01
Technical Advisory
Independent guidance on robotics, AI, perception, control, autonomy, sensor fusion and intelligent automation strategy.
Dr Ali Rohan
Robotics, AI and autonomous systems specialist with expertise in robotic perception, computer vision, sensor fusion, control systems, machine learning and intelligent automation.
I develop AI-enabled robotic systems that perceive, interpret and operate reliably in complex real-world environments, with applications across autonomous navigation, industrial AI, predictive maintenance, underwater robotics, UAVs and human-centred intelligent systems.
About
Robotics, intelligence and real-world autonomy.
A multidisciplinary profile across robotics, artificial intelligence, computer vision, control systems and autonomous technologies.
Dr Ali Rohan works at the intersection of robotics, artificial intelligence, computer vision, control systems and autonomous systems. His work focuses on developing intelligent robotic and AI-enabled systems capable of perceiving, adapting, interacting and operating in complex real-world environments.
His technical expertise spans robotic perception, sensor fusion, machine learning, control systems, signal and image processing, depth estimation, SLAM, condition monitoring, predictive maintenance, fault detection, damage detection, intelligent automation and human-centred robotic interaction. His experience covers aerial, surface, mobile and underwater robotic platforms, industrial AI, medical and assistive robotics, agricultural technology, structural monitoring and environmental monitoring.
A central theme of his work is understanding how sensing limitations, uncertainty, environmental degradation and operational constraints affect machine perception, control and decision-making, and developing AI-driven approaches that improve reliability in real-world operating conditions.
Consultancy
Expert consultancy for robotics, AI and autonomous systems.
Technical advisory, applied research support and expert consultation for organisations developing intelligent systems, robotic platforms and AI-enabled technologies.
02
Applied Research Support
Support for scoping, designing and delivering research-led technology projects, feasibility studies, prototypes and grant-funded innovation work.
03
Industrial AI & Automation
Consultancy for predictive maintenance, condition monitoring, machine vision, fault detection and AI-driven operational intelligence.
Expertise
Technical areas
Core technical strengths across robotics, artificial intelligence, computer vision, sensor fusion, control systems and autonomous technologies.
01
Robotics & Autonomous Systems
Autonomous robotic platforms, navigation, robotic intelligence, decision-making and real-world robotic operation.
02
Artificial Intelligence & Machine Learning
Learning-based methods for perception, recognition, prediction, adaptation, monitoring and intelligent automation.
03
Computer Vision & Machine Perception
Image analysis, object detection, scene understanding, depth estimation, visual SLAM and robotic perception.
04
Sensor Fusion & Multi-Modal Perception
Integration of vision, auditory, sonar and other sensing modalities for robust environmental understanding.
05
Control Systems & Intelligent Automation
Control, automation and decision-support approaches for robotic and intelligent systems.
06
Industrial AI & Predictive Maintenance
Condition monitoring, predictive maintenance, damage detection, fault diagnosis and manufacturing digitisation.
Applications
Application areas
Areas where I have applied robotics, AI, computer vision, control and intelligent automation.
AI, automation and monitoring for intelligent machines, industrial operations and digital manufacturing.
- Industrial AI
- Predictive Maintenance
- Condition Monitoring
- Fault Detection & Diagnosis
- Manufacturing Digitisation
- Machine Vision
- Control Systems
- Intelligent Automation
Robotic and AI-enabled systems supporting clinical workflows, assistive technologies and human-centred care.
- Medical & Assistive Robotics
- Surgical Alignment Support
- Human-Robot Interaction
- Human Behaviour Understanding
- Emotion-Aware AI
- Gait Pattern Recognition
- Machine Perception
Vision, robotics and monitoring technologies for agricultural surveillance, livestock systems and smart farming.
- Agricultural Surveillance
- AI for Livestock Monitoring
- Autonomous Drones
- Surveillance & Tracking
- Machine Vision
- Sensor Fusion
AI and robotic sensing for environmental observation, ecosystem monitoring and low-carbon technology applications.
- Environmental Monitoring
- Ecosystem Monitoring
- Net-Zero Technology Applications
- Low-Visibility Environments
- Remote Sensing
- Autonomous Monitoring
Autonomous perception, surveillance and robotic operation in difficult, hazardous and time-critical environments.
- Search & Rescue Robotics
- Surveillance & Tracking
- Autonomous Navigation
- Aerial Robotics & UAVs
- Hard-to-Access Environments
- Sensor Fusion
Inspection, monitoring and intelligent decision support for energy assets, offshore systems and infrastructure.
- Offshore Infrastructure Monitoring
- Structural Damage Monitoring
- Predictive Maintenance
- Fault Detection & Diagnosis
- Condition Monitoring
- Robotic Inspection
Underwater and marine robotic systems for perception, inspection, autonomy and operation in challenging conditions.
- Underwater & Subsea Robotics
- Robotic Perception
- Depth Estimation
- SLAM & 3D Reconstruction
- Low-Visibility Environments
- Sensor Fusion
Career
Career timeline
Education and professional experience across Pakistan, South Korea, China and the UK.
Oct 2008 - Jul 2012
B.Sc. (Hons) in Electrical Engineering
The University of Faisalabad, Pakistan 
Feb 2016 - Feb 2020
Research & Teaching Associate
Factory Automation & Intelligent Control Lab, Kunsan National University, South Korea 
Feb 2016 - Mar 2020
PhD in Electrical, Electronics & Control Engineering
Kunsan National University, South Korea
Apr 2020 - Nov 2021
Assistant Professor
Department of Mechanical, Robotics & Energy Engineering, Dongguk University, South Korea
Dec 2021 - Mar 2023
Research Fellow
Faculty of Medicine & Health Sciences, University of Nottingham, UK 
Mar 2023 - Feb 2026
Research Fellow
National Subsea Centre, Robert Gordon University, UK
Jan 2026 - Present
Lecturer (Assistant Professor)
School of Engineering, University of Aberdeen, UK
Jan 2026 - Present
Visiting Lecturer
Harbin Engineering University, China 
Projects
Selected projects
Representative projects across robotics, AI vision, industrial intelligence, assistive technologies, UAVs and monitoring systems.
SeaSense
Net-Zero Technology Centre, Robert Gordon University, National Subsea Centre, University of Strathclyde, Oceaneering - GBP 1.05M
DAIRYVISION
Towards Net-Zero Dairy Farming through AI and Machine Vision - University of Nottingham, Harper Adams University, Peacock Technology - GBP 0.25M
Industrial AI for Intelligent Machines and Manufacturing Digitisation
Dongguk University, Seoul National University, OnePredict, HES-SO, ABB - GBP 0.159M
Assistive Robotics for Surgical Knee Alignment
Dongguk University - GBP 0.227M
Real-Time AI for Quadcopter UAVs with Wireless Charging
Factory Automation and Intelligent Control Lab, Kunsan National University
Human Gait Pattern Recognition with Deep Learning
Factory Automation and Intelligent Control Lab, Kunsan National University
Ecosystem Monitoring Using Deep Learning
Factory Automation and Intelligent Control Lab, Kunsan National University
Network
Collaboration network
Selected institutions and organisations connected to my professional, research and applied technology work.
Outputs
Publication record
Research outputs spanning robotics, artificial intelligence, computer vision, autonomous systems, intelligent automation and applied machine learning.
Publication record
Journal articles, conference papers and other research outputs.