Beach nourishment monitoring system
We deployed a drone-enabled monitoring system using our BMT Deep platform to assess beach nourishment effectiveness.
We deployed a drone-enabled monitoring system using our BMT Deep platform to assess beach nourishment effectiveness.
Coastal managers needed a reliable way to monitor beach nourishment projects and detect shoreline changes over time to guide future interventions and support regulatory reporting.
Drone-enabled monitoring system that captured high-resolution imagery and elevation data across nourished beaches.
Photogrammetric processing generated digital elevation models, while automated change detection highlighted areas of erosion or accretion.
The BMT Deep interface enabled time-series comparisons, interactive elevation profiles, and visual tracking of beach evolution over time.
Users could inspect specific locations and generate reports for compliance and stakeholder engagement.
Provided a clear, accessible view of nourishment project performance.
Early detection of erosion allowed for timely management responses, and long-term data supported the optimisation of sand placement strategies.
The Bandy Creek Dredging and Castletown Beach Nourishment Project, nominated for a Coastal Adaptation Award, combined dredging and beach nourishment to tackle erosion in Esperance, WA. In partnership with DTMI, SoE, BMT, and Maritime Constructions, it boosted coastal resilience and shoreline protection.
SkyPier at Hong Kong International Airport provides speedy ferry service for transfer passengers. We were responsible for the ferry pontoons that act as the principal interface for passengers and baggage.
A number of terminal feasibility studies were supported using the STATSCo in-house BMT REMBRANDT system, as well as incident reconstructions to provide rapid insight.
We were engaged by KPA to provide site supervision, technical and management services for the delivery of the Broome Channel Optimisation project to enable port access for large shipping and cruise vessels.