Revitalising Rail in the UK continues apace. In this session attendees will learn about a novel drone based system to capture sub-5mm photogrammetric data of rail infrastructure. How a raft of advanced and emerging technologies have been trialled or used on the Crossrail tunnelling project; and how low-cost imaging and data analytics can be used for inspection and management of civil infrastructure.
Session Programme: 14:15 - 15:35
14:15 - 14:35 Tue 22 Theatre 2
Vogel R3D – future of rail surveying
Stephen Wolski, Vogel Technical Consultant, Plowman Craven
A revolutionary new service from the surveying experts at Plowman Craven, Vogel R3D is a unique, UAV-based system which enables the comprehensive surveying of rail infrastructure to a sub-5mm accuracy in a fraction of the time of a traditional survey.
Stephen joined Plowman Craven at the end of 2017, bringing with him a wealth of knowledge and experience from roles in the Aerospace and UAV sectors back home in Toronto, Canada. As an Aerospace Engineer with a Masters in Engineering Design, Stephen pursued his flying passion with global leader United Technologies, going on to co-found and develop The Sky Guys, Canada’s leading Aerial Survey provider. His role at Plowman Craven reinforces the company’s commitment to the use of hi-spec UAVs in the infrastructure and geotechnical fields – combining state-of-the-art aircraft and technical expertise to extract accurate measurement data and an array of programme efficiencies across inaccessible, hazardous or large scale sites.
14:35 - 14:55 Tue 22 Theatre 2
High accuracy train borne surveying of the railway using multiple sensors
Bryce Lane, Commercial Director, Omnicom Balfour Beatty
Dr Jonathan Owen, Expert Engineer, Omnicom Balfour Beatty
Traditional surveying techniques on the railway are costly and dangerous. To perform surveys safely, lines must be closed to traffic so night time surveys are common. Vehicle-borne surveying systems mitigate many risks and constraints by operating in traffic from the safety of a vehicle.
Omnicom Balfour Beatty have developed OmniCapture3D which consists of two high resolution lasers, a calibrated HD camera and a highly accurate inertial positioning system. Improvements in the timing system allow OmniCapture3D video and laser profile data to be used for performing sub-centimetre absolute accuracy measurements.
Bryce has nearly 20 years experience in the rail industry including roles in finance, construction, safety and systems engineering and information management. He has worked on numerous asset implementation, surveying and inspection projects from both client and supplier side and has worked for Omnicom Balfour Beatty since 2012 in a Business Develop and Account Management role.
Dr Jonathan Owen began working for Omnicom Engineering in 2001 after completing his PHD in Applied Mathematics. He has been instrumental in developing Omnicom’s world class surveying and positioning systems. As part of a team he has developed a set of geospatial mapping tools sitting above an Oracle database which allow network infrastructure owners to view and manipulate their linear and fixed asset data as well as manage services provisioned over these assets.
14:55 - 15:15 Tue 22 Theatre 2
Innovations in a tunnel environment
Ravi Kugananthan, Project Engineer - Tunnels and Platforms , Liverpool Street, Crossrail , Laing O'Rourke
The presentation explains the cutting edge technologies that were employed to assist construction of the platforms at Crossrail Liverpool Street Station. From 3D printing that provided a scale prototype of the platform installation which was used to brief the workforce to high-resolution video drones that were used to record visual surveys of inaccessible locations. The Platform and Tunnels team also trialed augmented-reality headsets with a view to streamline provision of quality assurance.
Ravi is a Project Engineer for Laing O’Rourke working on Crossrail , Europe’s largest infrastructure construction project . With 14 years career experience in construction including landmark projects as London Heathrow Terminal 5 & Terminal 2 . Is a specialist in design and implantations of bespoke lifting solutions for (DfMA) Design for Manufacture and Assembly Precast concrete components . Heavily involved in innovative construction methodology and technologies including augmented reality. Recently conceptualised and initiated trial of drone technology within the tunnel environment focusing on visual high level inspection and high resolution point cloud surveying.
15:15 - 15:35 Tue 22 Theatre 2
Smart inspection and asset management of civil infrastructure – deep learning in computer vision
Yung Loo, Senior Engineer, Arup
Fabio Panella, Civil Engineer & UCL PhD Student, Arup
Arup, in collaboration with University College London (UCL), is investing in research and development of low cost photographic inspection systems, image processing and data analytics. The use of computer vision and deep learning as accessible imaging technology has enabled significant quality, cost and safety improvements to be made to conventional routines of inspection and management of civil infrastructure assets. This talk will identify the range of new services being utilised by Arup in this area, provide case studies across tunnelling projects, and current research as part of an Arup-UCL PhD studentship. Significant benefits in understanding and maintaining assets can be passed onto stakeholders.
Yung Loo is a senior engineer in Arup’s London Infrastructure Group. He leads Arup’s global tunnels digital skills network and is a chartered engineer with experience developed across the design, planning and management of major underground civil infrastructure projects.
Fabio Panella is a structural and geotechnical engineer, graduated in Civil Engineering from University of Sannio, Italy. He is a research engineer at Arup, undertaking a PhD at University College London (UCL) in applied photogrammetry for civil engineering. The focus of the research project is tunnel monitoring, and non-destructive innovative techniques in detecting defects within underground structures.