Bio
Kiarash is currently in the final year of his master’s studies in mechanical engineering at the Polytechnic University of Milan (Polimi). His course work is mostly focused around Advanced Mechanical Design. His research interests include Additive Manufacturing, Biomechanics, Finite Element Method, and Solid Mechanics.
Previously, Kiarash was involved in a research project regarding bone mechanics in collaboration with Mathematics and Mechanics of Complex Systems laboratory (M&MoCS) at the University of L’Aquila in Italy and Isfahan University of Technology in Iran. As a result, he published a paper with his colleagues. Additionally, He did his B.Sc. project in the Advanced Robotics and Mechatronics (ARM) Lab on the characterization of material properties of soft tissues using a robotic indenter.
Download my resumé.
- Additive Manufacturing
- Biomechanics
- Solid Mechanics
-
MSc in Mechanical Engineering, Present
Politecnico di Milano (Polimi)
-
BSc in Mechanical Engineering, 2019
Isfahan University of Technology (IUT)
Experience
B.Sc. Thesis: Simulating the soft tissues material properties characterization using a robotic indenter
- ARMLab Member [Mar 2017 – Feb 2019]: Obtained experience with mechatronics equipment and robotics
Mechanics of Materials | Linear Automatic Control
- Conducted practice and review sessions
- Assisted students with a range of complications from fundamental concepts to calculations
- Prepared final exams’ questions, and evaluating students' progress
Project: A Dissipative Mechanical Model for Bone Remodeling Processes. (Read the reprot)
- Obtained experience with COMSOL Multiphysics software
- Participated in introductory lectures in continuum mechanics, computational mechanics, variations’ principle and energy method, linear algebra
- Organized more than 25 training courses and workshops for university students
- Arranged several scientific visits
- Acted as students' representative
- Awarded as the best scientific association of the year at IUT
Publications
The importance of mechanical modeling has been increasing in recent years for almost every area of biological sciences. The process of bone recovery is one of the issues to be addressed within a mechanical framework. In this study, a model for the bone healing process is proposed taking into account the bone cell population as well as the effect of energy dissipation. Numerical simulations for bone under a cyclic external loading are performed in order to show predicting capabilities of the model. (Available here)
Projects
Certifications
Contact
- kiarash.tabesh@mail.polimi.it
- Milan, Italy
- DM Me
- Kiarash.tabesh