| The Bachelor of Science in Engineering degree is a broad
based, multidisciplinary engineering degree
that emphasizes a strong foundation in engineering
fundamentals, engineering design, and practical
engineering experience. To meet these objectives,
all engineering students must complete 50
units of major field work, with courses in
six different core areas. |
|
Engineering Analysis Core (11 units)
Engineering 201: Engineering Methods (Lecture and Laboratory)
Engineering 311: Engineering Applications
of Probability & Statistics
Engineering 315: Engineering Analysis
Engineering 380: Engineering Economy |
|
Engineering Mechanics Core (12 units)
Engineering 121: Statics
Engineering 220: Strength of Materials
Engineering 241: Dynamics
Engineering 310: Engineering Materials (Lecture and Laboratory) |
|
Engineering Electrical Core (10 units)
Engineering 231: Digital Logic
Engineering 232: Linear Circuits I
Engineering 233: Electrical Laboratory I
Engineering 317: Computational Methods and Numerical Analysis (Lecture and Laboratory)
|
|
Engineering Thermal Science Core (6 units)
Engineering 340: Thermodynamics
Engineering 341: Fluid Mechanics |
|
Engineering Design Core (10 units)
Engineering 101: Engineering Graphics (Lecture and Laboratory)
Engineering 301: Computer Aided Engineering/Design Tools (Laboratory)
Engineering 409: Project Management
Engineering 410-411: Senior Design Project I and II |
|
Engineering Experience (1 unit)
Engineering 313: Engineering Internship
|
