Hojat Taei, Ph.D. ,
Assistant Professor
Department Of Aerospace EngineeringFaculty Of Engineering
Phone
00983137934111Address
University of Isfahan
Azadi square
Isfahan, Iran
Postal Code : 8174673441
Research Interests
My research focuses on aerospace systems, dynamics and control, multidisciplinary design optimization, and the application of artificial intelligence methods to engineering problems. A significant part of my work is devoted to developing methods that enable more accurate and efficient modeling, design, and control of complex systems. In particular, I am interested in problems related to space systems, including satellites and spacecraft, multidisciplinary optimization, and intelligent control. My research aims to establish an effective connection between theoretical foundations, computational methods, and real-world engineering challenges. My research approach is centered on problem-solving, the development of practical and implementable methods, and the use of innovative approaches to address complex engineering challenges. Interdisciplinary scientific collaboration, as well as working with students and researchers to develop new ideas, also constitutes an important part of my professional and research activities.
Professional activities
Space Systems Engineering Spacecraft and Satellite Dynamics Multidisciplinary Design Optimization (MDO) Guidance, Navigation and Control of Aerospace Systems Artificial Intelligence in Engineering Modeling, Simulation, and Optimization of Complex Engineering Systems
Education
- Ph.D., Aerospace Engineering, K. N. Toosi University of Technology [Tehran - Iran]
- Master's degree, Aerospace Engineering, K. N. Toosi University of Technology [Tehran - Iran]
- Master's degree, Counseling Psychology, University of Tehran [Tehran - Iran]
- Bachelor, Mechanical Engineering, Yazd University [Yazd - Iran]
Teaching
Undergraduate: Statics Dynamics Engineering Mathematics Mechanical Vibrations Automatic Control Numerical Analysis Design, Control, and Applications of Satellite System Design and Applications of Space Systems Graduate: Advanced Engineering Mathematics I Advanced Engineering Mathematics II Spacecraft System Design Launch Vehicle System Design Spacecraft Flight Dynamics and Control Modeling of Dynamic Systems Optimization Methods Modern Algorithms in Optimization Fuzzy Control System Identification and Flight Parameters Estimation

