Asst.Prof.Dr.Najim Al-Rubei, a lecturer in the department of petroleum engineering at University of Technology, has gained a membership of Institute of Electronic and Electricity Engineers (IEEE) as honoring for the elegance participants in the Koya Scientific Conference ( Oil and Gas Effects).

Prof.Dr.Sami Abo Al-non, the university president deputy for administrative affairs, has opened the tenth football champion for the students of internal department which was held on the university stadium with the presence of Abbas Mahdi, director of internal departments and Asst.Prof.Mahdi Motar , the director of university office.

Team of section 10 won on team of section 9 with four goals. And team of section 5 won on team of section 7 with five goals for one goal, and team of section 8 won on team of section 4 with score of 3-2 and team section 7 won on team of section 10 with a score of 7-3, finally section 9 equaled with section 5 for one gaol.

Materials Engineering Department at the University of Technology organized a workshop on interactive learning using the Google class system, in the presence of a number of Lecturer , and lectured in it.Ass.Prof. Raad Suhail Ahmad included an explanation about the Google class system and its definition in terms of how to create classes and download and download lectures, as well as how to send alerts to students and the receipt of duties and the process of repair and the delivery of grades.

At the end of the workshop, the discussions were opened by the teachers and answered all the questions and queries and gave a detailed and complete picture on how to deal with this system.

Petroleum Technology Department at the University of Technology held a seminar  to discuss the projects of students' scientific messages for postgraduate studies / master's degree in the department, in the presence of the head of the department, Prof. Aqil Shaker Al-Adly and deputy scientific affairs  assis.Prof Adel Sherif Hammadi and the head of the branch Assis .Prof Ahmad abdullah ,  and numbers of professors supervising  the students.

The students' projects included a study on the practical problems facing the oil industry at present in order to obtain better results to serve the country and develop it through the projects and studies that work on it.

Within the activities of the scientific and cultural activity of the second semester of the Department of Chemical Engineering at the University of Technology for the academic year 2017-2018, the student of the Master Elaf Khalid lecture entitled:

Improvement of Dray Raduction for Water Flow in Pipe Based Nano Fluid

 "Reducing the obstruction of fluid flow in pipes by adding nanomaterials"

Al Khwarizmi Hall in the department in the presence of the Head of Chemical Engineering Department. Jamal Mouna Ali Al-Rubaie and Scientific Assistants Dr.D. Khalid Ajmi Saker and Al-Adari A.D. Walaa Abdulhadi Nuri and a number of heads of branches and teachers and employees and students of the university.

     In this research, the student showed that several methods were used to reduce the high cost of energy used to transport fluids in pipelines. , Where recent studies have demonstrated the effect of nanotubes as a reduction in fluid flow. The aim of this study is to understand how the presence of solids or nanoparticles in liquids can reduce the problems of friction losses in pipes. This study investigated the effect of nanoparticles as mitigating factors for energy losses resulting from water transfer in pipelines. Where nanotubes are added at low concentrations such as parts per million to the solution. These small quantities played a dominant role in reducing disturbance and causing a significant reduction in friction losses. The tested water samples were selected, and nanotubes used for water and nanoparticles were used in five different concentrations (50-250 ppm) The experimental system consists of four different types of pipes (a 29.6 mm steel pipe, a 18.3 mm steel tube, a 29.6 mm glass tube, a 29.6 mm L pipe), water pumping at different flow rates (1.0 to 8.0) ) M3 / h for each type of pipe and at room temperature (35 ± 1) o. In addition, the effect of the type of nanoparticles such as silica SiO2 and TiO2 was also studied for comparison purposes.