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13 <br />SECTION D Project Approach and Understanding <br />RFQ # 21-11-01 PROFESSIONAL PLANNING AND ZONING CONSULTING SERVICES, CIVIL AND TRAFFIC ENGIEERING <br /> ► Trip Generation Impact - ITE Trip Generation Manual 10th Edition <br />Evaluating the impact for development/redevelopment <br />begins with calculating the new trips that are generated by <br />the project. Trip generation calculations for the proposed <br />development should be completed using the relevant land <br />use code for the submitted development application per the <br />Institute of Transportation Engineers' (ITE) Trip Generation <br />Manual, 10th Edition. Appropriate adjustments are <br />calculated based on passby, internal capture and multimodal <br />factors. On redevelopment projects, the existing land that is <br />being eliminated is provided as a credit in the trip generation <br />calculations. Therefore, the net trips are used in the traffic <br />analysis for the future scenarios. <br /> ► Transportation Demand Management Strategies <br />Transportation Demand Management (TDM) Strategies <br />are proposed for development projects to reduce their <br />impacts on the surrounding road network. The typical <br />measures tend to promote bicycle use and walking, using <br />transit, encouraging carpooling/vanpooling, and offering <br />alternatives to typical work hours. Often, the most cost- <br />effective way to solve a problem related to transportation is <br />to manage demand. TDM focuses on helping people change <br />their travel behavior to meet their travel needs by using <br />different modes, traveling at different times, making fewer <br />or shorter trips, and/or taking different routes. Such actions <br />can include offering commuters one or more alternative <br />transportation modes and/or services, providing incentives <br />to travel on these modes, providing opportunities to better <br />link trips, and/or incorporating growth management or <br />traffic impact policies into local development decisions. <br />The following TDM measures were recently recommended <br />by Corradino for a nearby local project: <br />● Subsidized transit passes for residents and employees; <br />● Subsidized bicycle purchases for employees; <br />● Subsidized scooter fuel and designated scooter <br />parking spaces; and, <br />● Providing a bicycle rack with 16 short-term, on-site <br />bicycle parking spaces <br />The site plan needs to appropriately integrate these items into <br />the project. The location of the bicycle rack and scooter parking <br />spaces need to maintain the most-efficient vehicular circulation <br />and the safety for all users to the site. <br /> ► Meeting Attendance at Planning Board Hearings <br />The Corradino Team is structured to ensure there will always <br />be coverage at public meetings/hearings associated with <br />each development/redevelopment project application. The <br />quasi-judicial hearing has specific criteria and is a formal <br />proceeding that puts evidence in the record about the <br />application. The Corradino Team will attend these public <br />hearings, and other associated meetings, to respond to <br />questions regarding the application, including the summary <br />of all traffic study review comments The Corradino Team <br />will create a detailed record of the peer review which <br />comes in the form of a technical memorandum with <br />comments issued by the City's traffic review consultant <br />and responses from the applicant's traffic consultant. The <br />history of the comment review period will be documented <br />in the technical memorandum and is usually included in the <br />staff report for the related development/redevelopment <br />application. The schedule is paramount, and The Corradino <br />Team is committed to meeting all deliverable deadlines. <br /> ► Valet Parking Operation - Mechanical/Automated Parking Systems <br />The use of mechanical lifts, and other automated parking <br />systems, are prevalent in South Florida. The Corradino Team <br />is very familiar with these systems and has reviewed them <br />as part of valet operations on development/redevelopment <br />projects. Review of valet operations includes the time it <br />takes to load and unload stacked vehicles in on-site parking <br />facilities. The queuing analysis includes the following items <br />to determine the number of valet parking attendants <br />required during the peak period of a regular weekday, <br />so the queue does not extend past the entrance (95% <br />confidence level analysis): <br />● Peak site-generated traffic into the pickup and drop <br />off valet location; <br />● The average service rate which corresponds to the <br />time it will take a valet parking attendant to park or <br />retrieve a vehicle; <br />● The coefficient of utilization, which is the ratio of the <br />average arrival rate of vehicles to the average service <br />rate;