Farid Najafi | |||||||||||||||||||||||||||||||||||||
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Research Interests and Experience :
Research Interests
- Machine Design and Optimization - Application of Control Engineering in Complex Systems - Robotics in Biomechanics and Rehabilitation - Advanced Dynamics and Mechanisms
Current and Previous Research Projects
- Investigation of novel human-machine closed loop robotic system for lower limb rehabilitation, sponsored jointly by K. N. Toosi University of Technology, Iran, and University of Birmingham, UK.(2006-present) - Robot-assisted functional lower limb rehabilitation using patient’s own motion signatures, 2006-2007) - Analysis and design of a laboratory unit for research of servo pneumatic systems, Funded by K.N. Toosi University (2005-2006) - Analysis and design of a laboratory unit for research of servo hydraulic systems, Funded by K.N. Toosi University (2005-2006) - Analysis and design of a loader-unloader system for automatic loading of presses, Funded by Pressiran plc. (2002-2004) - Analysis and design of mechanical parts of a vertical lathe, Funded by Pressiran plc. (2000-2001) - Design and optimization of switch-gear mechanisms, Funded by Parsswitch plc (1999-2000) - Criteria for analysis and design of new mechanical presses as mechatronic systems, Funded by Pressiran plc. (2004-2005) - Design and control of walking robots, Funded by K. N. Toosi University (2000-2001) - Design of high speed intermittent mechanism for high speed notching presses, Funded by Pressiran plc. (1997-1998) - Singularity analysis for kinematics of robots, Funded by K. N. Toosi University (1998-1999) - Development of criteria for optimum design of robot force / torque sensors, Funded by K. N. Toosi University. (1999-2000)
Ph.D. Project Supervision
2006-2007
“Prediction of geometrical variations during aerospace assembly “,
2006 – 2011 “Modeling, analysis, and control of
electro-servo-hydraulic actuation
system based on multi-disciplinary approach and two-time-scale
behavior“
2005 – 2009 “Improvement of
On/Off pneumatic valves model to be used in servo
pneumatic actuators with PWM algorithm”,
Technology, Faculty of Mechanical Engineering.
2008- present “Control
performance improvement of servo-pneumatic actuator using PWM
linearization and nonlinear model-base control method “ ,
University of Technology, Faculty of Mechanical Engineering;
2008 – present “Modeling , Control
and Guarantied stability of a Pneumatic Actuator in
Tracking of a Wide Range of Impedance for Using in
Rehabilitation Robot” ,
K.
2009 – present " Modeling
and design of a fast switching pneumatic on/off valve on the base
of piezo electric actuator"
Editorial activities
1. Associate Editor, IEEE Conference on Control Applications 2. Reviewer, International Journal of Advanced Manufacturing Technology 3. Reviewer, Assembly Automation - An International Journal 4. Reviewer, International Journal of Engineering (Iran)
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