In addition to minimum admission requirements for all prospective graduate students who are applying to UW, the UW Civil & Environmental Engineering Department has specific requirements for master’s degree specialty areas.
To be considered for admission, applicants must hold a baccalaureate degree from a regionally accredited college or university in the United States, its equivalent from a foreign institution or a Bologna bachelor’s degree with a minimum of 180 European Credit Transfer System credits.
A 3.0 minimum GPA (based on 4.0 scale) from the last 60 graded semester hours or last 90 graded quarter hours in undergraduate or post-graduate academic coursework is required. In practice, substantially higher grades may be necessary for admission to the graduate program. View admission statistics for the past autumn.
Applicants whose native language is not English must demonstrate English language proficiency by submitting official TOEFL test scores. For more information and minimum score requirements, refer to the Graduate School’s English Language Proficiency Requirements. A score higher than the minimum may be needed in order to be competitive for admission.
Specialty area admission prerequisites
In addition to minimum admission requirements, the UW Civil & Environmental Engineering Department has specific requirements for master’s degree specialty areas.
Note: Students admitted to the graduate program without an engineering undergraduate degree will be eligible to take the Fundamentals of Engineering exam after the MSCE degree has been granted. However, additional coursework or self-study may be needed in order to pass the exam. Refer to the National Council of Examiners for Engineering and Surveying Exam Specifications.
Construction, Energy and Sustainable Infrastructure
The following coursework, or equivalent, must be completed prior to admission:
- One-year Calculus series, MATH 124/125/126, or equivalent
- One year of calculus-based Physics, equivalent to PHYS 121/122/123
- Two academic terms (semesters or quarters) of Chemistry, equivalent to CHEM 142/152
- One academic term (semester or quarter) of CEE 347 Fluid Mechanics (may be completed in the first quarter of the master’s program)
- One academic term (semester or quarter) of CEE 350 Mass and Energy Balances in Environmental Engineering or CEE 357 Environmental Engineering (may be completed in the first quarter of the master’s program)
Prospective master’s students who do not have a bachelor’s degree in civil engineering, or other related engineering degree, must complete the following prerequisites, or equivalent, prior to enrollment:
- MATH 124/125/126 Calculus with Analytical Geometry
- MATH 207 (or MATH 307) Differential Equations
- MATH 208 (or MATH 308) Matrix Algebra
- CHEM 142/152 General Chemistry
- PHYS 121/122/123 Mechanics, Electromagnetism, and Waves
- AA 210 Statics
- CEE 220 Mechanics of Materials
- ME 230 Kinematics & Dynamics
- CEE 367 Geotechnical Engineering
Recommended courses: INDE 315 or STAT 390 Statistics, and CEE 436 Foundation Design (may be completed in the master’s program).
Hydrology & Hydrodynamics
- One-year Calculus series, MATH 124/125/126
- One year of calculus-based Physics, PHYS 121/122/123
- Differential Equations, MATH 207 (or MATH 307)
- One academic term (semester or quarter) of CEE 347 Fluid Mechanics
Recommended courses: Introductory courses in Hydraulic Engineering and Environmental Science/Engineering (may be completed in the master’s program)
- One year Calculus series, equivalent to MATH 124/125/126
- Two terms calculus-based Physics, equivalent to PHYS 121/122
- AMATH 301 - Beginning Sci. Computing – preferred or CSE 142 - Computer Programming I
- MATH 208 (or MATH 308) - Matrix Algebra
- AA 210 - Engineering Statics
Required courses (may be taken prior to enrollment, or in the master’s program; however, many are prerequisites for graduate level structures classes)
- CEE 220 - Mechanics of Materials, 4 credits
- CEE 377 - Intro to Structural Design, 5 credits
- CEE 451 - Design of Metal Structures, 3 credits
- CEE 452 - Design of Reinforced Concrete Structures, 3 credits
- CEE 456 - Structural Analysis, 5 credits
Recommended courses (may be completed in the master’s program)
- CEE 337 - Construction Materials, 5 credits
- CEE 367 - Geotechnical Engineering, 5 credits
- CEE 436 - Foundation Design, 3 credits
- CEE 453 - Prestressed Concrete Design, 3 credits
- CEE 454 - Design of Timber Structures, 3 credits
- CEE 457 - Advanced Structures I, 3 credits
Prospective master’s students do not need a Science, Technology, Engineering or Mathematics (STEM) degree. Applicants must complete the following coursework, or equivalent, prior to enrollment:
Required course (may be taken prior to enrollment, or in the master’s program):