Tracsis Traffic Data
Nick Mather is an experienced professional in the field of transportation data and business development, currently serving as Strategic Partnerships Director and Divisional Business Development Director at Tracsis Traffic Data since November 2009. Throughout various roles, including Sales Director and Chief Operating Officer for the South of England, Mather has been instrumental in the transformation and integration of Tracsis’ services, leading teams to enhance client experiences and expand market opportunities. Previous experience includes managing operations as Regional Manager for London and the South East, as well as project management and consultancy work in quantity surveying at Michael Claire Consultancies. Mather holds a Master of Science in Transportation and Highway Engineering and a BA in Geography and Transport from the University of Leeds.
This person is not in any teams
This person is not in any offices
Tracsis Traffic Data
The Traffic and Data Services Division of the Tracsis Group is the leading international provider of transport survey, rail passenger survey, data capture and event traffic management services in the UK and Republic of Ireland. We use the best project management processes and technical innovations to deliver survey, data and event traffic management services to approved safety, data protection and quality standards. Our highly motivated people have built a reputation for acting quickly within a time window dictated by our clients’ needs. We are responsive and easy to work with and have experience across the public and private sectors, both nationally and internationally. With a range of specialist business teams, we tailor our services to meet your needs. Being a part of Tracsis means that our clients can also access the consultancy services, infrastructure management systems and software products of the wider Tracsis Group which has a particular focus on the rail industry. We work with clients to reduce cost, improve efficiency and enhance the operational performance of transport networks.