Ryan Jones, P.E. Email & Phone Number

Seattle, Washington, Us

Murraysmith was acquired by Consor.

Portland, Or, Us

Aqualyze was acquired by Murraysmith and in the process, my skillset expanded to the following:- EPA SWMM / PCSWMM / InfoSWMM- InfoWater / InfoWater Pro- Mike Urban / Mike+- ESRI Suite including ArcGIS Pro- InfoWorks- MGS Flood- WWHMThe following are not included in my project tasks in addition to the project work mentioned under Aqualyze:- Sewer Master Plans- Water Master Plans- CIP Analysis- Water System Inventory Analysis- Seismic Resilliency Analysis- Pressure Zone Expansion- Fire Flow requests to assess capacity for expansion and development- Planning long term future system expansionsWorking with Murraysmith granted me access to work with a larger group of modelers and planners across the sprawling company geography. I have also had more support for developing Python methods to support work flows and better present results. I now have capabilities to use Python to integrate data from text formats, Excel and ArcGIS including capability for interactive plotting and dash boards and writing to formatted pdf.

Hydrologic and Hydraulic modeling for sanitary sewer, combined sewer and drainage systems using- EPA SWMM / PCSWMM- Mike Urban- InfoWorks- MGS Flood- WWHMin conjunction with mapping and data processing and report writing for analysis in - Model Calibration and Validation- System Capacity Analysis- Adjustments to Real Time Controls- Design Storm Analysis- Options Analysis- Modeling in support of design- Climage Change - Long Term Simulations for CSO Consent Decree Compliance- Control Volume Assessment and Options Analysis- Results and context mappingTasks included - Working on concurrent projects to meet multiple deadlines- Presenting results to clients- Working closely with team members- Updating and Managing data archives with Python- Manipulating temporal and spatial data with PythonProject scales varied from a few acres to the entire combined system in Seattle.

Diemen, Noord-Holland, Nl

As a Randstad employee, I contributed to quality assurance aspects of Google Maps using available resources internally from Google and externally from approved resources like government data and company websites for Google's Project Ground Truth.

State College, Pa, Us

Stormwater modeling for General Permits, Erosion & Sedimentation, and National Pollution Discharge Elimination System(NPDES), and Land Development submissions to municipalities, county conservation districts, and the PA DEP using models of varying complexity from HydraFlow to Autodesk Storm & Sanitary Analysis. Submissions included PCSM and E&S narratives, E&S control design, design of GSI, NPDES documents, LEED accreditation, etc.River modeling using HEC-RAS to revise the floodplain and floodway, submissions to FEMA and the affected municipalities, as well as coordination with surveyors, wetlands specialists, site contractors, and the site developerworked on concurrent projects and completed submissions on time, learned automated analysis methods in Civil 3D in a self starter environment, and advertised for, interviewed, hired, mentored, and managed an internSee my website page for more information about my experience with Sweetland: http://ryanjoneseng.weebly.com/sweetland-engineering--associates-inc.html

University Park, Pa, Us

Course work in water resources engineering and GIS. Teaching assistant for Water Resources Engineering. Taught a few lectures in fluid mechanics and water resources engineering, created a tutorial on using ArcGIS to create drainage areas based on freely available DEMs and other layers. Created, solved and graded homework assignments and quizzes. some field work in geophysical remote sensing as a continuation of my work with Chris Duffy.

University Park, Pa, Us

• Independently monitored geophysical sensors for the collection of rainfall samples, rainfall depths, intensity, and qualities, collected stream samples, monitored a weir, verification of measurements using a staff gage, groundwater sampling, snow sampling of snow water equivalance and snow depth, installation of a snow scale, installation of wells, • Responsible for analyzing samples for isotope concentrations using an isotope analyzer (laser absorption specifically for isotope analysis). • Responsible for keeping a field notebook, driving to site, and working independantly. For more information about my work at Shale Hills see my webpage at: http://ryanjoneseng.weebly.com/shale-hills-czo.html

Washington, Dc, Us

The Choptank River, located on the DELMARVA penninsula, tributary to the Chesapeake Bay, is experiencing significant nitrogen and phosphorus pollution primarily from manure runoff from farmers in the Choptank River Watershed. The manure used on the farms is readily available from chicken farms in the area looking for ways to decrease the chicken waste products. Because of the ease for the farmers to use this manure, over spreading often occurs. One potential tool that may come out of the hydrologic and hydraulic modeling effort of the NWS is a fertilizer forecast tool, similiar to the tool that is offered in the state of Wisconsin, which alerts farmers of reccommended and high risk times to apply fertilizers to the fields.In order to produce such a tool operationally, the Hydrology Lab Research Distributed Hydrologic Model (HL-RDHM) was used, which was connected to a HEC-RAS model which routed the surface runoff downstream, and modeled the affects of the tides of the Chesapeake Bay using information available from the National Ocean Service (NOS). I worked closely with the Development and Operations Hydrologist (DOH), Seann Reed, to develop the model, starting from a lumped SAC-SMA (Sacremento Model with Soil Moisture Accounting) model to calibrate the land use and hydrologic characteristics of the watersheds of interest using CHPS (Community Hydrologic Prediction System), then applying these calibrated SAC-SMA parameters to the HL-RDHM which applies the SAC model using a 1/4 HRAP (Hydrologic Rainfall Analysis Projection) grid for the hydrology, rutpix9 for hydrologic routing between cells, and sno-17 for cold season processes. I presented my work on the Choptank to a variety of vested parties.To learn more about the Choptank Habitat Focus Area (HFA), visit the my personal website here: http://ryanjoneseng.weebly.com/internship-with-the-national-weather-service.html

Master Of Engineering (M.Eng.), Civil And Environmental Engineering

Bachelor'S Degree, Civil Engineering