Architectural Engineering, B.S.

Structural Courses

• ARE 4200 - Structural Analysis II Credits: 3
• ARE 4250 - Structural Steel Design Credits: 3
• ARE 4260 - Structural Concrete Design Credits: 3

•  

• ARE 4285 - Masonry Design Credits: 3

• OR

• ARE 5285 - Masonry Design Credits: 3

•  

• ARE 4295 - Structural Timber Design Credits: 3

• OR

• ARE 5295 - Structural Timber Design Credits: 3

•  

• CE 3600 - Soil Mechanics I Credits: 4

•  

• CE 4610 - Foundation Engineering Credits: 3

• OR

• CE 5610 - Foundation Engineering Credits: 3

•  

• CE 4620 - Soil and Rock Slope Engineering Credits: 3

•  

• CE 4630 - Ground Improvement, Reinforcement and Treatment Credits: 3

• OR

• CE 5630 - Ground Improvement, Reinforcement and Treatment Credits: 3

•  

• CE 5010 - Advanced Mechanics of Materials Credits: 3
• CE 5200 - Advanced Structural Analysis Credits: 3
• CE 5220 - Structural Dynamics Credits: 3
• CE 5255 - Advanced Steel Design Credits: 3
• CE 5270 - Highway Bridge Engineering Credits: 3

Mechanical Courses

• ARE 3360 - Fundamentals of Transport Phenomena Credits: 3
• ARE 4330 - Building Electrical Systems Credits: 3
• ARE 4390 - Building Safety and Fire Protection Credits: 3
• ARE 4430 - HVAC Systems Analysis and Design Credits: 3
• ARE 4490 - Modeling and Optimization of Energy Systems Credits: 3
• ME 3040 - Thermodynamics II Credits: 3
• ME 3170 - Machine Design Credits: 3

•  

• ME 4460 - Solar and Geothermal Engineering Credits: 3

• OR

• ESE 4460 - Solar and Geothermal Engineering Credits: 3

•  

• ME 4470 - Wind and Ocean Energy Engineering Credits: 3

• OR

• ESE 4470 - Wind and Ocean Energy Engineering Credits: 3

Mathematics Electives

• MATH 2250 - Elementary Linear Algebra Credits: 3
• MATH 2300 - Discrete Structures Credits: 3
• MATH 3340 - Introduction to Scientific Computing Credits: 3
• MATH 3500 - Algebra I: Introduction to Rings and Proofs Credits: 3
• MATH 4230 - Introduction to Complex Analysis Credits: 3
• MATH 4255 - Mathematical Theory of Probability Credits: 3
• MATH 4300 - Introduction to Mathematical Modeling Credits: 3
• MATH 4340 - Numerical Methods for Ordinary and Partial Differential Equations Credits: 3
• MATH 4440 - Introduction to Partial Differential Equations I Credits: 3
• MATH 4500 - Matrix Theory Credits: 3
• MATH 5310 - Computational Methods in Applied Sciences I Credits: 3
• STAT 3050 - Statistical Methods Credits: 3
• STAT 4015 - Regression Analysis Credits: 3
• STAT 4025 - Design and Analysis of Experiments I Credits: 3
• STAT 4115 - Time Series Analysis and Forecasting Credits: 3
• STAT 4155 - Fundamentals of Sampling Credits: 3
• STAT 4265 - Introduction to the Theory of Statistics Credits: 3

Science Electives

• ASTR 2310 - General Astronomy I Credits: 4
• ATSC 2000 - Introduction to Meteorology Credits: 4
• ATSC 2100 - Global Warming: The Science of Humankinds’ Energy Consumption Impacting Climate Credits: 3
• ATSC 4320 - The Ocean Environment Credits: 3
• LIFE 1010 - General Biology Credits: 4 (Plus all Biology, Botany, and Zoology courses that have LIFE 1010  as a prerequisite)
• CHEM 1030 - General Chemistry II Credits: 4
• CHEM 1060 - Advanced General Chemistry II Credits: 4 (Plus all Chemistry courses that have CHEM 1020 , CHEM 1030 , CHEM 1050 , or CHEM 1060  as a prerequisite)
• ENR 1200 - Environment Credits: 4
• GEOL 1100 - Physical Geology Credits: 4
• GEOL 1110 - Physical Geology for Engineers Credits: 4
• GEOL 1500 - Water, Dirt, and Earth’s Environment Credits: 4
• GEOL 1600 - Global Sustainability: Managing Earth’s Resources Credits: 4
• GEOL 2000 - Geochemical Cycles and the Earth System Credits: 4
• GEOL 3600 - Earth and Mineral Resources Credits: 4
• GEOL 4113 - Geological Remote Sensing Credits: 4
• GEOL 4444 - Geohydrology Credits: 4 (Plus all Geology courses that have GEOL 1100  or 1200 as a prerequisite)
• MOLB 2021 - General Microbiology Credits: 4 (Plus all Molecular Biology courses that have MOLB 2021  as a prerequisite)
• PHYS 1210 - Engineering Physics I Credits: 4 (only if taken before or concurrently with ES 2120 )
• PHYS 1220 - Engineering Physics II Credits: 4
• PHYS 2310 - Physics III: Waves and Optics Credits: 4 (Plus all Physics courses that have PHYS 1210  or PHYS 1310  as a prerequisite)
• AECL 2010 - Introduction to Soil Science Credits: 3
• AECL 3030 - Ecological Web: Ecology of Plant Protection Credits: 3
• SOIL 2010 - Introduction to Soil Science Credits: 4
• SOIL 3130 - Environmental Quality Credits: 3
• SOIL 4100 - Soil Physics Credits: 3
• SOIL 4130 - Chemistry of the Soil Environment Credits: 3

A Minimum of 42 Credit Hours Must Be Upper Division (3000+) Level.

Transfer Coursework: The Architectural Engineering program accepts transfer course equivalents listed in the Wyoming Transfer Catalog. Other transfer courses will be considered by petition to the Department. The Department has a Policy on Transfer Courses for Continuing Students, which says continuing students should not plan to substitute “core” courses with transfer credits from other institutions, and that transfer credits for continuing students are evaluated on a case-by case basis. For upper-division coursework, no more than two upper division courses may be transferred and applied to the ARE degree. ARE 4720 and ARE 4740 cannot be transferred to UW.