Latest news with #FadiAloul
Sharjah 24
19-05-2025
- Sharjah 24
AUS undergraduate uncovers security flaw in Python library, PyCel
The vulnerability has been officially added to CVE database The vulnerability has since been officially added to the global Common Vulnerabilities and Exposures (CVE) database maintained by the US-based MITRE Corporation, a not-for-profit organization that plays a critical role in global cybersecurity. Most CVEs are reported by professional researchers, cybersecurity firms or PhD-level academics, which makes Elmosalamy's contribution particularly notable. 'This is a significant achievement that speaks to the quality of students we nurture at AUS,' said Dr. Fadi Aloul, Dean of CEN. 'Being assigned a CVE by MITRE is akin to earning a black belt in cybersecurity—a sign of exceptional skill. For an undergraduate to reach this level is remarkable. We are very proud of Elmosalamy's positive impact in the global cybersecurity domain.' First identified the issue in November 2024 Elmosalamy first identified the issue in November 2024 during an independent review of open-source libraries. Within days, he developed a proof-of-concept and submitted a detailed report to MITRE. MITRE then validated the findings and assigned the official CVE number CVE-2024-53924. This number is a standardized identifier that can be used by developers, software engineers and other professionals around the world to track and respond to publicly disclosed cybersecurity flaws in software. Elmosalamy's CVE-2024-53924 is known as a code execution vulnerability—one of the most severe types of software security risks. It affects users of PyCel who open untrusted Excel files, potentially allowing attackers to execute malicious code on their systems. It was assigned a CVSS severity score of 9.8/10, classifying it as 'critical' by the National Institute of Standards and Technology (NIST), which is responsible for evaluating and scoring CVEs through its National Vulnerability Database. Since assigning the CVE, MITRE has contacted the software vendors to fix the vulnerability. As of April 17, it began publicising the issue to try to protect all users vulnerable to the software. 'This is my first CVE, which is very special to me' 'This is my first CVE, which is very special to me. It's incredibly rewarding to see my knowledge applied in a way that contributes to securing our cyber infrastructure,' said Elmosalamy. 'This milestone reflects the many hours I've dedicated to learning and practicing cybersecurity, and I hope it encourages other students to explore this vital field. An AUS student first inspired me during my freshman year—someone whose passion left a lasting impression despite graduating that same semester. Since then, I've dedicated myself to creating a thriving cybersecurity community at AUS and competed in the Collegiate Penetration Testing Competition (CPTC) for three consecutive years. In 2022, I reached the finals in Rochester, New York. I later founded the Society of Cybersecurity (SOC) in 2023, through which I hosted 27 events over three semesters, from industry talks to bootcamps and an outreach workshop for high schoolers. Today, Elmosalamy is studying and AUS and working at CTFAE, a startup founded by AUS alumni, where he has built new products and helped organize major events, including the Guinness World Record-holding BlackHat Middle East cybersecurity conference in Riyadh. 'I'm deeply committed to establishing AUS as a regional leader in cybersecurity education' 'I'm deeply committed to establishing AUS as a regional leader in cybersecurity education, and I hope to see the university offer more specialized courses in areas like digital forensics, threat hunting and cryptography in future,' he said. Elmosalamy has published a technical explanation of his findings on GitHub, along with a video demonstration, to raise awareness among developers and end-users alike. CEN offers talented students a range of programs that prepare them for cutting-edge careers in technology and cybersecurity, including the Bachelor of Science in Computer Engineering, Bachelor of Science in Computer Science, Master of Science in Computer Engineering (MSCOE) and the PhD in Electrical and Computer Engineering (PhD-ECE). The college's programs equip students with a strong foundation in IT, engineering and cybersecurity, and give them a competitive edge by incorporating emerging topics such as AI and machine learning—part of the college's recent CEN 2.0 curriculum enhancements.
Khaleej Times
30-04-2025
- Science
- Khaleej Times
CEN 2.0 Graduate: A new chapter for Graduate engineering education at AUS
In an era of rapid technological evolution, engineers are not just adapting to change - they are at the forefront of driving it. Recognising this shift, the College of Engineering (CEN) at American University of Sharjah (AUS) has launched CEN 2.0 Graduate - a revitalised approach to its graduate programmes designed to equip students with the technical and leadership skills and qualities necessary to spearhead innovation in both industry and academia. As part of this revamp, CEN has introduced a new coursework-only track across all 10 of its master of science programmes, which allows students to choose between a thesis or coursework path. Classes are held during the evening or weekends to accommodate students balancing academics with work or other commitments. All programmes under CEN 2.0 Graduate now feature new core and elective courses aligned with global trends and market demand. Areas such as AI, digital transformation and sustainability are central to the updated curricula, ensuring that AUS graduates are equipped to lead in fast-evolving sectors such as biomedical engineering, mechatronics, robotics and autonomous systems. In Fall 2025, CEN will also introduce two new PhD programmes: one in civil and environmental engineering and another in electrical and computer engineering. These additions reflect the university's commitment to advanced research and leadership in fields critical to the region and the world. These new programmes will sit alongside CEN's existing interdisciplinary programmes, such as its PhD in Engineering Systems Management, Master of Science in Mechatronics Engineering and Master of Biomedical Engineering, which blend engineering disciplines with AI techniques, data analytics, sustainability and systems thinking - an approach not widely found elsewhere in the UAE. 'At CEN, we don't wait for the future - we engineer it,' said Dr Fadi Aloul, Dean of the College of Engineering. 'Graduate 2.0 marks a milestone in our commitment to delivering a transformative education - one that equips students to thrive in and lead the world's most advanced industries, institutions and governments.' The college is home to a vibrant community of over 2,700 students - of which 350 are graduate students - from 70 nationalities. Twenty-one members of CEN's faculty were recently named among the world's top two per cent of scientists by the Stanford-Elsevier ranking. The college also recently announced several new partnerships with top engineering schools, enabling its students to experience a world-class graduate education. AUS ranks second in the UAE for employer reputation (QS World University Rankings, 2025), and CEN's graduates regularly go on to work for leading companies such as Google, Microsoft, Amazon, Schneider Electric, Petrofac, PWC, EY, the UAE Cabinet, the UAE Space Agency and the Mohammed Bin Rashid Space Centre. Applications are open for Fall 2025 for all CEN graduate programmes. All applicants are encouraged to apply for graduate assistantships. These are awarded on a competitive basis and provide students with both financial support and hands-on experience in teaching and research.
Mid East Info
14-04-2025
- Science
- Mid East Info
AUS and Sharjah Civil Defense Authority host first symposium on advances in fire and life safety - Middle East Business News and Information
Two-day event brings together global experts to explore innovations in fire prevention, detection and emergency response Sharjah, UAE– American University of Sharjah (AUS) and Sharjah Civil Defense Authority, hosted the First Symposium on Recent Advances in Fire and Life Safety on April 9–10, 2025. Held as part of the Sharjah International Fire Technology and Engineering Conference series, the symposium brought together global experts, researchers and industry professionals to explore the latest developments in fire prevention, detection and emergency response. The first day of the symposium featured seven keynote presentations addressing the latest research and technological innovations in fire safety. Experts explored AI-driven fire detection, robotics-assisted firefighting and predictive modeling for fire risk assessment. Discussions also examined the fire safety implications of lithium-ion battery storage and sustainable construction materials, as well as emerging trends in fire-resistant design for high-rise buildings. The day concluded with the panel discussion 'Current Challenges and Future of Technology in Fire and Life Safety,' where specialists from academia and industry examined the evolving role of AI, robotics and advanced engineering in shaping fire safety solutions for modern urban environments. Day two of the symposium focused on hands-on learning through five specialized workshops, where participants engaged in AI-powered fire safety applications and advanced strategies for enhancing building fire resistance. Sessions included interactive activities such as coding-free AI platforms for fire classification, case studies on structural fire resistance and real-time applications of AI in emergency response. Dr. Fadi Aloul, Dean of the AUS College of Engineering, highlighted the significance of collaboration in advancing fire safety research and implementation. 'Innovation in fire and life safety requires strong partnerships between academia, industry and government. By bringing together experts from different sectors, this symposium created a platform to address critical challenges and explore practical solutions. The discussions on AI, robotics and advanced fire engineering technologies are essential for shaping policies and developing safer, more resilient communities. AUS remains committed to working with its partners to drive meaningful progress in this field and safeguard the future,' said Dr. Aloul. Lieutenant Colonel Dr. Hamad Abdulkarim Al Maazmi, Director of the Protection and Safety Department at the Sharjah Civil Defense Authority, stated: 'This symposium is part of our ongoing commitment to improving fire safety standards and protecting lives and property. We believe that partnerships with academic and research institutions play a vital role in enhancing creativity, innovation, and knowledge exchange. Presenting the latest applications and innovations in artificial intelligence reflects our efforts to provide a safe environment for the community and enhances our ability to face current and future challenges.' The symposium also featured an exhibition where industrial partners and sponsors showcased interactive displays, prototypes and visual materials highlighting state-of-the-art fire safety technologies, educational equipment and services. Symposium chair Dr. Rami Hawileh, Professor of Civil Engineering and Riad T. Sadik Chair in Civil Engineering at AUS, highlighted the significance of continuous advancements in fire engineering. 'With the rapid evolution of building technologies and materials, fire risks are becoming more complex and unpredictable. This symposium provided an essential forum for experts to exchange knowledge, explore AI-driven solutions and advance fire safety practices that protect lives and infrastructure,' he said. The symposium was made possible through the generous support of its sponsors. Vipeq UAE participated as the Platinum Sponsor, while RMK Industries, Alcobond (a product of RMK Industries), Fast Building Contracting LLC, Rhinotek, Transgulf Readymix and WSP emerged as Silver Sponsors. Honorary Sponsors included Dana Gas, Sharjah Digital Department and Sharjah National Oil Corporation. This symposium builds on the ongoing collaboration between AUS and the Sharjah Civil Defense Authority, which has focused on advancing fire safety education, research and professional training. This partnership has resulted in several key initiatives, including the signing of a Memorandum of Understanding to strengthen collaboration in training and knowledge exchange, the launch of the Fire Safety Engineering Training Certificate Program to enhance industry expertise and the introduction of the Minor in Safety and Fire Protection Engineering to equip students with specialized fire safety knowledge.
Gulf Today
14-04-2025
- Science
- Gulf Today
AUS, Sharjah Civil Defence talk AI's role in fire safety
The American University of Sharjah (AUS) and Sharjah Civil Defence Authority hosted the First Symposium on Recent Advances in Fire and Life Safety on April 9–10, 2025. Held as part of the Sharjah International Fire Technology and Engineering Conference series, the symposium brought together global experts, researchers and industry professionals to explore the latest developments in fire prevention, detection and emergency response. The first day of the symposium featured seven keynote presentations addressing the latest research and technological innovations in fire safety. Experts explored AI-driven fire detection, robotics-assisted firefighting and predictive modelling for fire risk assessment. Discussions also examined the fire safety implications of lithium-ion battery storage and sustainable construction materials, as well as emerging trends in fire-resistant design for high-rise buildings. The day concluded with the panel discussion 'Current Challenges and Future of Technology in Fire and Life Safety,' where specialists from academia and industry examined the evolving role of AI, robotics and advanced engineering in shaping fire safety solutions for modern urban environments. Day two of the symposium focused on hands-on learning through five specialised workshops, where participants engaged in AI-powered fire safety applications and advanced strategies for enhancing building fire resistance. Interactive activities Sessions included interactive activities such as coding-free AI platforms for fire classification, case studies on structural fire resistance and real-time applications of AI in emergency response. Dr. Fadi Aloul, Dean of the AUS College of Engineering, highlighted the significance of collaboration in advancing fire safety research and implementation. 'Innovation in fire and life safety requires strong partnerships between academia, industry and government. By bringing together experts from different sectors, this symposium created a platform to address critical challenges and explore practical solutions. The discussions on AI, robotics and advanced fire engineering technologies are essential for shaping policies and developing safer, more resilient communities. AUS remains committed to working with its partners to drive meaningful progress in this field and safeguard the future,' said Dr. Aloul. AI innovations Lieutenant Colonel Dr. Hamad Abdulkarim Al Maazmi, Director of the Protection and Safety Department at the Sharjah Civil Defence Authority, stated: 'This symposium is part of our ongoing commitment to improving fire safety standards and protecting lives and property. We believe that partnerships with academic and research institutions play a vital role in enhancing creativity, innovation, and knowledge exchange. Presenting the latest applications and innovations in artificial intelligence reflects our efforts to provide a safe environment for the community and enhances our ability to face current and future challenges.' The symposium also featured an exhibition where industrial partners and sponsors showcased interactive displays, prototypes and visual materials highlighting state-of-the-art fire safety technologies, educational equipment and services. Symposium chair Dr. Rami Hawileh, Professor of Civil Engineering and Riad T. Sadik Chair in Civil Engineering at AUS, highlighted the significance of continuous advancements in fire engineering. Fire risks are 'becoming more complex' 'With the rapid evolution of building technologies and materials, fire risks are becoming more complex and unpredictable. This symposium provided an essential forum for experts to exchange knowledge, explore AI-driven solutions and advance fire safety practices that protect lives and infrastructure,' he said. The symposium was made possible through the generous support of its sponsors. This symposium builds on the ongoing collaboration between AUS and the Sharjah Civil Defence Authority, which has focused on advancing fire safety education, research and professional training. This partnership has resulted in several key initiatives, including the signing of a Memorandum of Understanding to strengthen collaboration in training and knowledge exchange, the launch of the Fire Safety Engineering Training Certificate Programme to enhance industry expertise and the introduction of the Minor in Safety and Fire Protection Engineering to equip students with specialised fire safety knowledge. To learn more about the AUS College of Engineering's offerings and initiatives, visit The American University of Sharjah (AUS) was founded in 1997 by His Highness Dr. Sheikh Sultan Bin Mohammed Al Qasimi, Member of the Supreme Council of the United Arab Emirates and Ruler of Sharjah. Firmly grounded in principles of meritocracy and with a strong reputation for academic excellence, AUS has come to represent the very best in teaching and research, accredited internationally and recognised by employers the world over for creating graduates equipped with the knowledge, skills and drive to lead in the 21st century.
ME Construction
13-03-2025
- Business
- ME Construction
AUS partners with Group AMANA for Al Nukhba Program
Industry News AUS partners with Group AMANA for Al Nukhba Program By The program will give students an advantage by connecting them with firms across multiple disciplines through hands-on training and mentorship collaboration, to ensures students are equipped with the practical skills needed in a job American University of Sharjah's (AUS) Engineering Al Nukhba Program welcomed AMANA as its newest industry partner. The Memorandum of Understanding (MoU) signed between the two parties will offer students professional training, career development and research opportunities. The program is designed for industry partnerships, giving students a competitive advantage by connecting them with firms across multiple disciplines. Through hands-on training, mentorship and research collaboration, the program ensures students are equipped with the practical skills needed in a job. Dr. Fadi Aloul, Dean of the AUS College of Engineering said, 'Building meaningful partnerships with industry is key to equipping our students with the tools to excel in an increasingly complex and competitive global market. Our collaboration with Group AMANA aligns with our vision to produce engineering graduates who are future-ready—combining technical expertise with practical industry insights and leadership capabilities. Together, we are preparing the next generation of innovators who will shape the future of construction and engineering.' Joe Labaki, Chief Operating Officer at Group AMANA said, 'I would like to thank American University of Sharjah for this opportunity to collaborate with the next generation of leaders. This MoU marks a significant step in fostering innovation, knowledge exchange and a shared commitment to shaping the future of engineering. This partnership will help empower these future leaders with real-world insights and hands-on experience. We are excited to welcome them to our sites across the UAE, where they will have the chance to witness the impact of cutting-edge engineering solutions that are transforming the industry.' Group AMANA will recruit and train AUS students through internships, graduate recruitment and AMANA's Graduate Program. Beyond employment, they will work closely with AUS faculty to co-supervise senior projects and support research initiatives, enabling students to apply their academic knowledge to industry challenges. The partnership will also sponsor industry competitions, student-led projects and skills-focused workshops and seminars. The collaboration will advance research in areas such as sustainability in construction, advanced construction materials, modular construction, automation and robotics. Students will also gain practical exposure to off-site construction methods through site visits and research activities with Group AMANA's subsidiaries, DuBox and DuPod, which specialise in modular construction to deliver building solutions. Group AMANA's professionals will contribute to curriculum development through guest lectures, the design of customised training programs tailored to the company's workforce development needs. The partnership will further foster innovation through the establishment of innovation hubs, design-build collaborations and research into digital twin technology and smart buildings.
