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Al-Mustaqbal Energy Research Center

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15 June 2025

Engineering students on a tour of the Al-Mustaqbal Center as part of their summer training activities.

As part of the ongoing summer training activities at the Al-Mustaqbal Center for Energy Research, an introductory field tour was organized inside the Center for engineering students participating in the program, with the aim of providing direct exposure to the technical equipment and tools used in renewable energy systems.** During the tour, the Center’s staff provided students with a detailed explanation of the available systems and technical devices, including: various types of inverters, different batteries, charge controllers, monitoring systems, and grid-tied systems, along with a breakdown of the operation, functionality, and maintenance procedures for each device. 🗣 This tour aimed to strengthen the practical side of student training and link theoretical lectures to real-world applications. It also offered students the opportunity to interact directly with the equipment and ask questions regarding its components and functions. These activities aim to sharpen students’ skills and broaden their practical understanding of the solar energy field, thereby enhancing their future opportunities in the engineering job market in Iraq.

14 June 2025

Summer training lectures continue at Al-MustaqbalCenter for Energy Research.

**The Al-Mustaqbal Center for Energy Research continues to implement its summer training program for engineering students through a series of specialized lectures aimed at enhancing students’ practical skills and expanding their knowledge in the field of renewable energy.** 🛠 The lectures are held in the Center’s halls with active participation from the trainee students, where a variety of scientific and technical topics are presented, keeping pace with the latest developments in solar energy systems. These include: components of photovoltaic systems, inverter capacities, battery characteristics, design fundamentals, and understanding the nature of electrical loads. The program has witnessed remarkable interaction from the students, who have shown great interest in the topics presented through questions and technical discussions that reflect their level of awareness and eagerness to benefit from the expertise offered during the training. This program comes as part of the Al-Mustaqbal Center’s vision to prepare qualified engineering cadres capable of dealing with the challenges of the job market in the fields of alternative and sustainable energy in Iraq.

11 June 2025

**The Al-Mustaqbal Center for Energy Research continues to deliver its specialized lectures as part of the summer training program for engineering students, which is witnessing wide attendance and engagement from students, as well as great interest from the Center’s administration and academic staff.** 🛠 In this context, **Dr. Hassan Mowafaq** – Head of the Department of Electrical Engineering Technologies – presented a distinguished scientific lecture focusing on solar systems, inverter capacities, battery types, and the mechanism for selecting them according to the nature of loads, while explaining the most important technical principles that must be adopted for the efficient and safe design and implementation of solar systems. The lecture was attended by **Prof. Dr. Sulwan Ubaid Waheed**, Director of the Center, who emphasized in his remarks the importance of this type of training program in enhancing students skills and preparing them to confidently enter the job market. He praised the efforts of the lecturers and the Center’s staff in supporting the students and providing practical, real-world knowledge. The lecture witnessed strong student interaction through questions, contributions, and discussions, reflecting their genuine interest in the field of renewable energy and their desire to gain advanced practical experience. This program comes as part of the Al-Mustaqbal Center’s vision to develop young engineering talent and support the journey toward clean and sustainable energy in Iraq.

11 June 2025

Summer training lectures continue at the Al-Mustaqbal Energy Research Center.

**The Al-Mustaqbal Center for Energy Research continues to welcome engineering and engineering technology students as part of the summer training program, amid an outstanding scientific atmosphere and notable participant interaction.** This day featured focused specialized lectures on the design and operation of HVAC (Heating, Ventilation, and Air Conditioning) systems. The program included a theoretical lecture explaining the engineering fundamentals of HVAC systems, followed by direct practical application on design models and blueprints using engineering software. Additionally, real models of system components such as cooling devices, compressors, and ventilation units were presented. A group of professors and specialists in refrigeration and air conditioning engineering participated in these activities, ensuring students were engaged in practical discussions and real-life scenario analyses, enhancing their critical thinking skills and teamwork. This activity is part of the Center’s and University’s strategic goals to create an interactive and integrated learning environment that contributes to developing students practical and technical skills, and improves their employability immediately after graduation by linking curricula to practical, real-world applications using the latest technologies and laboratories. 📌 This program is part of a continuous series of activities organized by the Center throughout the summer training period, including lectures, workshops, field visits, and laboratory training in renewable energy fields, control systems, and thermal energy systems. \#Al-Mustaqbal\_Center\_for\_Energy\_Research \#Summer\_Training\_2025 \#University\_Serving\_Students

4 June 2025

Participation in the electronic ministerial exam for technology incubators in Iraq

**On Wednesday, June 4, 2025, the electronic mock exam for technological incubators in Iraq was conducted as part of a series of preparatory activities aimed at developing participants’ skills in ministerial workshops within a plan set in seven consecutive phases prepared for this purpose.** The exam witnessed notable attendance from various academic and entrepreneurial groups, including Prof. Dr. Sulwan Ubaid Waheed, who actively participated in the exam. He emphasized the importance of these initiatives in promoting a culture of innovation and entrepreneurial thinking, highlighting the vital role that incubators can play in transforming ideas into real projects with economic and social value. The exam questions covered several key topics in the field of technological entrepreneurship, including: • Design thinking and problem-solving • Digital transformation technologies and smart applications • Market analysis and feasibility studies • Legal and administrative aspects of establishing startups The exam format included multiple-choice questions and analytical questions based on real-life scenarios requiring creative solutions, which helped participants assess their readiness for the upcoming stages of the program.

3 June 2025

The practical side of summer training at the Al-Mustaqbal Energy Research Center

**As part of the ongoing summer training program at the Al-Mustaqbal Center for Energy Research, engineering and engineering technology students have begun the practical phase of the program, which represents a pivotal stage aimed at enhancing applied skills and connecting theoretical concepts to real-world applications.** This phase included field training within the Center’s specialized laboratories, focusing on: 🔹 The use of advanced devices to measure and analyze energy system performance. 🔹 Hands-on application of solar and photovoltaic energy systems. The training was supervised by a team of specialized scientific staff, with students directly involved in conducting experiments and analyzing data—strengthening their abilities in systematic thinking and teamwork. This effort aligns with the Center’s and the University’s goals of creating an interactive and integrated learning environment that enables students to acquire real practical skills, preparing them for the job market and building their confidence in dealing with modern technologies in the energy sector. 📌 The practical phase will continue in the coming days and will include more specialized training and field visits to real operational sites. \#Future\_Center\_for\_Energy\_Research \#Practical\_Training \#Renewable\_Energy \#Summer\_Training\_2025

6 April 2025

Center's activities during Sustainability Week

We are delighted to invite you to join us for the 3rd International #Sustainability #Week Festival, an event dedicated to advancing sustainability and innovation. This festival also celebrates two significant milestones: the 15th #Anniversary of the University’s Establishment and the 2nd Anniversary of the Transformation from Al-Mustaqbal College to Al-Mustaqbal University. Event Duration: April 16 – April 24, 2025 Location: Al-Mustaqbal University International Conferences: - April 16-17: 1st International Conference on Applications of Future Technologies for Sustainable Education (1st #ICFSET) - April 19: Future Media Dialogue Forum – 4th Edition - April 22: 2nd Al-Mustaqbal International Conference on Sciences and Health Techniques (2nd #MICSHT) - April 23: Conference on Poverty and Sustainable Development in Iraq - April 24: Conclusion of Events Activities and Events: - Case Studies and Voluntary Campaign Exhibitions - Art Exhibitions and Performances - Graduation Project Exhibitions - Innovation Showcases - Sustainability Excellence Awards Ceremony. We look forward to your participation in this momentous event, where we will celebrate and explore innovations for a sustainable future. Don’t miss this exciting opportunity to engage with global experts and share in the achievements of Al-Mustaqbal University!

28 March 2025

Development, investigation and Graywolf algorithm-assisted tri- objective optimization of a hybrid renewable-driven HVAC/power system.

The rising energy demand of the building sector has led to a critical need for innovative solutions to curb its 37 % share of global CO₂ emissions in 2020. This study introduces a novel hybrid energy system integrating solar photovoltaic-thermal (PVT) panels with a biofuel-driven boiler, designed to meet residential heating, cooling, and electricity needs. Dynamic simulations were conducted using TRNSYS to evaluate the system s real-world performance across varying climatic conditions. Optimization using the greywolf algorithm achieved a balance among three competing objectives: thermodynamic efficiency, environmental sustainability, and economic viability. The system delivered a thermal efficiency of 28.5 %, a levelized energy cost of 0.163 $/kWh, and a CO₂ emission index of 121 kg/MWh, reflecting significant improvements of 13.5 %, 23.1 %, and 15.4 %, respectively, over the baseline design. Unlike prior studies, this work uniquely combines dynamic transient modeling with multi-objective optimization for a solar-biofuel energy system, offering actionable insights into sustainable energy integration for the building sector. These findings underscore the system s potential to enhance energy performance while reducing environmental and economic costs. https://www.sciencedirect.com/science/article/abs/pii/ S2352710225001512