01 October 2026 | The Kia Oval, London
01 October 2026 | The Kia Oval, London

The judges were impressed by the submission's clear and pressing challenge in tunnel inspection and the wider geotechnical and infrastructure sector. The submission stood out for its practical deployment and measurable operational gains, translating advanced technology into real-world impact rather than theoretical promise. Judges highlighted the strength of the collaborative approach behind the work and its clear potential to scale across future projects.

This submission showcased an initiative that will clearly benefit the piling industry in the long term. The judges were impressed by its focus on future roadmaps, development and scalability, and felt this platform would be a strong and powerful addition to the industry, particularly through enabling more frequent sharing of pile test data, lessons learnt and as-built data required for the re-use of piled foundations. While the quantification of cost savings could be developed further, the panel agreed that the initiative realistically demonstrates achievable efficiencies and savings, with planned further development set to enhance quality, efficiency and deliverability across the sector.

This project clearly demonstrated the strategic use of data at every stage of the project lifecycle to unlock successful project outcomes. The judges were particularly impressed with the innovative use of multiple datasets and continuation feedback loop between prediction, settlement monitoring and construction decision. It is a great blueprint for the use of ground data on future projects.

The SmartEye system is a standout innovation that eliminates risk by reducing the need for traditional surveying in hazardous site environments. Through strong collaboration and advanced technology, it delivers accurate, near real-time data to multiple stakeholders that improves safety, efficiency, and project outcomes.

Entry clearly demonstrated collaboration and partnership between all parties. Excellent demonstration of the application of the observational method with a clear and measurable positive outcome returning significant cost and carbon savings.

The team submission clearly demonstrates implementation of a sophisticated digital ground modelling workflow on a major infrastructure project and directly links the model to Eurocode 7 parameter selection. The use of geological domains to improve characteristic value selection is particularly strong. The entry provides measurable programme benefits (30% reduction in delivery duration) and a clear explanation of how modelling influenced engineering judgement. It uses available industry tools to maximise and harness the benefits of the existing tool for real world improvement on a major project with known geological and geotechnical constraints for delivering better project outcomes.

A great example of reuse of site won material to deliver a highly credible sustainable geotechnical solution at scale. The judges felt that this entry clearly showed measurable benefit through excellent cross desciplineray collaboration, delivered.

An excellent submission showcasing the successful automation of anchor testing and the modernisation of a specialist geotechnical activity through real-time digital workflows and cloud-based collaboration. The solution demonstrates clear practical value, moving the process towards a more efficient, connected, and data-driven approach.
Its deployment both across the UK and internationally, together with its active use on major projects, provides strong evidence of its scalability, industry relevance, and credibility. Overall, it is a compelling example of how digital innovation can transform a specialist geotechnical process and deliver tangible benefits in real-world project environments.

An excellent case study in multi-stakeholder collaboration, effectively demonstrating innovation and teamwork in a fragmented sector. The submission clearly demonstrates integration of data and decision making efficiency across the full project lifecycle. It represents a transparent and robust common data platform and process management system to significantly improve information retention and sharing. Effectively dovetailing the design and construction stages into a seamless and traceable process. It is a clear example of maximising the use and harnessing the power of available digital tools in a scalable and extrapolatable manner across the breadth of the industry.

This emerging technology clearly addresses an existing problem in the ground engineering industry. It supports engineers to work efficiently, asset owners to better define the condition of their inventory, and supply chains informed of potential remedial works required. The use of synthetic data to train the model and expertly label defects for validation was truly impressive. The technology developed has had industry wide support from key asset owners across multiple sectors, and more approaching the applicant to utilises their software. Framed as a tool to help engineers transition into a data rich environment, this technology is becoming the industry norm and best practice for effective asset management.

This entry clearly met all of the award criteria, standing out for its simplicity and the clarity of its community benefit. The judges were particularly struck by its direct value to the public, offering a straightforward tool that reduces risk and increases public safety on landslide-prone slopes. Its scalability to other at-risk locations was evident, underlining the entry's potential for wider impact beyond its initial application.

Wisen have delivered a bespoke and innovative instrumentation and monitoring scheme tailored to challenging site conditions, working collaboratively with the client, contractors and designers, to deliver results in a high risk, complex environment in real time. This facilitated early detection of movement and aided the risk management process.

Marshall Drilling has demonstrated outstanding innovation through its rotary coring excavator mast, enhancing drilling capability for complex and restricted-access sites. Supported by investment in specialist equipment, recruitment, and training, the company is delivering tangible value to the geotechnical sector and future workforce.

The winner of this catagory is a technology provider whose platform turns routine survey data into a continuously updated digital twin of ageing masonry tunnels, bridges and retaining walls. The measurable impact is particularly persuasive with the reduction in report production time by approximately 95%.

Ben has demonstrated that he is a global digital leader at the forefront of advancement across a number of fronts. He is an advocate for data sharing, and has particpated in knowledge sharing across may Ground Engineering forums including AI-related topics for CIRIA. He has demonstrated significant industry presence, particpating in multiple nationally significant projects for large Clients including National Grid, HS2, Crossrail and GGP. He has acted as an ambassador for the Industry attending Parliamentary Hearings including the Geotechnical Data for Growth Bill.

This diverse team from different disciplines has aligned to deliver impactful results for a specific problem. The entry clearly shows the teams strengths in adoption of available technologies to improve efficiency and safety.