Solar Energy for a Decarbonised Future - Knowledge Transfer for Environmental Education and Awareness (SolAware)
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As part of the ongoing cooperation between the University of Mosul, the Nineveh Directorate of Education, and in collaboration with Teesside University in the United Kingdom, and within the framework of the international program organized by the University of Mosul with support from the British Council, the Department of Renewable Energy hosted a group of students from the following schools: Ibn al-Athir Preparatory School for Girls, Al-Qada Private…
An international scientific workshop was held on Thursday, November 14, 2024, at Duhok polytechnic University. The workshop is part of the SolAware collaboration project in the field of solar energy, in partnership with Teesside University, UK, and supported by the British Council. The workshop attended by the Assistant President for Scientific Affairs at Duhok Technical University, the Dean of the College of Engineering, and Assistant Prof. Dr. Rawaa…
An international scientific workshop was held on Tuesday, October 15, 2024, at Al-Noor University College. The workshop is part of the SolAware collaboration project in the field of solar energy, in partnership with Teesside University, UK, and supported by the British Council. The event was attended by Prof. Dr. Yaseen Taha Al-Hajjar, President of Al-Noor University College; Prof. Dr. Muneer Salem Taha, Vice President of the University of…
Dr Maher Al-Greer presenting our work “Solar Energy Education: Curriculum Framework Development” at 2024 IEEE International Symposium on Systems Engineering-2024 ISSE (https://2024.ieeeisse.org/). See our presentation here: Presentation
We are excited to share the progress of SolAware student project, a collaborative initiative between the University of Mosul and Teesside University. This student-led project focuses on the design and implementation of cutting-edge solar panel technologies, driving sustainable solutions for energy production for different applications. Some Key Student Projects Under Solaware Include: Design and Implementation of Solar Panel Systems: Students have been working tirelessly to create efficient solar…
The SolAware Project Team’s Participation in the Teesside University Training Programme The SolAware project team actively participated in a training program organized by Teesside University in collaboration with AdvancedHE Associate. The training program consisted of four modules, the first three of which were conducted online, while the last one took place in person. This program was designed to enhance participants skills in learning, teaching, and research through international…
As part of the project activities, the project team, accompanied by University President Professor Qusay Al-Ahmadi, visited Teesside University from August 13-15, 2024. The visit included various scientific and academic activities, workshops, and training sessions. Day 1: The team attended the fourth module of a training program on Research Leadership, organized by Teesside University in collaboration with AdvancedHE Associate. Day 2: The team visited Europe’s largest Net Zero…
We are excited to announce the summer projects for students as part of the SolAware Project, a collaborative initiative between the University of Mosul and Teesside University. These projects will serve as the primary activity for participating students, providing them with valuable hands-on experience and opportunities for academic and professional growth.
We were honored on Sunday, 04-08-2024 by the visit of His Excellency, Mr. Stephen Charles Hitchen, the British Ambassador to Iraq, to the University of Mosul. During the visit, we exchanged numerous insights and ideas with His Excellency. He engaged in discussions with the students of the University of Mosul, particularly focusing on research and student programs aimed at training our distinguished youth from the College of Science…
Date and time This session for group A is to measure the efficiency of solar cells under different conditions at the Department of New and Renewable Energy/College of Science/Mosul University. Lecturer: Dr. Ahmed Suhail and the Lab team This session for group B is to measure the efficiency of solar cells under different conditions at the Department of New and Renewable Energy/College of Science/Mosul University. Lecturer: Dr. Ahmed…
Project Summary
Following the liberation from ISIS, extensive reconstruction and rehabilitation efforts would be essential for numerous areas within Mosul city in Iraq. Integrating solar energy infrastructure into the reconstruction endeavours can offer a dependable and environmentally friendly energy source for residences, commercial establishments, and public facilities. This initiative helps diminish the dependence on conventional energy sources, which face disruptions or prove costly during the post-war phase. Iraq, with its sunny climate and increasing energy demands, is an ideal candidate for harnessing solar energy. However, the successful adoption of solar technology requires not only infrastructure development but also environmental education and awareness programmes.
To address these challenges, this Research Environment grant strives to foster collaboration between Teesside University (TU) in the UK and the University of Mosul (UoM) in Iraq. Together, they aim to enhance Iraq’s proficiency in solar technology. Through hands-on workshops, students will acquire practical skills to advance solar power. Joint research projects involving both UK and Iraqi researchers on the area of solar microgrids which will encourage sustained research collaboration. Novel educational materials will seamlessly incorporate solar topics into Iraqi and UK universities curricula. Outreach campaigns will raise awareness among Iraqis about the benefits of solar energy. In essence, this initiative will empower Iraqis to embrace solar solutions, offering clean electricity and supporting sustainable development. In doing so, it will strengthen research capacity in solar technology and solar microgrids and nurture impactful cooperation between the two institutions.
Aims and Objectives
- Knowledge Transfer & Training: The primary goal is to transfer knowledge and build capacity in solar/microgrids technology and environmental sustainability.
- Research Collaboration & Capacity Building: Apart from transferring knowledge and raising awareness, this project aims to promote collaboration and ensure long-term sustainability.
- Vocational Training and Policy Advocacy: Practical skills are vital, and the project aims to establish vocational training programmes within academic institutions, offering hands-on solar installation and maintenance training.
- Awareness Campaigns and Educational Outreach: Alongside formal education, the project will conduct solar awareness campaigns for local communities and stakeholders.