GPA and percentages are weighted by recorded letter grades. UW
comparisons use the same terms. Cross-listed courses count once within
this department and once across UW; department totals should not be
added together. Grade counts are not unique students. Offering counts
reflect captured records, not a complete historical schedule.
Spring 2027
Recorded this term
6262courses with offerings
7272instructors recorded
Grades have not been recorded for this term. Historical results remain
in the overview above.
This course examines energy markets using economic analytic tools, covering supply from fossil and renewable sources, demand across key sectors, and electricity as an intermediate market to understand global resource allocation.
Cooperative Education Program offering full-time workplace experience where students apply engineering theory and practical knowledge in a professional setting.
Introduction to Architectural Theory surveys architectural design theory through research analysis and criticism of works and ideas of significant architects and architectural theorists.
Architectural Making I introduces architecture and architectural making, testing 2D and 3D form and space through theoretical, pragmatic, and contextual issues.
Architectural Making II surveys and applies twentieth-century design techniques in architecture, focusing on 2D/3D composition, scale, and design methodology.
The course was homework-intensive for a two-credit class, with a final project described as a grind. While some found the work enjoyable, others noted it was tough and required significant effort.
Independent Study in Civil Engineering involves conducting and reporting on independent civil or environmental engineering research under faculty supervision.
Fluid Mechanics covers fluid statics and dynamics, dimensional analysis, and flow of ideal and real fluids (laminar and turbulent) with applications to engineering problems.
Introductory course covering the water cycle, hydrology, hydraulics, coastal engineering, and water resources management for conservation and utilization.
Introductory course covering fundamental sanitary aspects of environmental engineering, including water supply, wastewater, solid waste, air pollution, and professional roles.
Environmental Engineering Materials covers properties and tests of materials for water and air treatment/conveyance, including lab/field measurement techniques and technical report preparation.
Structural Analysis I covers determinate and indeterminate beams, trusses, and frames, using virtual-work, moment-area, influence lines, and force methods.
An introduction to the use of Building Information Modeling (BIM) technology in the construction industry. Gain experience in using 3D 4D modeling software to model and coordinate building designs.
Hydraulic Engineering covers measurement, control, and conveyance of water and wastewater flows, focusing on analysis and design of pipe systems, pumps, and turbines.
Open Channel Hydraulics covers flow analysis and design for natural and artificial channels, including uniform flow, weirs, flumes, backwater profiles, flood routing, hydraulic jumps, and sediment transport.
Covers man-caused atmospheric pollution effects, health/economic/aesthetic impacts, measurement techniques for pollutant concentrations, sources/control methods, and government roles in air quality regulation.
Design of water treatment processes and plant facilities, including unit operations, groundwater treatment, cost estimates, CAD concepts, and site visits.
Concrete Structures I covers behavior, design, and proportioning of reinforced concrete elements, including beams, columns, and continuous beams for strength and serviceability.
Covers construction industry characteristics, project organizations, design and construction processes, resource utilization, cost estimation, pricing, contracting, planning, and cost control.
Data Sensing and Analysis in Construction covers onsite data capture, analysis, and visualization, focusing on 3D as-built modeling, visual detection of equipment/personnel, and mixed-reality site tours.
Teaches construction estimating and scheduling principles, including quantity take-offs, cost/duration determinations, and manual/computer techniques for project planning.
Civil and environmental engineering decision making covering planning, designing, and managing systems through optimization, decision analysis, and economic methods with case studies.
Civil engineering course on sustainability concepts emphasizing construction materials, life-cycle assessment, current sustainable practices, stakeholder needs, and rating programs like LEED, Envision, and INVEST.
Electrical Systems for Construction covers basic electricity, utility systems, NEC compliance, branch and feeder design, lighting, telecommunications, and estimating for electrical contracting.
Integrates climate science into water resources management by analyzing climatic influences on hydrologic variables across sub-seasonal, seasonal, and climate change scales.
Covers environmental regulations, site and contaminant characterization, and engineering design/operation of hazardous waste remediation systems for water, air, solid waste, and groundwater pollution.