Introduction
Work Experience
Studies
Europe/Istanbul
English
Turkish
Mustafa Doğan received his bachelor's degree from the Istanbul Technical University (İTÜ) Department of Electronics and Communication Engineering. He earned his master's degree in Electrical and Electronics Engineering from Old Dominion University in 1999 and his Ph.D. from the Boğaziçi University, Electrical Engineering Department in 2006.
Alongside his academic career, he has 14 years of work experience in the private sector as a system integrator for international digital printing and and photography companies.
He began his research career by focusing on the control of Markovian jump-linear systems exposed to electromagnetic (EM) disturbances, and then designed controllers for vital systems such as passenger aircraft. In this research, sponsored by NASA (Langley Research Center - LARC) for three years, he contributed to the modeling of electromagnetic interference and the development of stability theorems for stochastic systems.
He developed microwave pulse compressors and high-frequency solid-state amplifiers in collaboration with the CLIC project group at CERN. With his doctoral student, he made significant contributions to the ATLAS TDAQ (trigger and data acquisition) group at CERN for two years.
In 2017, he began working as an Associate Professor in the Control and Automation Engineering Department at the Istanbul Technical University, Faculty of Electrical and Electronics Engineering. Since 2020, he has continued his work as a Professor in the same department.
Recently, his team completed a comprehensive interdisciplinary research project on drug delivery and anti-cancer treatments, publishing their initial findings in Nature Portfolio. He is a Senior Member of IEEE and a member of the IFAC Turkey chapter.
Alongside his academic career, he has 14 years of work experience in the private sector as a system integrator for international digital printing and and photography companies.
He began his research career by focusing on the control of Markovian jump-linear systems exposed to electromagnetic (EM) disturbances, and then designed controllers for vital systems such as passenger aircraft. In this research, sponsored by NASA (Langley Research Center - LARC) for three years, he contributed to the modeling of electromagnetic interference and the development of stability theorems for stochastic systems.
He developed microwave pulse compressors and high-frequency solid-state amplifiers in collaboration with the CLIC project group at CERN. With his doctoral student, he made significant contributions to the ATLAS TDAQ (trigger and data acquisition) group at CERN for two years.
In 2017, he began working as an Associate Professor in the Control and Automation Engineering Department at the Istanbul Technical University, Faculty of Electrical and Electronics Engineering. Since 2020, he has continued his work as a Professor in the same department.
Recently, his team completed a comprehensive interdisciplinary research project on drug delivery and anti-cancer treatments, publishing their initial findings in Nature Portfolio. He is a Senior Member of IEEE and a member of the IFAC Turkey chapter.
Work Experience
Istanbul Technical University2017 - Present
Professor- Faculty of Electrical-Electronics Engineering Department of Control and Automation Engineering Faculty.
Studies
M.S. Thesis(With the support of the NASA Langley Research Center): "Stability Analysis and Augmentation of A Closed-Loop Computer Control System Subject to Electromagnetic Disturbances"
Ph. D. ThesisOptimal Nonlinear Controller Design for Flexible Robot Manipulators
Keywords: Adaptive internal model approach, Robust and Optimal controller design for flexible robot arms
Keywords: Adaptive internal model approach, Robust and Optimal controller design for flexible robot arms
Distributed Parameter SystemsNonlinear Controller design for flexible robot arms with PDE setup
Boundary control of a rotating shear/Timoshenko Beam with observer feedback
Boundary control of a rotating shear/Timoshenko Beam with observer feedback