I am interested in collaborating with industry, startups, researchers and educational organisations on practical applications of Embodied AI, Computer Vision and Autonomous Systems.
My approach combines over three decades of experience in large-scale engineering systems with academic research in AI and intelligent perception to develop practical, deployable solutions for real-world problems.
Development of intelligent systems capable of perceiving, reasoning and acting within the physical world.
Areas of interest include:
Autonomous mobile robots
Multi-modal robotic perception
Sensor-guided navigation and exploration
Edge AI for robotics
Inspection and service robotics
Resource-constrained robotic intelligence
Intelligent robotic monitoring systems
Development of intelligent visual systems for:
Object detection and tracking
Video analytics
Behaviour understanding
Intelligent monitoring systems
Multi-camera surveillance
Safety-critical applications
Development of AI solutions for deployment on embedded and resource-constrained platforms.
Topics include:
Embedded computer vision
Real-time inference
IoT-enabled intelligent systems
Sensor integration and fusion
AI-enabled automation
Representative application areas include:
Smart parking systems
Intelligent inventory systems
Drone detection and tracking
Intruder detection
Public safety analytics
Transport and infrastructure applications
I am open to discussions relating to:
Technical consulting
Feasibility studies
Prototype and proof-of-concept development
Independent technical reviews
Research collaboration
Student project mentoring and supervision
Advisory roles for AI and robotics projects
I am particularly interested in collaborations involving:
Embodied AI
Autonomous mobile robots
ROS2 and modern robotics platforms
Vision and LiDAR-based perception systems
Inspection and service robotics
Edge AI for autonomous systems