Andrew Jayankura is a licensed professional engineer with extensive experience in traffic engineering and transportation planning. He specializes in intersection control analysis, signal warrant evaluations, traffic impact studies, and corridor safety assessments. Andrew brings a deep understanding of MUTCD, HCM methodologies, and local agency standards to every project, with a focus on practical, data-driven solutions that enhance mobility and safety for all users. His collaborative approach supports municipalities, developers, and design teams through every phase of project development, from initial studies to implementation. Andrew recently founded Urban Rhythms PLLC, a traffic engineering consulting firm committed to delivering responsive and thoughtful solutions across Northern Nevada and beyond.
Trip generation analysis estimates the number of vehicle trips a development will produce during peak hours or daily operations. Using data from the Institute of Transportation Engineers (ITE) Trip Generation Manual, we evaluate land use characteristics, site access, and surrounding network conditions to forecast impacts on adjacent roadways. This analysis is essential for determining off-site improvements, signal needs, and compliance with agency requirements during the entitlement process.
We provide advanced modeling services to evaluate intersection performance using Synchro, HCM methodologies, and Vissim microsimulation. Our analysis assesses delay, level of service, and queuing to optimize traffic signal timing, evaluate geometric alternatives, and support data-driven decision-making.
We develop and refine traffic signal timing plans to improve flow, reduce delays, and minimize stops along corridors. Using tools like Synchro and coordinated timing strategies, we optimize progression, accommodate multimodal users, and enhance overall corridor efficiency.
Parking generation studies estimate the parking demand for new developments based on land use, size, and local conditions. Using ITE Parking Generation data and site-specific factors, we forecast peak parking needs to guide site planning, ensure code compliance, and support right-sized parking solutions.
Intelligent Transportation Systems (ITS) integrate technology with transportation infrastructure to improve safety, efficiency, and mobility. We design and plan ITS solutions such as traffic signal interconnects, adaptive signal control, real-time traveler information, and incident management systems to enhance corridor operations and support smart city initiatives.
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