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 […]
Read More… from Operational Traffic Performance On The Atherton Street Corridor
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 […]
Read More… from Traffic Safety At Park Avenue And Atherton Street Intersection
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 […]
Public Transportation Engineering provides students the tools to characterize public transportation modes in terms of their most appropriate urban area applications. This includes the ability to conceptually plan and design integrated public transportation systems— that is, systems including multiple modes. As an independent project within the course, two students engaged a context-specific analysis of connectivity […]
Read More… from Recommendation for Transit Oriented Development in Leander
Portland State University’s Department of Civil and Environmental Engineering explored various traffic safety concerns in the City of Salem. The Salem Transportation Safety Analysis was conducted by Portland State University civil engineering students. Intersections with high crash statistics and other safety issues were selected by the City of Salem for evaluation. Some of the locations […]
Presently, Juda School District, a small school in southern Wisconsin, receives a small amount of energy from renewable energy sources while having a large scale utility company, Alliant Energy, supply the rest. The schools current renewable energy source consists of a 36 panel solar system which offsets the schools energy usage by between 4.5% and […]
Read More… from Solar Panel Recommendations for Juda School District
Greenhouse gas and energy reduction were identified as two major goals for 2015 in The City of Iowa City’s 2014 Sustainability Report. The City was, then, pursuing several initiatives to achieve those goals, including an agreement with MidAmerican Energy to convert all of Iowa City’s streetlights into LED fixtures. Read the final student report delivered […]
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
Engineering students created a project aimed at reducing the water demand, energy consumption and costs for Iowa City’s Wastewater Division. The students calculated the areas needing irrigation along with the volume of water needed. Pump sizes, electrical service, and a design plan estimating construction and operational costs were the deliverables. Read the final student report […]
Read More… from Water Reclamation for Terry Trueblood Parks & Recreation Area