ProfessorHieu Trinh

30 years of experience in lecturing (1997-present), both at Deakin University and James Cook University.

6 years of experience as a tutor and lab demonstrator (1990-1996) at The University of Melbourne and Monash University.

Taught about 10 subjects from a wide range of courses in Control, Electronics, Electrical, Power Systems Control, Computer Engineering.

Taught basic and advanced courses.

Taught small and large size classes.

I have a demonstrated track record of excellence in teaching with a wide range of subjects and at different levels.

I received excellent feedback from the Student Unit Evaluations at Deakin University. I am consistently ranked among the best lecturers in the School.

I received excellent scores in the James Cook University Evaluation of Teaching (JCET) and was consistently ranked as one of the best lecturers in the School of Engineering, James Cook University.

I have received some recognitions for excellence in teaching from the offices of the Dean and Deputy Vice-Chancellor at Deakin University.

An improved virtual inertia control strategy by considering the dynamics of energy storage systems in DC Microgrids

Control Design for Dual Active Bridge Converters Considering Abnormality in Microgrids

Achieving Tomato Cross-Pollination through Autonomous Robotic Manipulation

Behind the Meter Load Balancing Using Battery Electric Vehicles in Multitenant units

Advanced Metal Recovery Systems from Spent Lithium-ion Batteries

Resilient power system infrastructure model to cope with the adverse weather conditions.

Optimal DG Allocation and Coordinated Voltage Control in PV-rich Active Distribution Network.

Technological Life Prediction-Driven Remanufacturing Upgrade Design Optimization

Intelligent Control and Look-ahead Energy Management of Hybrid Electric Vehicles

Localization and Tracking of Agents for Close Range Applications

Realistic Grasping of Rigid Virtual Objects through Event-based Haptics

Simulation-based Learning for Control of Complex Conveyor Networks

Autonomous Underwater Vehicles in a Hazardous non-Deterministic Environment

3D Locomotion Biomimetic Robot Fish with Haptic Feedback

Model based analysis of fMRI/EEG data

Integrated Thermal and Energy Management of Plug-in Hybrid Electric Vehicles