Rate My Professor Faisal Mohd-Yasin

Dr. Mohd-Yasin's research specializations and academic interests lie in electronics, sensors, materials science, artificial intelligence, and engineering education. His work has notably advanced areas such as microelectromechanical systems (MEMS), piezoelectric charge amplifiers, noise modeling, power MOSFET selection, RFID systems, electronic prototyping, and ferrofluid applications. Demonstrating significant influence, his publications have garnered 5693 citations according to Google Scholar. Key publications include 'The Correct Equation for the Current through Voltage Source in a MOSFET Model' (2020), 'Comprehensive Noise Modeling of Piezoelectric Charge Amplifier' (2023), 'Low-cost Approach to Expose Students to Electronic Prototyping' (2023), 'A Method for Selection of Power MOSFETs to Minimize Power Losses' (2021), 'Noise as Diagnostic Tool for Quality and Reliability of MEMS' (2021), 'Pulsed DC Sputtering of Highly c-Axis AlN Film on Top of 200 mm Si Wafer' (2021), 'Magnetically-Actuated Mixing and Merging of Acid-Base Micro-Droplets on Open Surfaces' (2018), 'Simulink Model of Noise of Piezoelectric Charge Amplifier' (2023), and 'Power Management Circuit for Semi-Passive UHF RFID Transponder' (2022). At Griffith University, he teaches courses including Integrated Circuit Design (6310ENG), Data and Computer Communications (2323ENG), and Workshop Technology (6603ENG). Earlier in his career, he was associated with the Queensland Micro- and Nanotechnology Centre.