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Team and Experience | 18A Proposal for Lake Orono Restoration and Enhancement (LORE) for the City of Elk River <br />SERVICE GROUP: <br />Water Resources <br />REGISTRATION: <br />Professional Engineer <br />Minnesota #50820 <br /> <br />EDUCATION: <br />Masters in Aquatic <br />Science, University of <br />Michigan, 2010 <br />Masters in Civil <br />Engineering, University <br />of Michigan, 2010 <br />Bachelor of Science <br />in Civil Engineering, <br />Marquette University, <br />2008 <br />Lower Twin Lake Fish Barrier | Twin Lakes, MN <br />CLIENT: SHELL ROCK RIVER WATERSHED DISTRICT (SRRWD) <br />Amy is the engineer and chief hydraulic modeler for the design of a fish barrier to <br />block invasive fish species from entering Lower Twin Lake. As part of this project Amy <br />modeled multiple barrier designs and evaluated their effectiveness for limiting fish <br />passage as well as their effect on an existing culvert and surrounding properties. <br />Elm Creek Restoration | Champlin, MN <br />CLIENT: CITY OF CHAMPLIN <br />Amy was a construction observer on the Elm Creek restoration project. Her duties <br />included supervising in-stream structure installations to improve fish habitat, <br />coordinating construction activities with the contractor, and insuring site compliance <br />with permit requirements, including protection of Blanding’s turtle nesting sites. <br />Amy Anderson, PE <br />DESIGN ENGINEER <br />Amy has over nine years of professional experience in water resources engineering, <br />specializing in stream restoration and hydraulic modeling. Amy’s experience in stream <br />restoration spans the project cycle, from surveying and design through construction <br />observation and post-project monitoring. Amy works closely with all stakeholders <br />in stream restoration projects and sees these types of projects as a way to improve <br />connection between people and the natural environment. Amy has completed two <br />levels of stream restoration training through Wildland Hydrology with Dave Rosgen. <br />Amy is proficient in several types of software used in stream restoration and hydraulic <br />analysis, including HEC-RAS, HEC-HMS, XP-SWMM, and RiverMorph.