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<br />Education <br />M.S. Candidate, Civil Eogineering <br />Colorado State University <br /> <br />B.S. Civil Engineering, 1997 <br />Environmental Engineering Minor <br /> <br />Professional Registration <br />Engineer in Training, Colorado <br /> <br />Professional Affiliations <br />American Water Resources Association <br /> <br />Jeremy J. Franz, E.I.T. <br />Water Resource Engineer <br /> <br />Professional Experience <br />Mr. Franz has participated in a number of projects including hydraulic designs <br />and hydrologic studies. This participation includes preparation of design <br />documents, technical analysis using state of the art software, direction of <br />technical staff, working wilh users and clients to develop selected alternatives, <br />preparation of bid documents, preparation of study recommendations, and <br />quality control assessments of completed projects. His pursuit of a Master's <br />degree in Civil Engineering demonstrates his aptitude in and passion for the <br />profession, particularly in hydrological and hydraulic analysis. <br /> <br />. Clover Basin Village Apartments, Longmant, CO - This project included <br />the design of the relocation of a portion of the Peck Irrigation ditch which <br />involved preparing a HEC-RAS model of the existing ditch to determine it's <br />existing capacity and evaluation of the relocated system to ensure that it did <br />not negatively impact the hydraulic and energy grade lines oflhe ditch <br /> <br />. Thompson Valle}' Public Improvements Package, Loveland, CO - As part of <br />this project, the City of Loveland master SWMM model was expanded from <br />8 square miles to include an additional 3 square mile basin that was <br />neglected in previous designs. The analysis involved the preparation of an <br />EXTRAN model to evaluate the flow conditions associated with <br />hydraulically connected detention at successive road embankments. The <br />final design provided energy dissipation at the downstream side of the <br />embankment to mitigate the historic al erosion problems. <br /> <br />. Boxelder Creek Floodplain Hydraulic Stud..rfor the Colorado State <br />University Environmental Learning Center, Fort Collins, CO - Assisted in <br />the development of a HEC-RAS model to evaluate the effects of this site <br />development on the Boxelder Creek Floodplain and to verify no rise in the <br />Base Flood Elevation established in a FEMA Flood Insurance Study. <br /> <br />. Repair Storm Damage -Jack's Valley Access Road, United States Air <br />Force Academy, Colorado Springs, CO - This project evaluated the erosive <br />potential of Monument Creek for a 5 mile stretch with a HEC-RAS model <br />and recommended erosion prevention measures at two locations. The <br />design included biological stream bank stability and aesthetic enhancement <br />features combined with hard armoring and terracing. <br /> <br />. Taft Hill Road Detention Pond, Fort Collins, CO ~ Extensive hydraulic and <br />hydrologic analysi~ of a portion of the Spring Creek drainageway in the <br />vicinity of Taft Hill Road. This project requires that the FEMA HEC2 <br />hydraulic model and floodplain be updated through the CLOMR process <br />and that no negative impacts are realized due to the design of a regional <br />detention pond. <br /> <br />o Hewlett Packard EXTRAN, Fort Collins, CO - Assisted in the preparation <br />of an EXTRAN model for a system of hydraulically connected ponds. The <br />ponds serve as the regional detention for the tributary area. The purpose of <br />this study was to generate a synthetic rating curve for input into the more <br />simple SWMM model that the City of Fort Collins uses for masterplanning. <br />