emirates7 - Khalifa University of Science and Technology announced that 24 participants of the 2024 Young Future Energy Leaders (YFEL) programme, the university's flagship outreach initiative, were awarded certificates of completion at a formal ceremony following the successful conclusion of their annual courses and projects.
The YFEL programme provides its members—comprising students and young professionals—with unparalleled access to prominent global leaders, senior executives, and academics in the fields of clean energy and sustainability.
This year’s cohort of 15 male and 9 female participants represents six nationalities and is affiliated with two local and eight international universities, reflecting the programme’s global appeal to those passionate about sustainability. The group also includes 14 international students residing outside the UAE, showcasing YFEL’s inclusive and global nature. These graduates join a network of over 600 alumni who actively contribute to advancing sustainability and clean energy worldwide.
Professor Bayan Sharif, Provost of Khalifa University, commented, "The YFEL programme, now in its 15th year, is a cornerstone of Khalifa University's outreach efforts, cultivating future leaders to sustain and innovate in clean energy and sustainability. The programme’s diverse participation, both past and present, highlights its global relevance and appeal. We are confident these talented young individuals, armed with the knowledge gained through YFEL, will impactful, sustainable solutions for global challenges."
A highlight of the year was the fourth YFEL German-Emirati Sustainability Days conference, which featured dynamic discussions, debates, and interactive dialogues among UAE stakeholders, German industry experts, and YFEL 2024 participants.
One significant achievement was a case study competition addressing misalignment challenges in EV wireless charging systems through innovative research and solutions. Thirteen participants were recognized for their outstanding contributions and were awarded an exclusive training session sponsored by BASF, a leading German company. These activities complemented the group’s involvement in major events like the World Future Energy Summit 2024 and the COP28 UAE Summit.
The 2024 cohort also completed six key projects: Sustainable Urban Design of Abu Dhabi Public Transportation, PV Panel Intelligent Fault Detection Techniques, Carbon Capture Utilisation and Storage (CCUS): Advancements, Challenges, and Future Prospects in the UAE, Advances in Methane Cracking for Hydrogen and Graphene Production, Promotion for Rooftop Solar Panels in Abu Dhabi Households, and Carbon Footprint Tracker.
Emirati participant and Biomedical Engineering student at Khalifa University, Rodha AlQubaisi, shared, "The YFEL workshops exceeded my expectations, offering highly relevant content and incredible instructor support. I gained valuable skills and formed meaningful connections."
Similarly, YFEL member Cai Zhuoang, a student at Hong Kong Polytechnic University, remarked, "The programme delivered excellent workshops, exceptional support from instructors, and well-organized logistics. The networking opportunities were highly effective, and I achieved my learning objectives."
The YFEL programme provides its members—comprising students and young professionals—with unparalleled access to prominent global leaders, senior executives, and academics in the fields of clean energy and sustainability.
This year’s cohort of 15 male and 9 female participants represents six nationalities and is affiliated with two local and eight international universities, reflecting the programme’s global appeal to those passionate about sustainability. The group also includes 14 international students residing outside the UAE, showcasing YFEL’s inclusive and global nature. These graduates join a network of over 600 alumni who actively contribute to advancing sustainability and clean energy worldwide.
Professor Bayan Sharif, Provost of Khalifa University, commented, "The YFEL programme, now in its 15th year, is a cornerstone of Khalifa University's outreach efforts, cultivating future leaders to sustain and innovate in clean energy and sustainability. The programme’s diverse participation, both past and present, highlights its global relevance and appeal. We are confident these talented young individuals, armed with the knowledge gained through YFEL, will impactful, sustainable solutions for global challenges."
A highlight of the year was the fourth YFEL German-Emirati Sustainability Days conference, which featured dynamic discussions, debates, and interactive dialogues among UAE stakeholders, German industry experts, and YFEL 2024 participants.
One significant achievement was a case study competition addressing misalignment challenges in EV wireless charging systems through innovative research and solutions. Thirteen participants were recognized for their outstanding contributions and were awarded an exclusive training session sponsored by BASF, a leading German company. These activities complemented the group’s involvement in major events like the World Future Energy Summit 2024 and the COP28 UAE Summit.
The 2024 cohort also completed six key projects: Sustainable Urban Design of Abu Dhabi Public Transportation, PV Panel Intelligent Fault Detection Techniques, Carbon Capture Utilisation and Storage (CCUS): Advancements, Challenges, and Future Prospects in the UAE, Advances in Methane Cracking for Hydrogen and Graphene Production, Promotion for Rooftop Solar Panels in Abu Dhabi Households, and Carbon Footprint Tracker.
Emirati participant and Biomedical Engineering student at Khalifa University, Rodha AlQubaisi, shared, "The YFEL workshops exceeded my expectations, offering highly relevant content and incredible instructor support. I gained valuable skills and formed meaningful connections."
Similarly, YFEL member Cai Zhuoang, a student at Hong Kong Polytechnic University, remarked, "The programme delivered excellent workshops, exceptional support from instructors, and well-organized logistics. The networking opportunities were highly effective, and I achieved my learning objectives."