The Department of Control and Systems Engineering at the University of Technology held seminars on the discussion room in the department within the weekly activity of the department. The first lecture was given by Dr. Lama Issa on her research titled: Neural mechanism of visual perception using the on-site representation and event.
 In the research, the study showed that the brain analyzes kinetic information through a hierarchical structure composed of several visual images which interact in two-way communication. Visual information is analyzed from the lower towards the upper areas of the brain. Based on that a visual model was proposed to detect movement and integration according to human biology. The frontal feeding reactions and reactions were included. In the proposed model, two main characteristics were considered In the regions of the brain (selective direction) and (selectivity of speed), this model highlights how visual cortical regions interact with each other based on the different representations involved, the sensor is exploited by the neural vision (silicon retina) By an event sensor that is sensitive to time changes in luminance, the sensor simulates the neural vision of the shape and function of generating optical signals for the biological retina that differs from a frame-based sensor that generates integrated luminance functions.
 The second lecture was taught by Dr. Yamamah Abdel Fattah for her research titled: Implementation of foggy logic in control systems.
 The course discussed the definition of logic and its applications, especially in the field of control. The stages of design of the types of control of the foggy logic similar to the proportional differential control were described through the laws of the fuzzy controls and the functions of the membership in terms of number, location, .
 The stability of the system and review of the most important software tools available to the dominant design and methods of implementation were evaluated.