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Cody JohnstonProject Manager Kathleen AndrewsAssistant Manager Logan HaynerGraphic Designer Peter Kennedy McMinnResearcher.

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Presentation on theme: "Cody JohnstonProject Manager Kathleen AndrewsAssistant Manager Logan HaynerGraphic Designer Peter Kennedy McMinnResearcher."— Presentation transcript:

1 Cody JohnstonProject Manager Kathleen AndrewsAssistant Manager Logan HaynerGraphic Designer Peter Kennedy McMinnResearcher

2 SUMMARY  Steep terrain on campus  Difficult for people with disabilities to navigate  Benefits of redesigning ADA wheelchair routes  Verify that existing routes meet ADA regulations  Routes will be more safe and less strenuous  Provide quick and easy paths to navigate between buildings  New routes will account for current and future construction projects

3 PURPOSE  The ultimate goal of the project is to provide 100% wheelchair accessibility to every building and area on campus  New wheelchair route map will be as detailed and easy to use as possible

4 SCOPE GeoTex will propose the construction or creation of the following to circumnavigate the obstacles listed above:  Wheelchair ramps  Sidewalks  Wheelchair accessible curb ramps  Wheelchair accessible buildings and elevators  Handrails GeoTex will focus on navigating around the following obstacles:  Areas with steep slopes  Construction sites  Areas without sidewalks  Sidewalks without wheelchair accessible curb ramps  Buildings

5 All routes defined by GeoTex will comply with the applicable guidelines set out by the ADA, the most relevant guidelines to this project are the following:  Slope: maximum slope on any section of a route may not exceed 1:20 without a ramp.  Curb ramps: all transitions from sidewalk to street crossing require some form of curb ramp. These may require flared sides based or returned curbs based on location.  Ramps: any section of a route with a slope exceeding 1:20 must have a ramp. Ramps must not have a slope exceeding 1:50. REGULATIONS

6 LITERATURE REVIEW “Using GIS to Meet Accessibility Requirements” – Jim Baumann  City of San Francisco, CA, using a geodatabase to install 15,000 curb ramps by 2017 to meet federal requirements  Create an online map that is updated regularly and available to the public “Curb Ramps, the San Francisco Way” – Michelle Ohmes  Critique of San Francisco’s curb-ramp map and installation plan by Americans with Disabilities Act consultant  Online map is easy to use and understand, and installation plan is concise, yet thorough  “I strongly suggest other public agencies use this model as a guide for putting together their overview transition plan for curbs and sidewalks.”

7 DATA  Existing data from the following datasets will be used:  Facilities Planning Design: University Property, ADA Routes, sidewalks, building interiors, recycle bins, surfaces, lakes, greenzone, golf fairways, golf greens.  Department of Geography: Sidewalks, streets, campus buildings, topography, parking.  To be collected or verified by the GeoTex team:  Routes through buildings, verification of slope, verification of routes, curb cut locations.

8 METHODOLOGY Data Collection/Preparation  We have been provided with the majority of data needed to complete the project, but Texas State has a lot of construction zones that need to be taken into account.  The locations of construction zones and any other obstructions will be recorded in the field using a GPS receiver, and used in the routing process.

9 METHODOLOGY Data Analysis/Routing  After obtaining the locations of obstructions…  Reclassify slope using pass/fail method (5% slope for non-ramps and 2% slope for ramps)  Begin routing process using cost path analysis with obstructions and slopes that exceed the ADA’s regulations routed around

10 METHODOLOGY Verification of Results  After wheelchair routes have been created in ArcMap, the team will verify the results in the field.  Primary Concerns: Adherence to ADA slope and curb ramp regulations.  Other Concerns: Proximity of construction projects and disturbed terrain. Acceptability of routes through building interiors.

11 METHODOLOGY Redesign of Routes and Suggested Actions  Any routes which are deemed unacceptable will be reanalyzed and redesigned  If any unsatisfactory routes between any two buildings remain after this process, the team will suggest possible measures to make these routes acceptable.  Possible actions  Construction of ramps, bridges, sidewalks, or handrails.  Addition of elevators or automatic doorways to building interiors.

12 BUDGET  Data Collection- $1,000  Data Analysis- $8,400  System Management- $2,700  Equipment Costs- $3,750  Website Costs-$2,100  Total- $17,950

13 TIMETABLE The project will take place in several key stages of development that build upon each other. Some important stages and key dates include:  Data Collection: Complete no later than February 5 th  Data Preparation: Projected start date of February 5th finish date of February 26 th  Data Analysis: Projected start date of February 17 th and finish date of April 2 nd  Data Interpretation: Projected start date of April 2 nd and finish date of April 9 th

14 TIMELINE Task: Week 1-2 Jan. 19 – Feb. 1 Week 3-4 Feb. 2-15 Week 5-6 Feb. 16 – Mar. 1 Week 7-8 Mar. 2 - 15 Week 9-10 Mar. 16 - 29 Week 11- 12 Mar. 30 – Apr. 12 Week 13- 14 Apr. 13 - 26 Week 15 Apr. 27 – May 2 Client Presentation Jan. 22 Data Collection Target Finish: Feb. 5 Proposal Preparation Target finish: Feb. 10 Proposal Presentation Feb. 19 Data Preparation Begin by: Feb. 5 Target Finish: Feb. 26 Data Analysis Begin Analysis: Feb. 17 Target Finish: Apr. 2 Progress Update Mar. 24 Data Interpretation Begin by: Apr. 2 Target Finish: Apr. 9 Final Presentation Preparation Begin by: Apr. 7 Target Finish: Apr. 23 Final Presentation May 2

15 DELIVERABLES Final Report (2 copies) Professional Map  Campus map of wheelchair accessible routes Project Website CD (2 copies)  Data  Metadata  Proposal, Progress, and Final Reports  PowerPoint Presentations  Map

16 CONCLUSION  GeoTex will create an up-to-date map of current wheelchair accessible routes around the Texas State campus.  We will use a combination of GIS and field work to gather data used to create the final map  Map will be available to all students, faculty, and visitors to Texas State University.  Our final campus map will adhere to all guidelines set forth in the Americans with Disabilities Act.

17 QUESTIONS OR CONCERNS?


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