On Monday, December 23th, 2024, Dr. Kayhan Zrar Ghafour, a member of the university council and the Dean of the College of Technical Engineering of Computer and Informatics, participated as the keynote speaker in the 6th International Conference on Futuristic Trends in Networks and Computing Technologies (FTNCT’06).
The conference was held in the state of Uttarakhand, India.
Dr. Kayhan Zrar Ghafour participated with a scientific presentation under the title “Deep Q Learning for DDoS Attacks Detection in IoT Environment.”
In this dissertation, three nonlinear techniques of prestressing, analysis, and preservation were developed based on the principles of the force method to address geometric nonlinearities in pin-jointed spatial structures. These techniques provide a comprehensive framework for accurately performing prestressing, analysing, and preserving spatial assemblies, validated through rigorous numerical and experimental investigations.
The research introduces direct nonlinear approaches especially for prestressing and preservation, overcoming the limitations of iterative and linear approximation-based methods. The derived nonlinear equations, expressed as functions of joint displacements, were efficiently solved using MATLAB’s fsolve function, demonstrating robust applicability to both simple and complex spatial systems. The proposed prestressing technique computes the desired prestress level by accurately accounting for nonlinear member alterations, preventing cable slack, and maintaining alignment with software solvers under predetermined actuation conditions.
The developed analysis method is efficient and precise, capable of calculating internal member stresses and axial forces for both rigid and flexible members while incorporating geometric nonlinearities under different loading conditions. Similarly, the preservation technique reliably restores disturbed geometries, nodal displacements, and internal forces, with targeted control of specific parameters. The effectiveness of the preservation process depends on actuator placement, bar sensitivity analysis, and the appropriate selection of actuation targets.
Validation of these techniques included numerical case studies and experimental testing on a hyperbolic paraboloid space cable net model with 64 members and 41 joints. The results demonstrated strong agreement, with maximum and minimum discrepancy ratios of 7% and 0%, respectively, between theoretical and experimental measurements. This dissertation presents a novel framework that significantly enhances the precision, efficiency, and control of structural response prediction, making substantial advancements in the field of pin-jointed spatial structures.
On Monday, December 16th, 2024. The event was attended by Prof. Dr. Edrees Muhamad Tahir Harki, the Rector of Erbil Polytechnic University, Dr. Azad Hassan Qadir, Vice-Rector for Administrative and Financial Affairs, Dr. Yousif Mustafa Rasul, Vice-Rector for Student Affairs, along with a group of university administrators and lecturers.
The panel, organized by the university’s Health and Safety Administration, took place at the Cultural Center Hall of Erbil Polytechnic University.
The panel organized by the university health and safety administration was held under the title “Addiction as a Factor in Youth Losing Hope for the Future.”
The panel started with a welcome speech, then it was led by the moderator, Ms. Juwan Mahdi Abid, the Director of health and safty at the university.
The panel included: Ms. Tavga Omer Rashid, the Director of Legal affairs at Human Rights commission at Erbil.
Prof. Dr. Edrees Qadir Hamadamin, a university professor; Dr. Nizar Zrar Ahmad, a psychology expert; Mohammed Hamid Khoshnaw, an officer in the Narcotics Directorate ,and Mr. Sarmand Hamid Barzinji, a head of administration at Erbil Polytechnic University participated in the panel.
At the end of the panel, the organizers asked questions to the panelists and then presented them with certificates of appreciation.
Erbil Polytechnic University/ Mergasor Technical Institute Students Achieve Remarkable International Success On Thursday, December 18, 2024, students from Erbil Polytechnic University/ Mergasor Technical Institute in partnership with Goldey-Beacom College in the USA achieved a significant milestone by securing second place in the final round of the Global Solutions Sustainability Challenge, an international competition. Their outstanding performance also earned them the program’s financial prize to develop the business projects. The program is organized by the American organization IREX, this initiative brought together students from Iraqi Kurdistan, American, and Jordanian universities for an eight-week competition. The challenge aimed to address global issues by creating innovative products for the labor market. The Mergasor Technical Institute team designed a groundbreaking solution using 3D printing to develop a product for artistic, cultural, and transportation purposes. In the semi-final round, the team stood out as one of the top five and became one of the event’s financial award recipients. Competing under the name “Future Forward: Art Without Borders” (Team 7), they impressed the audience with their creative approach to bridging cultural gaps using modern technology. Their innovative solution provides access to art and artistic pieces at minimal cost, making it accessible to people anywhere in the world. As per the event’s format, international teams were formed by pairing universities from Iraq and Jordan with those from the United States. The Mergasor Technical Institute team collaborated with Goldey-Beacom College (USA). Their efforts were guided by Dr. Talib Mohammed Sharif Omar, Dean of Mergasor Technical Institute. The Global Solutions Sustainability Challenge hosted 11 bi-national teams comprising 240 students from Iraq, Jordan, and the United States. Participants worked on addressing local challenges aligned with three key themes of the UN Sustainable Development Goals: arts and culture, hospitality and tourism, and transportation. The teams used the design thinking process to create innovative business solutions, showcasing their ingenuity and teamwork. Global Solutions Sustainability Challenge is a virtual exchange initiative that supports workforce development in the U.S., Iraq and Jordan through two programs: Global Solutions Sustainability Challenge & Global Solutions Conversations. Global Solutions is implemented by IREX and is supported by the J. Christopher Stevens Virtual Exchange Initiative (JCSVEI). JCSVEI is a U.S. Department of State’s Bureau of Educational and Cultural Affairs program administered by the Aspen Institute. Global Solutions is implemented by IREX and is supported by the J. Christopher Stevens Virtual Exchange Initiative (JCSVEI). JCSVEI is a U.S. Department of State’s Bureau of Educational and Cultural Affairs program administered by the Aspen Institute. Congratulations to the students, faculty, and staff of Mergasor Technical Institute and Erbil Polytechnic University on this remarkable achievement!
