1. Transportation Analysis in Civil Infrastructure Kevin Spear, PE Application Consultant, AEC 2. Accurately predict movements of steered vehicles Optimize road and campus geometrics including roundabouts Perform real-time analysis Create conceptual parking layouts Goals At the end of todays session Lets get started 3. Autodesk Vehicle Tracking - Features 4. Introduction | Autodesk Vehicle Tracking 2016 1. Accurately predict movements of steered vehicles 2. Optimize road and campus geometrics 3. Perform real-time analysis 5. Integrate planning and design Works within an AutoCAD environment 6. 1|Accurately predict movements of steered vehicles Access to hundreds of vehicles 7. Perform design checks User-definable rules- based constraints 8. Animate your analysis Experience vehicle movements in 3D 9. 2|Optimize road and campus geometrics Quickly generate design alternatives 10. Preliminary roundabout layout Simplify preliminary layout 11. Unique integration with Civil 3D software Spend less time performing conversions Ground Conflict Area 12. 3|Perform real-time analysis Make design decisions faster 13. More easily consider safety factors Sight lines based on standard design speeds 14. Autodesk Vehicle Tracking - Demonstration 15. Summary | Autodesk Vehicle Tracking 2016 Autodesk Vehicle Tracking Comprehensive transportation analysis and design solution for vehicle swept path analysis Review Subset of Capabilities Evaluate vehicle movements Parking Tools Design Criteria / Standards Libraries Real-time analysis Understand the Business Benefit Easy, Intuitive, and Powerful Works within AutoCAD environment Speed planning and design processes More quickly evaluate alternatives 16. 2014 Autodesk Questions 17. Transportation Analysis in Civil Infrastructure Kevin Spear, PE Application Consultant, AEC