The main aim of the TII Research Programme is to enable TII to carry out its mission of “providing high quality transport infrastructure and services, delivering a better quality of life and supporting economic growth”. Research is one of the key ways that TII informs operational policy and sets standards. Emphasis is on: • What is likely to be the TII needs, • Ensuring that state-of-the-art materials and techniques are used, • filling knowledge gaps where they exist, • Implementing the research conclusions and integrating the research outputs in a timely and effective way. The research programme covers all areas of TII responsibility including planning, design, construction, maintenance and operations. TII uses the research programme outputs to: • Provide and/or improve standards, specifications and procedures, • Identify, encourage and facilitate innovation, • Assist in the professional development of staff and enhancement of TII operations.
Services
16/04/2021 12:00:00
73110000-6 Research services
34928300-1 Safety barriers
34996000-5 Control, safety or signalling equipment for roads
44113620-7 Asphalt
71332000-4 Geotechnical engineering services
71351914-3 Archaeological services
73200000-4 Research and development consultancy services
73210000-7 Research consultancy services
73300000-5 Design and execution of research and development
90733400-8 Surface water treatment services
90733500-9 Surface water pollution drainage services
90742300-3 Noise pollution monitoring services
90742400-4 Noise pollution advisory services
Transport Infrastructure Ireland (TII)
Parkgate Business Centre, Parkgate Street
Dublin
Dublin
Ireland
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Micheal O'Connor
Notice | [DispatchDate] |
---|---|
Contract notice (TED (v209)) | 08/01/2021 18:11 |
Contract award notice (TED (v209)) | 11/10/2022 15:41 |
Collision Prediction Model for the Irish National Road Network
Development of Irish specific source and propagation correction factors for incorporation into the new CNOSSOS-EU noise prediction model
Development of a Standards Document relating to surface water and groundwater impacts of national road projects
Long term geotechnical monitoring and deterioration modelling of earthwork slopes
Automatic detection of archaeological features from LiDAR data using machine learning techniques
Lifespan of Steel Safety Barriers
Self-healing Asphalt Joints
Bio-binder: Bio-based Asphalt Pavement Binder and Rejuvenator