Who's Who in Engineering, Malaysia 2022, Volume 1 First Edition Volume 1 | Page 456

ROSDIAZLI IBRAHIM , Ir . Dr .
WHO ’ S WHO IN ENGINEERING MALAYSIA
EMPLOYMENT HISTORY
1999 - Current Dean , Faculty of Engineering UTP
1997 - 1999 Instrument Engineer Petronas Fertilizer ( Kedah ) Sdn . Bhd .
1996 Auto-Mounting Engineer Sony ( V ) Sdn . Bhd .

ROSDIAZLI IBRAHIM , Ir . Dr .

Born March , 1972
ELECTRONIC ENGINEER rosdiazli @ utp . edu . my
CURRENT DESIGNATION
• Dean , Faculty of Engineering , Universiti Teknologi PETRONAS ( UTP ).
ACADEMIC QUALIFICATIONS
• BEng . ( Hons ) in Electronics and Computer , Universiti Putra Malaysia ( UPM )
• MSc . in Automation and Control System with Distinction , University of Newcastle Upon Tyne , UK
• PhD in Electrical Electronic Engineering , University of Glasgow , UK
PROFESSIONAL QUALIFICATIONS
• Professional Engineer , BEM
• Member , The Institution of Engineers Malaysia ( IEM )
• Chartered Engineer , UK
AREA OF EXPERTISE
Artificial Intelligence , modelling and simulation , intelligent control , advanced process control , sensor technology for process control instrumentation and measurement , energy harvesting , predictive maintenance , robotics and automation
Involvement Teaching : process control instrumentation and measurement , PLC , control system , DCS , fieldbus , robotics and automation , advanced computer hardware design , system analysis technique , electropneumatic system , microprocessor and microcontroller , computer system architecture , data communication and network , electrical and electronic technology , digital and analogue electronics
Projects
• Prototype development of wireless closed loop control network
• Prototype development of novel lean blowout prediction technique
• Non-Invasive method for induction motor bearing fault detection
• Event-based adaptive filtered predictive pi controller
• Novel temperature targeted zone prediction technique
• Fractional-Order Filter to compensate undesired oscillations
• Development of an efficient fingerprinting based indoor positioning
• Intelligent weight determination and fractional order based pid control
• Wireless closed loop control network
• Development of optimum fractal antenna performance within rf energy harvester
454