Hardest courses in Civil and Environmental Engineering
Plan ahead for courses where students have earned lower grades.
Lowest historical GPA first. At least 100 letter grades over the five years through the
selected term. Grades reflect past outcomes, not workload or a guaranteed result.
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26 courses
Ranked courses have at least 100 recorded letter grades.
Introductory course covering the water cycle, hydrology, hydraulics, coastal engineering, and water resources management for conservation and utilization.
Fluid Mechanics covers fluid statics and dynamics, dimensional analysis, and flow of ideal and real fluids (laminar and turbulent) with applications to engineering problems.
Concrete Structures I covers behavior, design, and proportioning of reinforced concrete elements, including beams, columns, and continuous beams for strength and serviceability.
Problem Solving Using Computer Tools introduces engineering computations, emphasizing computer-based measurement, data collection, and processing via CAD, spreadsheets, and lab hardware.
An introductory course on Geographic Information Systems covering automated procedures for storing, analyzing, and displaying spatial information, including databases, software systems, and case studies.
The course covered a large volume of material, making it challenging. Exams were described as tough and difficult, with some students noting that grading on them was harsh.
Architectural Making I introduces architecture and architectural making, testing 2D and 3D form and space through theoretical, pragmatic, and contextual issues.
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.
Structural Analysis I covers determinate and indeterminate beams, trusses, and frames, using virtual-work, moment-area, influence lines, and force methods.
Civil and environmental engineering decision making covering planning, designing, and managing systems through optimization, decision analysis, and economic methods with case studies.
Introductory course covering fundamental sanitary aspects of environmental engineering, including water supply, wastewater, solid waste, air pollution, and professional roles.
Geometric Design of Transport Facilities covers ground transportation facility design, including intersections, grade separations, interchanges, and parking terminals.
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.
Environmental Engineering Materials covers properties and tests of materials for water and air treatment/conveyance, including lab/field measurement techniques and technical report preparation.
Introduction to Architectural Theory surveys architectural design theory through research analysis and criticism of works and ideas of significant architects and architectural theorists.
Examines properties and tests of materials for constructing or repairing facilities like buildings and transportation systems, including lab/field measurement techniques and technical report preparation.
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.
A seminar on current problems and research developments in transportation, highways, traffic engineering, and transportation planning and systems analysis.
Design of water treatment processes and plant facilities, including unit operations, groundwater treatment, cost estimates, CAD concepts, and site visits.
Covers environmental regulations, site and contaminant characterization, and engineering design/operation of hazardous waste remediation systems for water, air, solid waste, and groundwater pollution.