About me :

I’m currently an M.Sc. student of mechanical engineering at Mechanical Engineering Department of Isfahan University of Technology. I received my B.Sc. degree in Mechanical Engineering from the Department of Mechanical Engineering, Ferdowsi University of Mashhad. [More information can be found in Educations' section.]

My current research interests include almost every topic which is engaged with robotic manipulation field, specially design and analysis of parallel robots, path and motion planning of manipulators and design and analysis of path generation linkages.
I also like novel and innovative designs and follow new ideas and inventions from all over the world.

Somewhere, something incredible is waiting to be known.

― Carl Sagan              

Personal Information:

Date of Birth: October 1990
Marital Status: Single

Academic Accounts:       

View Mohammad Rasoul Abazari's profile on LinkedIn

Email: rasoul.abazari [at] gmail.com

Educations :

2012-Present    M.Sc. Mechanical Engineering, Applied Design

                             Faculty of Mechanical Engineering, Isfahan University of Technology

                             Thesis Title: Fault Detection and Motion Recovery in a 6-DOF Parallel Manipulator with Rotary Actuators

                             (More Details ...)

                             Thesis Supervisor: Dr. M.Keshmiri


2008-2012         B.Sc. Mechanical Engineering, Solid Mechanics Design

                             Faculty of Mechanical Engineering, Ferdowsi University of Mashhad

                             Total GPA: 16.54/20

                             Thesis Title: Optimozation of the First Natural Frequency of Plates using Evolutionary Structural

                             Optimization (ESO) Method

                             Thesis Supervisor: Prof. M.H.Abolbashari


2004-2008         Diploma in Mathematics and Physics

                             Sayyad Shirazi High School, Mashhad, Iran

                             Total GPA: 19.64/20

Research Interests :

Dynamics of Robotic Systems

Control of Robotic Systems

Automasion and Industrial Robotics

Design and Analysis of Mechanisms

Computational Simulation and Numerical Methods

Optimum and Innovative Design

Automotive Engineering


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