Ravef Gomaa Salman, from the Department of Mechanical Engineering at the University of Technology, received her master's degree for her thesis (Effect of thermal energy of the microwave furnace on mechanical properties and the age of the calibrator for the aluminum alloy 7075-T73) with a very good grade.
The study concerned the effect of the heat energy of the microwave furnace on the mechanical properties and age of the alloy of the 7075-T73 aluminum alloy, which was studied under service load, and the application of the thermal energy of the microwave oven used to heat the materials. The most recent applications are highlighted in the field of processing materials through microwave ovens, Allow the use of them as unusual treatment methods. Previous researchers have reported that sintering of many ceramic materials is good absorption of microwave radiation and the expansion of applications of microwave ovens to metal powders and composite materials.
The current work is based on the thermal energy effect of the microwave on the aluminum alloy used. The 7075-T73 aluminum alloy was treated in a microwave oven using different media: dry, sun flower oil, salt solution and acid medium for two periods (30 and 60 minutes).
The discussion committee consisted of Prof. Dr. Ahmed Nayef Ibrahim as Chairman of the Board of Directors of Mdna Hamzah Saadoun and prof.DR.Iqbal Mohammed Saeed Saleh of the Faculty of Materials Engineering University of Babylon members of the Board of Sadiq Jafar Aziz and lect.assis.Ahmed Adnan Abdul Jabbar Supervisors are from the Technological University.

Mohammed Fadel Hassan from the Department of Electrical Engineering at the University of Technology received a Ph.D. With excellent degree for his entitled thesis (design aspects of the multi-frequency multiplex propagation filter for modern communication systems) on Dijla Hall in the section.

The researcher found several aspects of designing a multi-beam transmission filter used in wireless communication applications. The research approach in designing the proposed filters is the gradual step-by-step design, which means adopting the first design step followed by the second.
Based on this method, two designs for a multi-beam transmission were presented. the advantage of this method lies in the freedom of design in terms of control of each beam separately
The discussion committee consisted of Prof. Raad Sami Fayyad as Chairman, Assist. Prof. Dr. Thamer Rasheed Saeed, Assist. Prof. Dr. Hadi Tarash Zebun, Assist. Prof. Dr. Atheed Hasan Saloumi, Assist. Prof. Dr. Jamal Mohammed Rasool, Assist. Prof. Dr.. Ali Sadiq Abdel Hadi and Assist. Prof. Dr. Imad Shehab Ahmed as members and supervisor

Dr.Tagreed Mohammed, a lecturer at control and system engineering department-UOT, got PHD form Ecoal Central De Nantes collage-France for her thesis
(((Automatic blood sugar control for type I diabetics) ))
This thesis examines the control of blood sugar level for type I diabetics by automated control of insulin injections. Two main control categories were used: the first is based on a mathematical model of the system and the other without the need of a mathematical model. To test their efficiency, two different mathematical models were used for hypothetical patients are based on data from clinical diabetics and the other is the known simulation model: Uva / Padova T1 DM Simulator.
The first-class controller is the intelligent proportional control and the intelligent differential integrator: iP and iPID.
The results were compared with the traditional proportional differential control, and the scientific contribution of this control was first experimented with the regulation of blood sugar for its importance not to rely on a mathematical model in its design to avoid the absence of a detailed model of a complex system such as the human body.

Within the scientific and cultural activities for the first semester of the Department of Chemical Engineering Department for the academic year 2017-2018, Prof. assist Dr .Zainab Yousif Shanen presents a seminar on " Solid –polymer –surfactant complexes for enhancing the flow in pipe lines"
On Al Khwarizmi Hall in the department at the presence of the Head of Chemical Engineering Department. Jamal Al-Rubaie and the Scientific Assistant Dr. Khaled Ajami and the administrative Prof. assist Dr.Walaa Abd-Hade Nuri and number of heads of branches, faculty and students. Prof. assist Dr.Zainab explained that the transfer of crude oil or oil derivatives through pipelines for long distances leads to a significant loss of pumping capacity due to resistance to friction inside the tube and the dissipation of pumping capacity in the troubled flow, so it was proposed a modern technology to increase pumping rates through pipelines conveying additives with nanoparticles called" the effect of these additives" on increasing flow rates is of great economic benefit, as it eliminates the need for additional pumping stations or expansion of the conveying pipe network to accommodate the increase in flow rate.

The Department of Chemical Engineering at the University of Technology held a scientific seminar titled "Doctoral Study in the Department of Chemical Engineering: Thirty Years of Tender" on Thursday 26/10/2017 at the Dar Al Salam Hall in the Department.
Dr. Jamal Al-Rubaie, Head of Department, said: "The PhD programs aim at providing the needs of Iraq's human cadres for these scientific degrees specialized in scientific research and development, leading research teams working in various fields and deepening the links between the industry and the university by addressing Industrial problems through the development of chemical engineering sciences in order to keep pace with global progress in this field. The symposium included one session chaired by Prof. Dr. Mohamed Fadel Abdel and d. The lecture was delivered by the head of the Department of Petroleum Operations Engineering at the Faculty of the Future University, Prof. Dr.Essam Kamel addressed the conditions that called for the university and the department to develop a doctoral study and the problems facing Search during completion. The second lecture about (the problems of the oil industry and the role of graduate programs in solving them) gave a lecture in which the assistant director general of the company refineries center Dr. Jaber Omran focused on the role of graduate programs of master's and doctorate through research capacity, research excellence and transfer of knowledge to be used in solving the problems facing oil industries.