For their capstone project in Civil & Environmental Engineering, a team of students completed a preliminary design for a baseball and softball quadplex in Maquoketa, Iowa. 

For their capstone project in Civil and Environmental Engineering, a team of students worked to improve the functioning of downtown area streets by creating updated designs for downtown roads and sidewalks.

For their capstone project in Civil & Environmental Engineering, a team of students worked to improve the functionality of West Branch streets by designing a safer, more efficient truck route.

For their capstone project in Civil and Environmental Engineering, a team of students developed a comprehensive plan to evaluate, prioritize, and design utility replacements in a subdivision in West Branch. 

The student team assessed existing utilities, evaluated replacement options, prioritized improvements, designed replacement systems, and provided a phased implementation roadmap for the City of West Branch.

As part of their Senior Design Capstone Course, Civil & Environmental Engineering students designed a Public Safety Building to meet the needs of the growing city of Granger.

As part of their Senior Design Capstone Course, Civil & Environmental Engineering students proposed designs for the current site of the Bethel AME Church in Clinton. 

As part of their Senior Design Capstone Course, Civil & Environmental Engineering students provided design and analysis support for an integrated parks and environmental engineering project along Mud Creek in Bondurant.

For their capstone project, Civil and Environmental Engineering students examined potential reuse of two six-pack silos in Bondurant.

For their capstone project in Civil and Environmental Engineering, a team of students created designs for an underutilized greenspace in Manchester adjacent to the Maquoketa River.

As part of their Senior Design capstone course, Civil and Environmental Engineering students provided analysis, recommendations, designs, and costs for extending West Branch's sanitary sewer trunk line to meet the needs of the growing community.

The City of West Burlington sought an evaluation and redesign of its downtown area to enhance functionality and visual appeal, facilitate public events, attract visitors. For their capstone project, a group of Civil and Environmental Engineering students designed multiple components for the downtown area, including green medians, permeable paved roadways, covered parking, a pedestrian walkway, and reconfigured parking. 

For their capstone project in Civil and Environmental Engineering, a team of students created engineering and design plans for a park to be located on a former industrial site. Located adjacent to the Mississippi River, the project had several obstacles, notably possible soil contamination and flooding. The team reviewed the site, selected amenities that worked with these challenges, and made recommendations for ways to incorporate the historic rail yard that formerly stood at the site.