Fawaz Y Annaz

Contact

• workMalaysia Campus
  Jalan Broga
  43500 Semenyih
  Selangor Darul Ehsan
  Malaysia
• work+6 (03) 8924 8363
• Fawaz.Annaz@nottingham.edu.my

Teaching Summary

• Robotics, dynamics and control
• Classical control theory
• Advanced control systems
• Sliding mode Control
• Embedded computer hardware

Research Summary

High Integrity Systems (HIS) for Aerospace Applications Smart Electromechanical Actuators (SEA) for the All-Electric Aircraft. Development of Industrial and Mobile (UGV and UAV)… read more

Selected Publications

• F Y ANNAZ, 2008. Hardware vs. Lumped Cross-monitoring in Smart Multi-Lane Torque-Summed Electromechanical Actuators Proceedings of the Institution of Mechanical Engineers,: Part O, Journal of Risk and Reliability. 222(4), 687-699
• F Y ANNAZ, 2007. Worthy Test Programmes and Developments in Smart Electromechanical Actuators Smart Materials and Structures. 16,
• F Y ANNAZ, 2012. A Mobile Robot Solving a Virtual Maze Environment International Journal of Electronics, Computer and Communications Technologies: IJECCT. 2(2),
• F Y ANNAZ, 2011. Path-Whispering in a Virtual Environment International Review of Mechanical Engineering, (IREME). 5(5),

• View all publications

Current Research

• High Integrity Systems (HIS) for Aerospace Applications
• Smart Electromechanical Actuators (SEA) for the All-Electric Aircraft.
• Development of Industrial and Mobile (UGV and UAV) Robots.
• Artificial Heart Development
• Application of Sliding Mode Control to industrial and aerospace systems helical actuation systems
• Vibration Control in Long-Shafts
• Speech Perception with Electromyography and Image Processing

• F Y ANNAZ, 2012. A Mobile Robot Solving a Virtual Maze Environment International Journal of Electronics, Computer and Communications Technologies: IJECCT. 2(2),
• F Y ANNAZ, 2011. Analytical redundancy in Torque Summed Multi-Lane Smart Electromechanical Actuators International Review of Aerospace Engineering (IREASE). 4,
• F Y ANNAZ, 2011. Path-Whispering in a Virtual Environment International Review of Mechanical Engineering, (IREME). 5(5),
• F Y ANNAZ, 2008. Hardware vs. Lumped Cross-monitoring in Smart Multi-Lane Torque-Summed Electromechanical Actuators Proceedings of the Institution of Mechanical Engineers,: Part O, Journal of Risk and Reliability. 222(4), 687-699
• F Y ANNAZ, 2007. Technology Transfer of Aircraft Actuation to Marine Actuation and Propulsion Journal of Mechanical Science and Technology Special Issue. 21(6), 950-954
• F Y ANNAZ, 2007. Smart Multi-Lane Electromechanical Actuators Journal of Mechanical Science and Technology Special Issue. 21(6), 955-960
• F Y ANNAZ, 2007. Worthy Test Programmes and Developments in Smart Electromechanical Actuators Smart Materials and Structures. 16,
• F Y ANNAZ, 2005. Fundamental Design Concepts in Multi-Lane Smart Electromechanical Actuators Smart Materials and Structures. 14, 1227-1238
• C. JANNUZI and F Y ANNAZ, 2004. Which Phonological Model Does Electromyographic Analysis Support: the Phoneme, the Feature or the Articulatory Gesture? University of Fukui Research Bulletin.
• C. JANNUZI and F Y ANNAZ, 2004. Sub-Lexical Models in Phonology and the Implications for Language Learning and Processing: What Electromyography Tells Us University of Fukui, Research Bulletin, 2004.
• T. YAMANE, F.Y. ANNAZ, Y. SHIRASAKI, K. NONAKA and Y. OKADA, 2001. Rotational Stability of the Monopivot Centrifugal Blood Pump With a Magnetic Coupling Journal of Mechanical Engineering Laboratory. 64-68