Workshop in the Department of Electromechanical Engineering on the Practical Life of the Student after graduation

          The alumni follow-up unit in Department of Electromechanical Engineering in collaboration with the Rehabilitation and Employment Unit at the University of Technology and the Moon Gate company for communications and information technology hosted a workshop entitled "The Life of the students after graduation". the president of the University of Technology Prof. Amin Daway Thamir and his assistants for scientific and administrative affairs attended this workshop along with the Head of Electromechanical Engineering Department Dr. Hosham Salim Anead ِand many of heads of departments of the university. In addition, 325 graduates and students from all departments of the University of Technology and other universities participated in this workshop as well.

The workshop included two themes, the first one talked about the practical life of the student after graduation and how to market their selves through interviews and the preparation of the curriculum vitae. The second theme was about the current methods that are used by international companies on information technology to anti-hacker.

At the end of the workshop, honorary shields were awarded by the president of the University of Technology to the academics including the head of the Electromechanical Engineering Department and the head of the alumni follow-up unit in the department lecturer Dr. Mohammed Jawad Mohammed.

Training Course for E-Learning Committees in Electromechanical Engineering Department

The e-learning committee in Department of Electromechanical Engineering conducted a training course for the e-learning sub-committees for three days from 27 to 29/3/2018. This course was presented by the head of the e-learning committee Assist. Prof. Dr. Hussain Abdual Aziz.                                                                       

The course involved a training approach on how to activate and use the university official e-mail and how to interact between the academics and the department and between department and students on the other hand. In addition, this course included training on how to activate and use Google Scholar for the purpose of qualifying a qualified staff to train the academic staff in all branches of the department, in order to document their published papers in their Google Scholar account.                                                                                                                       

The Department of Electromechanical Engineering is under the patronage of the

President of the University Dr. Amin Douai

The scientific symposium entitled:

The importance of keeping up with the rapid development of modern navigational systems to solve practical problems

On April 26, 2018 at 9:00 am at Al-Kindi Hall, Department of Electromechanical Engineering

Assistant Professor Dr. Mohammad Kadhem Eidan received the certificate of the

best scientific research at an international conference

Advanced Computational Methods in Energy, Power, Electric Vehicles, and Their Integration 

International Conference on Life System Modeling and Simulation, LSMS 2017 and

International Conference on Intelligent Computing for Sustainable Energy and Environment,

ICSEE 2017, Nanjing, China, September 22-24, 2017, Proceedings, Part 3

The Paper Title:

Integration of the Demand Side Management with Active and Reactive Power Economic Dispatch of Microgrid

Abstract:

      This Paper presents a fully developed integration of the demand side management (DSM) into multi-period unified active power dynamic economic dispatch of the microgrid (MGs) combined with the unit commitment (UC) to reduce the total operational cost or maximizes the profit with higher security.       In the proposed optimization approach all consumers, such as residential, industrial, and commercial one can involve simultaneously in the DSM techniques. The shifting techniques are applied to the residential load, while demand bidding program (DBP) is applied to the industrial and commercial loads.The proposed optimal approach is tested on a low voltage (LV) hybrid connection MG including different types of loads and distributed generators (DGs). The results reveal that the proposed optimization approaches reduce the operation cost of the MG, while there are no impacts of the DSM on the profile.