Paul Carr
About Paul Carr
Paul Carr is a Senior Transport Engineer at Arup with expertise in transport modelling, public transport services, and pedestrian and cycle improvements.
Company
Paul Carr currently works at Arup as a Senior Transport Engineer. Based in Cardiff, United Kingdom, he has been with the company for an extensive period. Arup is known for its work in design, engineering, and consulting services across various sectors, and Paul's role within the company involves contributing to these areas with his specialized knowledge and skills.
Paul Carr is a Senior Transport Engineer with expertise in planning and delivering public transport services, with a particular focus on Bus Rapid Transit (BRT) systems. His role involves the development and appraisal of transport strategies and policies, where his skills in transport modelling and micro-simulation are crucial. With his extensive background, Paul brings a wealth of knowledge to his current position at Arup.
Education and Expertise
Paul Carr studied at Cardiff University, where he achieved a Master of Engineering (MEng) in Civil Engineering Design and Management from 1997 to 2002. Prior to that, he completed a course in Construction, earning an LCGI from 1999 to 2000. His educational background has equipped him with the necessary skills and knowledge to excel in transport engineering, particularly in areas like pedestrian and cycle improvements and traffic signal design.
Bus Rapid Transit Projects
Paul Carr has played a key role in developing Bus Rapid Transit (BRT) schemes in Swansea, Cardiff, and Belfast. His work focuses on traffic signal design and the integration of Telematics elements, which are crucial for efficient public transport systems. These projects contribute to the enhancement of urban mobility and accessibility, demonstrating his expertise in this specialized area of transport engineering.
Achievements
In 2010, Paul Carr won first place in the Institution of Civil Engineers Wales Transport Engineering Group Papers Competition. His award-winning paper discussed reducing CO2 emissions through improvements in highway infrastructure. This achievement highlights his commitment to sustainable engineering practices and his contributions to the field of transport engineering.