Professor John Mo has been an active researcher in mechatronic systems, industrial automation, systems analysis and diagnosis for over 35 years in universities and the CSIRO.

• 1. Research on Infrared Radiation Properties of Pt Microstructures by Nanosecond Laser.- 2. Research on Cutting Force and Tool Wear of Ultrasonic Assisted Grinding C/SiC Composites.- 3. Research on Micro-Drilling Quality of Ceramic Matrix Composites.- 4. Investigation of the Influence of Cylinder Span Length on Vortex Shedding from an In-line oscillating Circular Cylinder.- 5. 3D Modeling: Top-Down Strategy to Create Assemblies of Rigid Bodies in a Cloud CAD Software Application.- 6. Application of the Crank Slider Mechanism: Portable Folding Bed.- 7. Comparison of Hexagonal Dimple and Protruded Textured Journal Bearings’ Performance Characteristics using JFO Boundary Conditions.- 8. RL-based Control of MSM Strain Wave Gearing Actuators in Continuous Action Space.

Professor John Mo has been an active researcher in mechatronic systems, industrial automation, systems analysis and diagnosis for over 35 years in universities and the CSIRO.

• 1. Research on Infrared Radiation Properties of Pt Microstructures by Nanosecond Laser.- 2. Research on Cutting Force and Tool Wear of Ultrasonic Assisted Grinding C/SiC Composites.- 3. Research on Micro-Drilling Quality of Ceramic Matrix Composites.- 4. Investigation of the Influence of Cylinder Span Length on Vortex Shedding from an In-line oscillating Circular Cylinder.- 5. 3D Modeling: Top-Down Strategy to Create Assemblies of Rigid Bodies in a Cloud CAD Software Application.- 6. Application of the Crank Slider Mechanism: Portable Folding Bed.- 7. Comparison of Hexagonal Dimple and Protruded Textured Journal Bearings’ Performance Characteristics using JFO Boundary Conditions.- 8. RL-based Control of MSM Strain Wave Gearing Actuators in Continuous Action Space.