Traffic Signals Designer

Overview

Our work in the Transport Division impacts on the economy, the environment and equality. Our purpose is to improve people’s daily lives and their longer-term health, wealth and happiness. It’s about people and neighbourhoods and providing the right places to enable them to enjoy their lives.

Our city’s transport infrastructure can play one of the most important roles in helping the people of our city make healthy choices for themselves, their family and friends.

The Transport Division are committed to delivering services that will help Newcastle develop into the UK’s safest, most accessible and best integrated multi-modal carbon efficient transport system, thereby ensuring the future economic growth of the city.

We have excellent expertise across the Transport Division and are committed to delivering resilient, customer focused and high-quality services.

If you aspire to really make a difference and are passionate about delivering effective services, then our Traffic Signals Design team, part of Network Management and Construction within the Transport Division, could be the place for you.

This is an exciting time to be joining the Traffic Signals team working alongside the Urban Traffic Management and Control team as we work to deliver major transport improvement schemes not just in Newcastle, but also working with partners in the other North East local authorities.

• The successful post holder will have a proven track record and recent experience of designing innovative solutions to traffic congestion and progression problems.
• You will make use of computer simulation models and calculations based on site parameters in order to optimise capacity and non-delay through the network.
• You will also be skilled in a number of software modelling packages, AutoCAD, complex configurations and advanced programming.
• Full requirement details can be found in the supporting documents.

• Proven track record and recent experience of designing innovative solutions to traffic congestion and progression problems.
• Experience using computer simulation models and calculations based on site parameters to optimise capacity and non-delay through the network.
• Proficiency in software modelling packages, AutoCAD, complex configurations and advanced programming.
• Full requirement details available in supporting documents.

If you would like further information regarding this post, please contact micha

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