Administrative Divisions Al-Mustaqbal Energy Research Center
Under the patronage of the respected President of Al-Mustaqbal University and the supervision of the Dean of the College of Engineering Technologies, the Al-Mustaqbal Energy Research Center organized an online workshop entitled “Water and Sustainable Development”, supervised by the Director of the Center, Dr. Salwan Ubaid Waheed. The workshop aimed to highlight the importance of water resources and their vital role in achieving sustainable development, as well as to discuss current challenges facing the water sector, particularly in Iraq, and ways to address them through efficient water use and conservation practices. The workshop featured lectures by: • Ms. Esraa Mohammed Hassan • Ms. Asmaa Mohammed Hameed They delivered insightful presentations covering several topics, including the importance of water conservation, causes of water waste, practical methods for preserving water in daily life, and the role of women in managing water resources and promoting environmental awareness. The workshop also addressed modern water-saving technologies such as drip irrigation and water reuse systems. Furthermore, the relationship between renewable energy and water resource management was discussed, emphasizing their integration to achieve environmental sustainability. This workshop is part of a series of scientific activities organized by the Center to promote environmental awareness and support sustainable practices within the community.
Al-Mustaqbal Energy Research Center held an online workshop entitled: “Integration of Solar Energy Systems with Smart Homes and Buildings Using the Global KNX System.” The workshop was presented by Eng. Ahmed Al-Hariri, Managing Director of Elite Engineering Company for Smart Home Systems, Solar Energy Systems, and Software Solutions. The workshop introduced solar energy systems and smart building technologies, as well as the mechanism of integrating these systems using the global KNX system. It also highlighted the key features and types of smart systems, the differences between smart systems and smart products, and discussed opportunities for professional development in this field. In addition, the workshop reviewed the available training courses in Iraq that keep pace with the evolving demands of the labor market. The workshop witnessed the participation of a number of students and individuals interested in renewable energy and smart systems. Several questions and scientific discussions were raised during the session, which enriched the topic and enhanced participants’ knowledge. At the conclusion of the workshop, Al-Mustaqbal Energy Research Center expressed its appreciation to the lecturer for the valuable information presented and wished the participants continued success.
Almustaqbal Energy Research Center organized a specialized training workshop that included a lecture session on the use of PVsyst, one of the most widely used software tools for the design and analysis of photovoltaic (PV) systems. The workshop aimed to introduce participants to the fundamentals of using the software for designing solar energy systems and analyzing the performance of photovoltaic installations. It also covered the main factors affecting system efficiency, including solar irradiation, panel tilt angle, and climatic conditions. During the workshop, participants were guided through practical steps on how to input site data, select appropriate system components, and run simulations to obtain optimal system designs that maximize energy production. The session witnessed active engagement from participants through questions and discussions, along with practical demonstrations that enhanced their understanding of using PVsyst in renewable energy engineering projects. This workshop is part of the continuous scientific and training activities organized by the center to develop students’ and researchers’ skills and strengthen their capabilities in designing and analyzing solar energy systems using specialized engineering software.
The College of Technical Engineering at Al-Mustaqbal University organized a specialized scientific workshop for third-year students of the Power Mechanics Department, entitled “Types of Solar Thermal Collectors and Their Various Technologies.” The workshop was held as part of the university’s efforts to enhance practical knowledge and keep students updated with modern technologies in the field of renewable energy. The workshop was delivered by Ms. Israa Mohammed Hassan, who presented a comprehensive overview of solar thermal energy and highlighted its growing importance, particularly in light of the global trend toward reducing dependence on conventional energy sources and minimizing environmental pollution. During the workshop, the lecturer discussed the main types of solar thermal collectors, explaining the fundamental differences in design, operating principles, and efficiency. The presentation covered flat-plate collectors, evacuated tube collectors, and concentrating solar collectors, along with their applications in domestic, industrial, and power generation systems. In addition, the workshop addressed modern technologies used to enhance the performance of solar thermal collectors, including advancements in absorber materials, thermal insulation techniques, solar tracking systems, and the integration of solar thermal systems with conventional mechanical systems to improve overall efficiency and reduce thermal losses. The workshop witnessed active participation from students through questions and scientific discussions that focused on practical and applied aspects of these technologies, as well as their potential use in graduation projects and future professional careers. At the conclusion of the workshop, Ms. Israa Mohammed Hassan emphasized the importance of exposing engineering students to renewable energy technologies due to their vital role in the future of mechanical engineering and sustainable development. She also praised Al-Mustaqbal University for organizing such valuable scientific activities. This workshop is part of a series of scientific events organized by Al-Mustaqbal University, aiming to develop students’ scientific and practical skills and keep pace with the latest developments in engineering and energy fields.
The Al-Mustaqbal Energy Research Center organized the second lecture of a specialized workshop on the importance of recycling lithium batteries, as part of its ongoing efforts to promote scientific and environmental awareness and support sustainable practices in modern energy technologies. The lecture was attended by the Director of the Energy Research Center, along with Dr. Mohamed Meetham from the Department of Power Mechanics Engineering Technologies, and a group of students from the department. The session featured a highly interactive and practical approach, focusing on hands-on aspects of lithium battery recycling. The lecture concentrated on the integrated recycling process of lithium batteries, starting with safety principles for handling used batteries, proceeding to mechanical disassembly, and culminating in the separation of the battery’s primary components. Participants successfully disassembled the cells into their basic elements, obtaining aluminum and copper sheets, carbon particles, and lithium compounds, with detailed explanations of each material’s significance and potential reuse in industrial and research applications. The session also addressed the environmental and economic dimensions of lithium battery recycling, highlighting its role in reducing hazardous waste, conserving natural resources, supporting a circular economy, and advancing clean energy technologies. These concepts were connected to practical engineering applications, enhancing students’ hands-on understanding and preparing them for future professional challenges. Students actively participated in discussions and posed questions regarding technical challenges and opportunities to develop local recycling processes, as well as potential applications in research projects and graduation assignments. At the conclusion of the lecture, the organizers emphasized the importance of continuing such practical scientific activities, which equip engineering students with awareness of sustainability and renewable energy, while reinforcing the role of the Energy Research Center in supporting scientific research, innovation, and community service.
The Department of Power Mechanics Engineering Technologies, in cooperation with the Energy Research Center, organized a specialized scientific workshop entitled “The Effect of Changing the Distance Between an Artificial Light Source and a Solar Panel on Electrical Characteristics.” This workshop was conducted as part of the department’s efforts to support scientific research and enhance the practical skills of students in the field of renewable energy technologies. The workshop aimed to study and analyze the effect of radiation intensity resulting from varying the distance between the artificial light source and the solar panel on the panel’s electrical characteristics, particularly voltage, current, and overall efficiency. The session highlighted the direct relationship between irradiance levels and the performance of solar cells under different laboratory conditions. The workshop included a detailed explanation of the theoretical principles governing the operation of solar cells, alongside practical laboratory experiments. Participants conducted hands-on measurements of voltage and current at different distances, analyzed the obtained data, and compared experimental results with theoretical values. This approach contributed to bridging the gap between theoretical knowledge and practical application in engineering laboratories. The workshop was delivered by: • Asst. Lecturer Asmaa Mohammed Hameed • Asst. Lecturer Mustafa Raheem Jasim • Engineer Israa Mohammed Hassan The presenters explained the experimental procedures, proper measurement techniques, and methods for analyzing results, while also discussing the significance of these findings in improving the performance and efficiency evaluation of solar energy systems. The workshop witnessed active engagement from students through scientific discussions and questions related to solar energy applications and the potential use of such experiments in research projects and graduation projects. At the conclusion of the workshop, the organizers emphasized the importance of conducting such scientific activities to develop students’ practical and research skills and to strengthen their understanding of renewable energy technologies. They also highlighted the role of cooperation between academic departments and research centers in enhancing the educational process and keeping pace with modern developments in the energy sector.
Al-Mustaqba Energy Research Center at Al-Mustaqbal University, in collaboration with the Power Mechanics Department, organized an interactive scientific workshop focused on the recycling of lithium batteries, with the attendance of the Center Director Dr Salwan Obaied Waheed , Dr. Mohammed Maytham, and a group of university students. The workshop was held as part of the center’s ongoing efforts to promote applied research and raise awareness of sustainable energy and environmental practices. The workshop aimed to introduce participants to the scientific principles and practical techniques involved in recycling end-of-life lithium batteries, which play a vital role in renewable energy systems, electric vehicles, and modern energy storage applications. Given the environmental and safety challenges associated with improper disposal of such batteries, the workshop emphasized safe, efficient, and sustainable recycling methods. A key feature of the workshop was its comprehensive hands-on approach. Participants successfully carried out the disassembly of lithium battery cells into their primary components, applying appropriate laboratory tools and safety procedures. The process resulted in the recovery of aluminum and copper sheets, as well as carbon and lithium particles, accompanied by detailed explanations of the properties of each material and their potential reuse in research and industrial applications. In addition, the workshop included scientific discussions on current challenges in lithium battery recycling technologies, future development opportunities, and the role of recycling in supporting the principles of the circular economy and reducing hazardous waste. The organizers highlighted the importance of involving students in practical scientific activities to enhance their technical skills, strengthen their research capabilities, and bridge the gap between theoretical knowledge and real-world applications. This workshop is part of a series of scientific and educational activities conducted by the Future Center for Renewable Energy Research, reflecting its commitment to advancing applied research, strengthening collaboration with academic departments, and contributing to sustainable energy solutions in line with the vision of Al-Mustaqbal University.
The workshop included a detailed explanation of the fundamental principles of wind energy systems, the different types of wind turbines, and the key factors that influence system performance. It also covered the environmental impacts of wind energy and its role in supporting the transition toward clean and sustainable power generation. Additionally, the workshop addressed the mechanisms of selecting suitable turbine sites, calculating wind power output, and understanding the major technical challenges in wind energy projects. The workshop aimed to enhance students’ understanding of modern renewable energy technologies and encourage them to keep up with scientific developments while supporting clean energy initiatives in Iraq. The session witnessed remarkable interaction from students through questions and scientific discussions, which enriched the overall learning experience.