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Who should attend.

This course is suitable for anyone involved with junction related work in Transport Assessments, including modelling of existing junctions and networks, modelling and design of proposed junctions, and basic scrutiny of concept drawings of proposed junctions. This includes any people involved directly in highway development control, or those who give advice to local highway and/or planning authorities. The course is also especially suitable for consultants who have internal checking or quality assurance procedures which they are required to apply to their own development planning work.

Prerequisites.

An appreciation of the importance of the junction related content of Transport Assessments.

Course content.

The 2-day course will cover the following topics: -

• The rationale for traffic model checking and what might be at stake for transport outcomes.
• Appropriateness of traffic counts and their input into the modelling. The forecasting of the extra vehicle movements due to development. Accuracy of all traffic flow inputs to the model.
• Modelling input dependent on the geometric details of both existing and proposed junctions, together with appropriateness of traffic signal control details used for existing junctions.
• Arcady modelling of roundabouts, with an explanation of the software and guidance on the checking of input data, interpretation of outputs, including issues of lane usage and over-optimistic results, followed by a class exercise.
• Picady modelling of priority junctions, with an explanation of the software and guidance on the checking of input data, followed by the correct interpretation of results, followed by a class exercise.
• LinSig modelling of single traffic signal junctions and networks of junctions, with an explanation of the software, a step by step checking process, followed by a class exercise.
• Transyt modelling of networks of junctions, with an explanation of the software, a step by step checking process, followed by a class exercise.

Accreditation.

Two days CET will be allocated by the supervising civil engineer of each attendee.