I am a multidisciplinary researcher with engineering, mathematics, computer, and physics background. My research interests lie in the areas of applied mathematics, control theory, dynamical systems, and game theory, with specific interests in mechatronic applications, robotics, and human-machine systems. I worked on a broad range of projects including robust design, human-in-the-loop systems, control design for quantum systems, evolutionary game theory and evolutionary dynamics and fixable robotic arm manipulator. My main research interests currently include:

• Robotics and Intelligent Systems;
•  Control Theory and Automation;
• Quantum Physics and Quantum Control;
• Population Games and Evolutionary Dynamics.

The following are areas of research in which my background will provide sufficient expertise to carry out competitive and rigorous research. Furthermore, I anticipate starting immediately with the items listed below:

• Cyber-physical systems: Cyber-physical systems integrate computation, networking, human factors, and physical processes in order to build and synthesize systems that are distributed, reliable and efficient at the same time. The societal and economic potential of these systems is much greater than what has been realized, and huge investments are being made worldwide to develop such combinations of subsystems in composition synthesis methodologies
• Distributed Control and multi-agent systems: Distributed control and multi-agent systems are becoming increasingly important topics in systems theory. Distributed control and multi-agent systems extend well-established concepts in system’s theory to large-scale systems in a decentralized fashion.
• Quantum control theory: I am interested in the innovative field of quantum control theory. I believe that my applied mathematics background, coupled with my knowledge of theoretical quantum physics and control theory, provides the necessary skills to articulate and pursue innovative research in the field of quantum control theory.