Structures Specialization Courses

In this specialization, students may take up to 6 credits of specific graduate-level coursework to simultaneously satisfy the B.E. and M.E. degrees. Unlisted courses taken as an undergraduate are allowed but do not count towards the M.E. degree. Classes taken to fulfill the B.E. Specialization Elective cannot be repeated for additional M.E. Elective credit.

As a B.E. student, take the following as specialization core and electives:

·        Required specialization core – ineligible to double count for M.E. degree

Specialization Electives:

·        CE H3000 Advanced Strength of Materials (3cr)

·        Select and take one of: Any Civil Engineering (CE) course approved as a Structures M.E. Required Core or Elective course
      for which the   student has completed all necessary requisites, except for CE H1000, CE I9700, CE I9800, or CE I9900.

Structures M.E. Required Core courses

CE I1700 Finite Element Methods in Engineering (3cr)

CE I3000 Structural Dynamics (3cr)

CE I3500 Applied Elasticity & Plasticity (3cr)

Structures M.E. Elective courses

CE G0200 High-Rise Design & Analysis (3cr)

CE H5000 Advanced Reinforced Concrete (3cr)

CE H5100 Pre-Stressed Concrete (3cr)

CE H5200 Bridge Engineering (3cr)

CE H5300 Advanced Structural Design (3cr)

CE H5500 Concrete Sustainability (3cr)

CE H5600 Design of Wood Structures (3cr)

CE H5700 Condition Assess. & Rehabilitation of Structures (3cr)

CE H9000 Foundation Engineering (3cr)

CE I1900 Advanced Finite Elements (3cr)

CE I3600 Fracture Mechanics (3cr)

CE I3800 Plates and Shells (3cr)

CE I5400 Linear & Nonlinear Analysis of Structures (3cr)

CE I5500 Stability of Structures (3cr)

CE I5600 Earthquake Engineering (3cr)

CE I5800 Structural Reliability (3cr)

CE I9100 Soil Dynamics (3cr)

CE I9200 Advanced Soil Mechanics (3cr)