LISMS assists local industries with insights into Industry 4.0 and significantly contributes to the enhancement of collaboration between university researchers, industries, and society.

Project Videos

Retrofitting for Cloud-Based and Interactive Robot Control

HoloLens AR Visualllisation on CNC Machine

Intelligent factory collaborative robot in action

mCloud – A Cloud Manufacturing Solution

Mirrage – Digital Twin of Bicycle

Digital Twin of KUKA Robot – Part 1

3D Printing Optimisation based on Machine Learning

Kuka cell manufacturing and assembly automation (LISMS)

iWindow – AR Process Monitoring

Research Areas

Smart Product Development

IoT-enabled rapid development of personalized product

Cyber-physical Production System

Merge the physical and digital realms towards cybernetic manufacturing

Industrial Artificial Intelligence

Exploring artificial intelligence potentials for smart manufacturing applications

Additive Manufacturing

Use 3D printing technology to create parts and assemblies without tooling

Autonomous Robots

Robots perform behaviors or tasks with a high degree of autonomy

Digital Twin Technology

Integrate technology with spatial network graphs to create living digital simulation models that update and change as their physical counterparts change

Cloud Manufacturing

Develop technologies for enabling on-demand manufacturing resource sharing in the cloud

Industrial big data analytics

Harness data science for efficient operations in complex manufacturing context

Smart Decision Making

Decision-making issues for Industry 4.0 such as smart factory modelling, resource scheduling and energy-efficient machining