Automation and Robotics
Automation and Robotics
Embracing safety and operational precision, Hanison actively adopts flexible and cost-effective automation and robotics to address industry-wide
efficiency demands and labour shortages. Through the seamless integration of autonomous systems and BIM data, we streamline key processes and
ensure rigorous standardisation across our construction operations.
This technology-driven approach does more than just enhance quality; it elevates occupational health and safety (OSH) to the highest standards while serving as a cornerstone of our low-carbon strategy. By integrating these advanced solutions, we reduce material waste and optimise resource allocation, consistently ensuring high-performance project delivery that aligns with our long-term sustainability and environmental goals.
This technology-driven approach does more than just enhance quality; it elevates occupational health and safety (OSH) to the highest standards while serving as a cornerstone of our low-carbon strategy. By integrating these advanced solutions, we reduce material waste and optimise resource allocation, consistently ensuring high-performance project delivery that aligns with our long-term sustainability and environmental goals.
CASE STUDY
Virtual Reality (VR)
We are advancing construction through a VR-first ecosystem that replaces traditional methods with high-fidelity, immersive workflows.
By institutionalising virtual safety training, we allow our workforce to master high-risk operations in a risk-free simulation,
embedding a "zero-harm" culture while attracting tech-forward talent.
Our process centers on virtual 3D rehearsals to resolve design conflicts before ground-breaking, while the synchronisation of Digital Twins enables high-precision remote inspections—eliminating unnecessary travel and slashing our carbon footprint.
Our process centers on virtual 3D rehearsals to resolve design conflicts before ground-breaking, while the synchronisation of Digital Twins enables high-precision remote inspections—eliminating unnecessary travel and slashing our carbon footprint.
Autonomous Robotics
We automate the construction lifecycle by deploying autonomous robotics to execute high-intensity bricklaying, material handling, and precision
finishing. By hard-wiring robotic telemetry directly into BIM, we eliminate human error and manual reporting in favour of real-time, machine-led
tracking of progress and resource consumption.
This automated workflow extends to structural integrity, where robotic arms and mobile sensors perform precast installations and inspections with a level of accuracy and safety that manual labour cannot replicate.
This automated workflow extends to structural integrity, where robotic arms and mobile sensors perform precast installations and inspections with a level of accuracy and safety that manual labour cannot replicate.
AI Monitoring in 4S
Fully compliant with the Development Bureau's Smart Site Safety System (4S), this platform optimises high-risk operations through intelligent integration.
By synchronising artificial intelligence (AI) monitoring with automated plant and machinery, the system ensures safe human-robot collaboration through the
strict enforcement of danger zones and real-time exclusion alerts. It combines Internet of Things (IoT)-driven health tracking with autonomous AI vision for
24/7 monitoring of personal protective equipment (PPE) and unauthorised zone entry.
Furthermore, it replaces manual oversight with automated anti-collision systems for tower cranes and mobile plant, utilising advanced sensors and a Centralised Management Platform (CMP) for real-time hazard detection and alerts to prevent accidents.
Furthermore, it replaces manual oversight with automated anti-collision systems for tower cranes and mobile plant, utilising advanced sensors and a Centralised Management Platform (CMP) for real-time hazard detection and alerts to prevent accidents.