Dr. Patrick W. C. Ho completed his Bachelor of Engineering with first class honours in 2009, and he created an Intelligent traffic light system for his final year project. He graduated from Masters in Science in 2012, by developing a prototype for a voice-automated elevator system. He was ocnferred his PhD in Electrical & Electronics Engineering in 2017 from the University of Nottingham Malaysia Campus, and his dissertation was entitled “Non-volatile FPGA architecture using resistive switching devices”.

He has industrial experience for more than 2 years prior to pursuing his Masters and PhD, particularly with Intel Microelectronics as a Graduate Trainee, and Altera Corporation as a Design Engineer. With Altera, his work was on supporting Hardcopy workflow.

In 2017, he signed for Monash University as a Scholarly Teaching Fellow in the department of Electrical & Computer Systems Engineering (ECSE). He is currently the unit coordinator for: ECE2131 Electrical Circuits, ECE4063 Large Scale Digital Design, and ECE2072 Digital Systems. He was also the former unit coordinator for PHS1002 Physics for Engineering. He has also previously assisted in ENG1002 Engineering design: Cleaner, safer, smarter, and ECE2071 Computer organisation and programming. Apart from teaching responsibilities, he was formerly the ECSE Industry Advisory Panel (IAP) representative. He is currently the Industrial Training Advisor and Industrial Engagement Driver for ECSE.

Dr. Patrick Ho’s research area involved modelling and simulation of non-volatile memories, especially memristors, in various FPGA and VLSI-related applications with various simulation models and parameters.

His current research in memristors have recently produced a Q1 journal article in the Journal of Semiconductor Science and Technology, entitled "Multilevel memristive non-volatile look-up table using two transmission gates one memristor memory cells", and has published various peer-reviewed scholarly articles on memristor-related research.

He is also currently in collaboration with various industrial partners and is assisting them in research in the areas of semiconductor technology, computer vision, and articial intelligence. He is also the principal investigator for a research grant to conduct a 3-year research project on memristor devices from the government.

• PHS1002 - Physics for Engineering
• ENG1002 - Engineering Design: Cleaner, Safer, Smarter
• ECE2131 - Electrical Circuits
• ECE2072 - Digital Systems
• ECE4063 - Large Scale Digital Design