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CITI-GENS DTP: Sensor based digital transformation of construction

School of Natural and Built Environment | PHD

Applications are now CLOSED
Funding
Funded
Reference Number
SNBE-2020-SN1
Application Deadline
10 July 2020
Start Date
11 January 2021

Overview

Concrete production to a large extent has ignored technology, this is particularly true for precast concrete products. As this is a high volume low profit sector of the market with insufficient incentives for innovation. Creagh concrete is one of the largest precast manufacturer in the UK and have close research links with Queen’s University. Through one of the new knowledge transfer programmes, we have developed an affordable sensor system that can help to automate their production process.

This project is part of the MSCA COFUND CITI-GENS Doctoral Training Programme, for more information including detailed project descriptions, funding and the application process please visit http://go.qub.ac.uk/citigens

Please note that the funding and application information on the tabs within this page are not applicable to this particular programme and you must visit the website above to ensure you follow the correct procedures to be considered.

Through this PhD project we are aiming to integrate the sensor feedback into Building Information Modelling (BIM) and other real-time construction logistics software. This will reduce the errors and accidents associated with production, improve the productivity by identifying the leaky pipelines and logistic issues and deliver value of money for clients. This thread when fully developed is equally applicable to all construction supply chain including the precast suppliers all over the world. For Northern Ireland with significant emphasis on Precast production, the impact will be greater.

The sensor developed has RFID functionality and therefore it is effective as a tag and track system. During the first phase, the student will be working with the Electronics and Computer Science team at Queen’s to learn about the sensor, output and methods of integration into open source cloud based software. Second phase will be with the R&D team at Creagh to help them determine the progress of each product against a challenging building project such as RapidRes. Third phase will be to integrate the sensor feedback into BIM for real-time third party (eg. client) updates. Student can learn BIM (and other skills) through existing teaching programmes at Queen’s across the two disciplines and also from the Civil and Electronics research teams.
The student will be working closely with Creagh concrete who has a R&D base at their office in Toome it is anticipated anticipate that the student will be working from this office at least 3 to 6 months across the project duration.
The student will present at International Conferences and in this case student will be informing the developments at the Institute of Concrete Technology (UK) and sensor UK KTN.

Funding Information

The programme covers the tuition fees and salary, please visit go.qub.ac.uk/citigens for information on eligibility and salary.

Project Summary
Supervisor

Dr Sree Nanukuttan

More Information

s.nanukuttan@qub.ac.uk

Research Profile


Mode of Study

Full-time: 3 years


Funding Body
Cofunded by Horizon 2020 prog of the EU and DfE
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