57000 - Advanced Structural Mechanics
• CE 54810 - Plates and Shells
• CE 59701 - Sel Topics in CE offered as Groundwater Hydraulics
• CE 53420 - Traffic Management
• CE 50930 - Solid Waste Management
• CE 53910 - Advanced Hydraulics
• CE 52940 - Advanced Mechanics of Materials
• CE 59701 - Sel Topics offered as Advanced Geotechnical Engineering
• CE 53430 - Advanced CE Proj I
• CE 53610 or ME 53600 Numerical Methods in Engineering
• ME 53400 - Systems Engineering
• ME 51900 - Intro to Wind Energy

Technical Electives (6 Credit Hours)

(Require approval by an advisor)

• CE 53610  or ME 53600 Numerical Methods in Engineering 
• ME 53400 - Systems Engineering
• ME 59700 - Advanced Mechanical Engineering Projects I, offered as Solar Energy Engineering Systems

Thesis (9 Credit Hours)

Thesis (Phase I)

Thesis (Phase II)

Thesis (Phase III)

Core Courses (24 Credit Hours)

(Coursework Only)

Any eight (8) course from the list below:

• CE 50910 - Watershed Management
• CE 53410 - GIS & Remote Sensing applications in Water Resources Engineering
• CE 53710 - Introduction to Optimization and Simulation Models
• CE 53210 - Fundamentals of Design of Steel Girder Bridges
• CE 53430 - Adv Civil Engineering Projects I
• CE 57000 - Advanced Structural Mechanics
• CE 54810 - Plates and Shells
• CE 54810 - Plates and Shells
• CE 59701 - Sel Topics in CE offered as Groundwater Hydraulics
• CE 53420 - Traffic Management
• CE 50930 - Solid Waste Management
• CE 53910 - Advanced Hydraulics
• CE 52940 - Advanced Mechanics of Materials
• CE 59701 - Sel Topics in CE offered as Advanced Geotechnical Engineering

Technical Electives (6 Credit Hours)

(Require approval by an advisor)

• ME 51600 - Advanced Engineering Project Management
• CE 53610 or ME 53600 Numerical Methods in Engineering
• ME 53400 - Systems Engineering
• ME 51900 - Intro to Wind Energy