Master of Engineering - GIS specialty
| Basic science (2 semesters, e.g., physics, chemistry) ............... |
PHYS 2010,
PHYS 2020 |
| Calculus I .......................................... |
MATH 1401 |
| Calculus II ......................................... |
MATH 2411 |
| Computing ........................................ |
C SC 1320 |
| Statistics .......................................... |
MATH 2830 |
Master of Science in Civil Engineering - GIS specialty
| Calculus I .......................................... |
MATH 1401 |
| Calculus II ......................................... |
MATH 2411 |
| Calculus III ......................................... |
MATH 2421 |
| Linear Algebra and Differential Equations |
MATH 3195 |
| Physics I ............................................ |
PHYS 2311 |
| Physics II ........................................... |
PHYS 2331 |
| Analytical Mechanics I (Statics) ............ |
C E 2121 |
| Analytical Mechanics II (Dynamics) ...... |
C E 3111 |
| Mechanics of Materials ....................... |
C E 3121 |
| Theoretical Fluid Mechanics ................ |
C E 3313 |
| Computing Methods in Civil Engineering |
C E 2200 |
| Probability and Statistics for Engineers |
MATH 3800 |
Notes: Comparable courses taken at an approved university or equivalent work experience may suffice. Prerequisite deficiencies must be completed per specific course requirements prior to enrollment. Regardless of specific course requirements, all prerequisite deficiencies must be completed before a student can take more than 9 credits of graduate courses.
Updated: 7/15/2009