The course provides hands-on training on basic analytical methods (sketch planning methods) to compute work zone performance measures (WZPM). The WZPM includes the following factors: capacity, speed, queue length, delay, and users’ costs. The capabilities and limitations of the analytical tools are discussed and basic guidance on how to use them is presented. The course is composed of 5 main modules. It covers stopped and moving queues in work zones (WZ). Module 1 briefly reviews the necessary background material for this course. It presents basic principles of traffic flow in work zones, transportation management plans (The Rule), and other topics. Module 3 discuss the WZ capacity estimation procedures in the recently published Highway Capacity Manual (HCM 2016). Module 2 and 4 cover two (or three) different analytical methods and step-by-step procedure for computing WZPM. These modules complement each other enabling the participants to analyze more complex WZ conditions. Module 5 discusses how to select and use the appropriate methods to evaluate various traffic management strategies in their impacts WZPM.
- Module 1: Principles of WZ Traffic Flow and “The Rule”
Brief introduction to the following topics: traffic flow concepts, transportation management plan (The Rule), temporary traffic control, WZ capacity and factors affecting it, and WZ analysis procedures and queue concepts.
- Module 2 : FreeVal-WZ OR Input-Output Methods
Hands-on training on how to use FreeVal-WZ or two input-output methods (such as QDAT and MODOT spreadsheets, etc., solve in-class example problems using spreadsheets (FreeVal-WZ or (QDAT and MODOT)), learn how to use the tools for making decisions on construction and contracting methods, or planning and evaluation of mitigation strategies.
- Module 3: Capacity Calculation Methods in HCM 2016
Learn the work zone capacity analysis methods in the Highway Capacity Manual (HCM 2016).
Hands-on training on how to use the updated procedures for freeways, urban streets, and one-lane
- Module 4: WorkZoneQ-Pro
Compute WZPM (capacity, speed, queue length, delay, and users’ costs) for dynamic queue where congestion grows and shrinks, speed of moving queue, and the extent of congestion in time and space. Hands-on training on how to use Work Zone Q-Pro for freeways, one-lane two way operations, and arterials with WZ in mid-block.
- Module 5 : Traffic Management Strategies Using the Tools
Learn how to compare/select/use the tools to evaluate traffic management strategies such as number of lanes closed, lane closure time, effects of diversion, or implementation of ITS in managing back of queue and delay. Several WZ scenarios are discussed and example problems are presented.
Hands-on classroom training with example problems.
WHAT TO BRING:
Bring your laptop or share one with a co-worker. If you can’t, let us know so we make arrangement to share one.
Registration is required. There is no fee for registration. The available seats are limited and you are encourage to register early to increase your chance of getting in the class. For course schedule or to register, please go to this site: https://publish.illinois.edu/workzone-traffic-management
Technical personnel who make decisions about planning, design, operation, or management of traffic in work zones.
Length: 1.5 days
Website: Link to URL
This course has been developed and is being delivered under FHWA Work Zone Safety Grant program.
FURTHER INFORMATION CONTACT:
Professor Ray Benekohal
University of Illinois at Urbana-Champaign
Topics: Costs; Impact Analysis; Performance Measurement; Temporary Traffic Control; Traffic Congestion; Traffic Control Plans; Traffic Delay; Traffic Queuing; Traffic Speed; Work Zone Capacity