The shelter, designed by Civil & Environmental Engineering students, will be located at Forney’s Point in the Don Williams Recreation Area when constructed. The proposed design will add a unique and exclusive area intended for social gatherings to an otherwise underutilized area in the park. In addition to the overlook pavilion, a new roadway and […]
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The natural amphitheater was designed and set in campground C of the Don Williams Recreation Area. The design incorporates the sloping topography of the location and uses native Iowan materials, such as natural stones and oak wood. The amphitheater stage is open with little to zero shade to provide natural lighting to the persons performing […]
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The goal of this project was for senior engineering students to provide structural reviews, specifications, and recommendations for developing a community garden on the parking garage site. The project created a report, structural analysis and designs for rooftop garden, and a poster. Read the final student report delivered to the local gov/community partner. Iowa Initiative […]
The Don Williams Lake Spillway Fish Barrier Project will help to maximize stocking efforts by retaining stocked fish, preventing invasive species from migrating into the lake, and improve overall lake quality. This project, completed by University of Iowa students, will make Don Williams Lake a more attractive destination for fishing and recreation, bringing in more […]
Students in the Civil & Environmental Engineering program conducted a project that provided water utility improvements, future sanitary sewer projects, stormwater management, water quality, and flood protection in the Southbridge Industrial Park in Sioux City, IA to support its growth and the attraction of new industries to the area. Read the final student report delivered […]
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Students in CE 423 will focus on the operational performance of the Atherton Street corridor from Park Avenue to Beaver Avenue. Teams will collect data at signalized intersections, such as signal timing, and create recommendations to improve vehicle travel throughout the corridor. The students will specifically discuss how their data and recommendations might influence the […]
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Students in CE 528 will evaluate the safety Atherton Street by identifying signalized intersections with potential for safety improvement by applying the AASHTO Highway Safety Manual safety management process. Specifically, safety problems at the Park Avenue and Atherton Street intersection will be diagnosed by applying this framework and reviewing video data. Read the final student […]
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Students analyzed a land use plan against development in the northeast section of the city, and, where appropriate, enhanced the concepts contained in the plan. Read the final student report delivered to the local gov/community partner. Iowa Initiative for Sustainable Communities Contact Info University Faculty Contact Paul Hanley Civil and Environmental Engineering Local Government / […]
Senior engineering students researched existing commercial small-scale wastewater systems for Iowa City and designed a facility for several different kinds of these small systems to be tested for use in Iowa. Read the final student report delivered to the local gov/community partner. Iowa Initiative for Sustainable Communities Contact Info University Faculty Contact Paul Hanley Civil […]
Engineering students researched the extent of impermeable surfaces in the east-west portion of North Dodge Street Court and developed a stormwater management plan for the city of Iowa City. Read the final student report delivered to the local gov/community partner. Iowa Initiative for Sustainable Communities Contact Info University Faculty Contact Jacob Odgaard Civil and Environmental […]
Read More… from Stormwater Management with Permeable Pavement and Bioretention Structures