Administrative Divisions Al-Mustaqbal Energy Research Center
Al-Mustaqbal University and Universiti Sains Malaysia (USM) Strengthen Global Academic Partnership through Joint Master’s Thesis Defense Babylon – Official Media In a significant scientific milestone reflecting the international presence of Iraqi universities within the global research landscape, Al-Mustaqbal University (UOM) and Universiti Sains Malaysia (USM) successfully conducted a joint international thesis defense for the Master’s Program in Electronic Systems Design Engineering. This program is hosted at Al-Mustaqbal University in collaboration with the School of Electrical and Electronic Engineering at USM. The sessions commenced on Monday, May 4, 2026, at 9:30 AM Iraq time (2:30 PM Malaysia time), featuring a specialized committee of professors from both prestigious institutions. This collaborative model bridges the international research expertise of USM with the growing scientific influence of Al-Mustaqbal University, fostering integration in modern engineering and smart technologies. Featured Research: AI and IoT Integration The defense included a presentation by the Master’s student: Mohamed Saad Obaid Al-Yassari Thesis Title: “Simulation and Hardware Implementation of an AI-Driven Smart Parking System with Secure IoT Integration” The research addresses a vital pillar of the global digital transformation: the design and implementation of intelligent parking management systems. By leveraging Artificial Intelligence (AI) and the Internet of Things (IoT), the study emphasizes secure data connectivity—a critical challenge for modern smart cities aiming to reduce congestion and optimize urban resource management. The International Defense Committee The discussion was conducted by an elite panel of researchers and academics: • Supervisor (Iraq/Al-Mustaqbal University): Assist. Prof. Dr. Hamza Mohammed Ridha Al-Khafaji. • Supervisor (Malaysia/USM): Dr. Suhardi Azliy Junoh. • Examiner (Iraq/Al-Mustaqbal University): Prof. Dr. Mehdi Ebady Manaa. • Examiner (Malaysia/USM): Dr. Mohd Shahrimie Mohd Asaari. • Committee Chairman (Malaysia/USM): Assist. Prof. Dr. Mohd Fadzli Mohd Salleh. The committee from Al-Mustaqbal University participated via a direct electronic link through the WEBEX platform, demonstrating the program's flexibility and its ability to maintain rigorous academic standards across borders. Presidential Support and Strategic Vision The session received direct attention from the President of Al-Mustaqbal University, Prof. Dr. Hasan Shaker Majdi, who attended the opening presentation. He praised the successful research efforts of both the student and the supervisors, highlighting this achievement as a testament to the university's commitment to academic excellence. Impact and Future Horizons This partnership confirms that the collaboration between Al-Mustaqbal University and USM has become a vital scientific pathway for preparing postgraduates capable of producing applied research in specialized fields such as Cybersecurity, AI, and Smart Systems. By internationalizing its postgraduate programs, Al-Mustaqbal University continues to enhance the standing of Iraqi researchers in the global arena, ensuring that academic output meets the practical needs of society and aligns with the worldwide shift toward secure, data-driven digital infrastructures. Al-Mustaqbal University Media
Under the auspices of the Presidency of Al-Mustaqbal University and as part of its ongoing commitment to equipping students with cutting-edge technical skills, the Energy Research Center hosted a specialized workshop today titled: Energy Management System in Generation Side for Microgrid and Nanogrid Applications" The workshop was presented by Dr. Saif Jamal Mahdi, with an active attendance of students specializing in renewable energy and smart system technologies. Key Workshop Highlights: The session provided a detailed technical analysis of modern mechanisms for power flow control and load distribution, focusing on: • Control Strategies: Methods for balancing supply and demand within Microgrids and Nanogrids. • Performance Optimization: The pivotal role of Energy Management Systems (EMS) in reducing energy waste and enhancing the efficiency of renewable sources like solar and wind power. • Generation-Side Stability: Ensuring grid resilience when integrating diverse and intermittent generation sources. Objectives and Vision: The workshop aimed to highlight the latest global advancements in energy management to foster sustainable solutions for electricity challenges. Furthermore, it sought to enhance the capabilities of the university's students and researchers in keeping pace with the digital transformation of smart grids—the fundamental pillar of future sustainable cities. Scientific Engagement: The event concluded with an extensive discussion session between the students and Dr. Saif Jamal Mahdi. The dialogue explored the practical challenges of implementing these systems in real-world scenarios and how applied scientific research and innovative student projects can overcome these hurdles. Al-Mustaqbal University – Towards a Sustainable Future
Fruits of Higher Education Internationalization: Graduation of the First Master’s Cohort in the Twinning Program between Al-Mustaqbal University and Universiti Sains Malaysia (USM) A Statement by the Deputy Minister for Scientific Research Affairs, Prof. Dr. Haider Abd Dhahad Within the framework of the strategic transformation adopted by the Ministry of Higher Education and Scientific Research since 2023, aimed at moving beyond traditional educational models, the Ministry has launched several qualitative initiatives to internationalize higher education in Iraqi universities and enhance their openness to global academic institutions. A cornerstone of these initiatives was the launch of International Twinning Programs (Offshore Programs). These programs enable Iraqi students to obtain degrees from prestigious international universities while remaining in Iraq, adhering to internationally accredited academic standards. Today, we witness the first major success of these efforts with the graduation of the inaugural cohort of postgraduate students (Master’s) in Electronics Engineering. This is a result of the twinning program between Al-Mustaqbal University and Universiti Sains Malaysia (USM)—a qualitative achievement that reflects the success of the Ministry’s vision in developing the higher education system in Iraq. This milestone reinforces the importance of expanding twinning programs and international partnerships. Such collaborations are essential for elevating the quality of education, enhancing the global competitiveness of our graduates, and aligning Iraqi universities with world-class academic benchmarks. With Appreciation, Prof. Dr. Haider Abd Dhahad Deputy Minister of Higher Education for Scientific Research Affairs
As part of its ongoing technical activities, the engineering team at Al-Mustaqbal Energy Research Center has successfully implemented a series of technical enhancements on a vertical-axis wind turbine prototype. The project focuses on optimizing the integration of DC-based loads and improving power management efficiency. Technical Implementation & System Architecture The development involved restructuring the electrical circuit to ensure a stable and controllable power flow. The system was configured as follows: • MPPT Integration: A Maximum Power Point Tracking (MPPT) charge controller was integrated to bridge the gap between the wind turbine and the storage battery. This ensures that the system extracts the maximum possible power even during fluctuating wind speeds. • Smart Load Management: A DC lamp was connected specifically to the MPPT’s load output. This configuration grants the team precise control over switching the light on and off while protecting the hardware from voltage spikes, thereby extending the lifespan of the components. • Real-time Performance Indicators: For immediate visual feedback, a LED light strip was wired directly to the turbine’s input stage. This acts as a real-time visual indicator, illuminating instantly as the turbine begins to rotate, providing a clear demonstration of energy generation before it enters the regulation phase. Research Objectives This technical update aims to study the behavior of small DC loads when powered by intermittent renewable sources. By refining these "Micro-grid" models, the Al-Mustaqbal Energy Research Center seeks to demonstrate practical, low-loss energy solutions for independent lighting systems without the need for complex AC conversion. This project underscores the center’s commitment to Research and Development (R&D), transforming standard hardware into optimized, controllable research models that serve the university's vision for a sustainable future.
The Al-Mustaqbal Energy Research center conducted the final practical examination for third-year students of the Department of Electrical Techniques Engineering in the subject of Renewable Energy. The examination was carried out in a structured scientific environment under the supervision of specialized academic staff, with all necessary laboratory equipment and materials provided to ensure accurate performance and achievement of the course objectives. This activity is part of the approved practical program aimed at strengthening students’ applied skills and integrating theoretical knowledge with hands-on practice in renewable energy technologies, thereby enhancing their scientific and professional competence. The center reaffirmed its commitment to supporting practical training in engineering disciplines and providing an advanced scientific environment that prepares qualified graduates for the energy sector.
As part of Al-Mustaqbal University's plan to develop the scientific and practical skills of students, graduates, and those interested in the labor market , Al-Mustaqbal Future Energy Research Center announced the launch of a series of specialized training courses and workshops starting June 1, 2026. These programs aim to bridge the gap between academic theory and practical application according to local and international market needs. The training programs include: Professionalism in Solar Energy Systems (Theory + Advanced Practical Application). Solar Systems Design using (PVsyst) software. Basics of SolidWorks for engineering design. Basics of MATLAB for engineering analysis and modeling. Basics of AutoCAD for engineering drawing. Participants will receive an authorized certificate of participation from the center. We invite students, graduates, and external applicants to register via the attached electronic link
The second day of the training program for Al-Mustaqbal University students at Alanya Alaaddin Keykubat University (ALKU) witnessed a vibrant schedule of scientific, cultural, and recreational activities. The program aims to provide students with exposure to an international academic environment and to enhance their personal and professional skills. The day began with a visit to the central library, where students left their personal mark by writing their impressions and memories on the cultural exchange board. The delegation also participated in a joint art activity with their peers from Alanya University, reflecting a spirit of cooperation and friendship between the two institutions. Sustainability and Social Responsibility In a gesture reflecting environmental awareness, the students visited the university’s food recycling unit, which is dedicated to converting surplus meals into food for pets. The delegation learned about the mechanisms of this project, which aligns with sustainable development goals and promotes environmental conservation and responsible resource use. The program also included: * A visit to the central club to explore student activities and the cultural diversity within the university. * A visit to the National Youth Center, where students attended an introductory lecture on leadership development programs, talent nurturing, and the role of national centers in supporting creative youth. Participating students noted: “This experience represents a qualitative leap in our academic journey, combining academic knowledge with deep human exchange.” The day concluded with a recreational tour of Alanya’s أبرز historical landmarks, most notably Alanya Castle. Students enjoyed the beauty of its historic architecture and panoramic views, creating a joyful atmosphere before returning to continue the training program in the coming days. This visit comes as part of Al-Mustaqbal University’s vision to promote global openness and provide its students with the best international training opportunities in cooperation with leading universities worldwide.
In a new scientific achievement added to the record of the Engineering Technical College and AlMustaqbal Center for Energy Research, Prof. Dr. Salwan Obeid Waheed, Director of AlMustaqbal Center for Energy Research, has been selected as an international reviewer within the Association for the Advancement of Sustainability in Higher Education (AASHE), USA. This selection was based on a nomination submitted by the Scientific Affairs Division of the College to the respected Dean at the beginning of the current academic year, in recognition of his distinguished academic and research expertise in the fields of energy and sustainability. Prof. Dr. Waheed will contribute to evaluating a number of case studies alongside a distinguished group of academics from leading international universities, including Rutgers University, the University of California, and Johns Hopkins University, among other American institutions. This achievement represents an important step reflecting the growing international presence of the academic staff of the Engineering Technical College and AlMustaqbal Center for Energy Research. It also contributes to strengthening the position of AlMustaqbal University in the fields of scientific research and sustainability