UI-Green Metric
[2.14] Impactful university program(s) on climate change
SPEED Project is co-funded by the European Union’s ERASMU+ Programme under Grant Agreement N. 101179223
The SPEED project empowers Middle Eastern nations to navigate the HEV/EV revolution by bridging the skills gap. Through meticulous needs assessments, engaging learning resources, and practical training, SPEED equips individuals and fosters regional collaboration. By empowering educators, fostering exchange, and establishing a Center of Excellence, SPEED aims for a lasting impact on the region’s HEV/EV landscape and a greener future.
Electric Vehicles Skill Development: Gaps and Challenges
The ERASMUS+ SPEED project successfully conducted a dissemination workshop on “Electric Vehicles Skill Development: Gaps and Challenges” on June 16th, 2025.
The main objective of this online workshop was to present and discuss the key findings of various surveys that were performed to identify and understand the current challenges and gaps that the industry and academia face with respect to electric vehicles and electrification of the transport sector.
This interactive session provided a platform for open dialogue on how these insights can inform and enhance the development of educational modules and professional training in electric vehicle technologies
Project: Energy Efficiency Renewable Energy Sources And Smart Energy Conservation For Improved Quality Of Life And A Greener Mediterranean (RESt4GREEN)
RESt4GREEN an EU funded project co funded by the European Union with 89 under the Interreg NEXT MED Programme has a total budget of 280410000 and has been officially launched with the mission to enhance energy efficiency reduce greenhouse gas emissions and foster sustainability and resilience across the Mediterranean region
Public buildings across the Mediterranean face major challenges in energy efficiency Many of them consume large amounts of energy resulting in higher utility costs and growing energy poverty Buildings remain one of the biggest energy users and sources of emissions in both the EU and MENA regions making them a critical focus for sustainable change This inefficiency combined with limited public awareness of energy saving behaviors continues to slow progress toward greater energy independence and environmental sustainability a challenge that RESt4GREEN aims to address
HOPE26 Workshop – Can We Rethink Resources Through a Circular Economy?
The HOPE26 workshop brings together researchers, industry professionals, and international project partners to explore pathways toward a circular bioeconomy, sustainable agriculture, and innovative energy systems. Organised by the Arab Academy for Science, Technology and Maritime Transport (AASTM), the event serves as a key dissemination platform for EU‑funded projects, sharing results and fostering collaboration across the Mediterranean and beyond.
Biofuel Technology course field visit
The visit aimed to enhance the practical application of the Biofuel Technology course, which is studied by eighth-semester students. During the visit, students learned about several applications related to the role of chemical engineers in supporting modern agriculture and sustainable development. This included exploring techniques for preparing organic fertilizers, various irrigation systems, and water resource management mechanisms.
The visit also included an explanation of environmental control methods inside greenhouses, providing students with an opportunity to link bioreactor concepts with plant growth. Additionally, they discussed how to utilize agricultural waste and convert it into natural fertilizers and potential sources of bioenergy.
The visit concluded by emphasizing the importance of green chemistry and its role in supporting sustainability, as well as opening new horizons for professional innovation in the fields of environment and renewable energy.
The College and the Department of Chemical and Petrochemical Engineering express their sincere thanks and appreciation to the officials and organizers of the Academy's agricultural sector for their fruitful cooperation and gracious hospitality.
Sustainable Green Buildings: Towards Achieving Egypt's Vision 2030
Within the framework of supporting sustainability and energy efficiency issues, and fostering academic cooperation, the College of Engineering and Technology – Main Campus in Abu Qir, participated in a scientific seminar organized by the Faculty of Engineering – Damanhour University on May 10, 2026, titled:
"Sustainable Green Buildings: Towards Achieving Egypt's Vision 2030"
The participation took place under the deanship of Professor Dr. Akram Soliman El-Selmy – Dean of the College of Engineering and Technology, with the participation of Dr. Mohanad Al-Khatib – Department of Mechanical Engineering, Main Campus in Abu Qir, and Dr. Michael Alaa William – Department of Mechanical Engineering, Smart Village Campus.
The seminar was held under the patronage of Professor Dr. Elhamy Tarabees – President of Damanhour University, and Professor Dr. Maged Shoala – Vice President of the University for Education and Student Affairs. It was supervised and graciously invited by Professor Dr. Mohamed Khairat Dawood – Dean of the Faculty of Engineering, and attended by a number of faculty members, researchers, and students.
The seminar addressed several important scientific pillars related to energy efficiency and sustainability, most notably energy performance indicators in buildings, strategies to reduce energy consumption, high-efficiency air conditioning systems and thermal insulation techniques, renewable energy applications in buildings, and the transition toward nearly zero-energy and zero-emission buildings.
The seminar witnessed outstanding interaction from the attendees, along with clear interest from students and researchers in sustainability and energy topics, reflecting the importance of raising awareness about modern technologies and sustainable solutions that support the goals of Egypt's Vision 2030 and enhance energy security.
This participation underscores the academic and scientific role of the College of Engineering and Technology in supporting sustainability and energy issues, as well as enhancing the exchange of expertise and cooperation with various academic institutions, thereby contributing to building a more efficient and sustainable future.
Jet Solar Visit
Department of Electrical and Control Engineering at the Abu Qir Main Campus organized a scientific field trip to Jet Solar. Accompanied by faculty members and representatives from the AASTMT Sustainability Ambassadors, students explored the practical applications of renewable energy.
The visit included an introductory lecture on the Egyptian solar market and career opportunities, followed by a factory tour. Students learned about the manufacturing stages of solar panels and essential quality tests like the Open Circuit and Short Circuit tests.
Engineering for a sustainable Future
The "Engineering for a Sustainable Future" seminar underscored the commitment of the College of Engineering and Technology to cementing sustainability concepts and integrating them into modern engineering practices. The seminar was successfully held under the patronage of Professor Dr. Akram Soliman El-Selmy – Dean of the College, organized by the Energy Research Unit led by Dr. Iham Zidane, and with the active participation of the college's academic departments.
During the event, Dr. Wesam Al-Madhoun delivered an outstanding scientific presentation addressing the role of engineering in supporting sustainability pathways, as well as the importance of adopting innovative and responsible solutions to confront accelerating environmental challenges.
This event embodies the College's dedication to providing contemporary scientific content that develops the awareness of its students and researchers, while strengthening their connection to global trends aimed at building a more efficient and sustainable future
Decarbonizing the Built Environment: Fundamentals to Modeling A DesignBuilder Workshop
the College of Engineering and Technology at the Arab Academy for Science, Technology and Maritime Transport (AASTMT) is supporting sustainability issues and promoting modern engineering applications, the specialized workshop was successfully organized:
"Decarbonizing the Built Environment: Fundamentals to Modeling – A DesignBuilder Workshop"
The workshop was supervised by the Energy Research Unit led by Dr. Iham Zidane.
The workshop witnessed outstanding interaction from engineering students, addressing the latest concepts in reducing carbon emissions in buildings. It focused on practical applications of using the DesignBuilder software for building energy modeling and analysis.
The workshop included intensive, hands-on training in building integrated models that factor in climatic conditions, building envelope characteristics, thermal loads, and HVAC systems. This was in addition to conducting advanced simulations aimed at improving energy consumption efficiency, integrating renewable energy sources, reducing carbon dioxide emissions, and enhancing indoor environmental quality
Our Energy is Our Responsibility… Together We Make a Difference
The campaign is launched through the Energy Research Unit led by Dr. Iham Zidane. It aims to raise awareness about the importance of rationalizing energy consumption and establishing concepts for the optimal use of resources. The campaign aims to create real change in daily behavior, based on the belief that every simple action creates a major impact—from turning off unused devices and relying on natural lighting, to adopting more efficient and sustainable practices in our daily lives. This campaign underscores the role of the College of Engineering and Technology and the Energy Research Unit in spreading a culture of sustainability and supporting national directives toward energy efficiency, through awareness initiatives that contribute to building a more conscious and responsible community.