Understand the process
Map how work actually moves through a production system. Use event data to investigate bottlenecks, traceability and conformance.
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PhD, PEng.(T) · Licensed Industrial Process Engineer
I help manufacturers improve productivity and reduce environmental impact using industrial engineering and AI.
For the current publication record and citation metrics, visit my Google Scholar profile.
Engineering · Research · Education
My work brings together industrial process engineering, process mining and artificial intelligence. This website connects that research with opportunities for collaboration and a dedicated learning space for my students.
Map how work actually moves through a production system. Use event data to investigate bottlenecks, traceability and conformance.
Explore modelling, optimisation and machine learning in relation to productivity, quality and environmental impact.
Connect theory to worked examples, visual explanations and independent practice in engineering education.
A dedicated space for students
Prepare before class, participate during lessons and practise afterwards. Access subject notes, teaching slides, interactive exercises and quizzes through your student account.
Learning materials are private. Registration requires lecturer approval, and students receive access only to their assigned subjects.
Enter E-learning Explore the subject catalogueUnderstand flow, pressure and the behaviour of fluids through worked problems and practical learning.
Registered studentsConnect control principles to PLC logic, CNC programming and industrial systems.
Registered studentsExplore how intelligent systems learn, solve problems and support engineering decisions.
Registered studentsBuild a systematic approach to equipment reliability, maintenance planning and fault diagnosis.
Registered studentsOne featured study: the challenge it examines, what it found, and the supporting paper.
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Methodology demonstration using illustrative scenarios. No live factory data is connected.
Understand where production slows down, compare improvements, and choose a practical balance between productivity and environmental impact.
Use production records to identify delays, waste, and missed quality checks.
Evaluate changes against cost, production time, and environmental impact.
Choose an improvement that fits the factory’s priorities and constraints.
Node Inspector
ID: RAWAccepts raw transactional records, event data, and logs from Enterprise Resource Planning (ERP) systems, Manufacturing Execution Systems (MES), and databases.
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For research collaboration, consulting, technical review, invited talks, or industrial optimization projects.