The Lecturer Omar Farouk Lotfi from Control and Systems Engineering at the University of Technology published a scientific research in a global magazine with a coefficient of influence 0.865 and classified within the Thomson Reuters Corporation, the Arab Journal of Science and Engineering titled

((A direct reverse adaptive control system using artificial bee colonies with the best solution for controlling nonlinear systems))

          This research presents an adaptive direct reverse control system that uses a self-directed neural network as a front control and the proposed intelligent control method is used to control nonlinear dynamic systems and as an efficient teaching method the synthetic bee algorithm was used to find optimal values ​​for controlling coefficients  and in this work, a modified version of the synthetic bee algorithm, called the artificial bee colony, has been proposed with the best solution to teach the using dominant.

              Assist. Prof. Dr. Khalid Ajami Saker from the department of Chemical Engineering in the University of Technology participated in the work of the Arab Forum on ways to improve partnership with the industry that returning to the Arab States in Beirut/Lebanon which was held in Beirut under the auspices of the Arab League for the period 14-16 / 11/2017.

  Assist. Prof. Dr. Khalid presented a lecture entitled (Field Applications of Nanotechnology in theIndustry of Petroleum and its Impact on the Economy), and touched upon the fields and industrial application of nanomaterials in oil production and refining operations and the accompanying process.

Assist. Prof. Dr. Khaled Ajami mentioned that the forum included holding scientific seminars on ways to develop scientific research and partnership between Arab countries and work on the development of industrial production and investment of nanotechnology in production processes.

Within the activities of the scientific and cultural activity of the Department of Chemical Engineering at the University of Technology for the academic year 2017-2018 Lena Wahib Mahmoud a lecture entitled:
Study the thermodynamic conditions of clathrate hydrates dissociation for ternary systems comprising (refrigerant, salt, water)
Study of the thermodynamic conditions of hydrodite disintegration of the three-component system (cooling gas, water, salt)
Al Khwarizmi Hall in the presence of the Head of Chemical Engineering Department. Assist.Prof.Dr.Jamal Mouna Ali Al-Rubaie, assistants, branch heads, and a number of lecture , students. The dissociation temperature of three types of saline solutions, sodium chloride, potassium bromide and sodium fluoride, was calculated at three concentrations (R134a + water + salt) 0,09, 0.17, 0,26) mol / kg. The Clavirone equation was used to calculate the dissociation temperature of the binary and trigonometric system depending on the practical data of disintegration. The result of the study was done using the case equation of Peng and Robinson, to find the effect of the compressive factor (z) on the dissociation temperature. The output of the binary system (143,8) kjol / m without z and with z (136.08) kjol / mol. The ratio of the calculated values of the tripartite system with the presence of sodium chloride at the three concentrations of non-z (146.7-154.1) kg / m and z (138,02-145,14) kg / mall. The rate of deviation between the two values (5, 8-5.7)%. The other two types of salts have the same results at a deviation of (0.88-0,129)% for the results of sodium chloride salt without z and deviation rate (0,818-0,129)% for the results of sodium chloride with z.

Eng. Dr. Salim Khalifa Kadhim of the Department of Control and Systems Engineering at the University of Technology participated in the World International Conference in Malaysia, (Numerical investigation on the effect of the thickness of the diffuser on the structural stresses in the mechanical heart valve bi-diffuser for the possibility of manufacturing)
Between the researcher can cause structural stress caused by blood flow through the aortic industrial valve for failure due to the effect of submission. In this study, structural analysis, particularly the thickness of the leaf, was performed on the equivalent stresses found in the BMHV due to the blood flow through which it was investigated.
The "Fluid Structure" interaction approach has been used on the basis of Langergy Ullerian arbitrary technique (ALE) with the help of an external program (UDF). The results show that the high stress of von Mises was placed in BMHV with a thickness of 0.5mm and 0.6mm leaf, where the increase was 75% and 13% higher than the equivalent permissible stress, respectively. Thus, these insomnia releases are unsustainable to be replaced by a diseased urethral valve.

The Department of Computer Science at the University of Technology organized a seminar for students of the first stage attended by the Head of Computer Science Department Assist.prof.Dr. Hala Bahjat Abdul Wahab and the scientific assistants Assist.prof.Dr..Da'alia Karim and the Administrative Assist.prof.Dr. Ayad Roudan and the course's supervisor. Yasser Munther and heads of branches.
The symposium focused on several important axes: renouncing religious and sectarian extremism, establishing national identity and public behavior on campus and the department, taking care of students' status in the internal departments, establishing the values of community coexistence and discussing the system of courses and infectious diseases and how to prevent them.
And included the need to care for students with special needs as well, education against terrorist ideology and the use of social media, electronic fraud, and commitment to permanence, as well as the definition of the department and its branches and the minimum acceptance in each section of the section