CSE conducted the annual industrial advisory board meeting
The Computer Science and Engineering conducted the annual industrial advisory board meeting. Stakeholders included entities from Qatar Computing Research Institute, Qatar Mobility Innovations Center, Internal Security Force Lekhwiya, Supreme Committee for Delivery and Legacy, Qatar Fuel Additives Company, Ministry of Commerce & Industry, Qatar Science & Technology Park, Qatar Armed Forces, Joaan Bin Jassim Joint Command and Staff College, Ministry of Transport and Communications, Ministry of Education and Higher Education, Council of Ministers General Secretariat, and Qatar National Bank. This meeting is conducted annually as part of the program improvement cycle process to hear the important feedback of the stakeholders and employers regarding the programs on offer in the department and the quality of our graduates.
The head of department chaired the session and showcased the latest program changes and developments over the past academic year. Some items discussed on the agenda were the recent changes to improve the quality of the graduates and the selection of elective courses in both Computer Engineering and Computer Science programs on offer.
The department is keen to studying and implementing these suggested changes over the next academic year and looks forward to strengthening collaboration with the industrial entities involved.
Our CSE department was awarded 2 National Priorities Research Project-Standard (NPRP-S) grants from Qatar National Research Fund (QNRF) in their 14th cycle. This cycle was so competitive that Qatar University was awarded only 14 projects; 5 of which are awarded to the College of Engineering. The two awarded projects are led by Dr. Tamer Elsayed and Dr. Abdulla Al-Ali.
Dr. Abdulla Al-Ali
The project led by Dr. Abdulla Al-Ali is titled “Defense Against Hardware Intrinsic Attacks in Resource-Constrained COTS based Traditional and Futuristic Artificial Intelligence of Things (AIoT).” It is a collaborative grant between QU and Tennessee Tech University in collaboration with the Ministry of Interior, Qatar. The PIs from QU are Dr. Abdelkarim Erradi and Dr. Uvais Qidwai, while the Tennessee Tech University PIs are Dr. Syed Rafay Hasan, Dr. Tarek Elfouly and Dr. Terry Guo. The project revolves around three main objects: (a) The development of hardware intrinsic security mechanisms for Resource Constrained (RC) Commercial off the shelf (COTS) based traditional IoT systems, (b) Investigating the vulnerability of hardware intrinsic security mechanisms for RC-COTS based futuristic AIoT system, and (c) developing a testbed implementation to examine real world scenarios to make the proposed work technology ready.
Dr. Tamer Elsayed
The project led by Dr. Tamer Elsayed is titled “Dimension-Specific Automated Scoring of Arabic Language Writing Proficiency“. The project’s team is entirely based in Qatar, having Dr. Houda Bouamor from CMU-Q and Dr. Walid Massoud from QU, with complementary expertise in Arabic natural language processing, information retrieval, applied machine learning, and psychometrics and standardized testing. The goal of the project is to build an automated scoring system for the quality of students’ writing abilities (on different aspects) in standard Arabic exams (similar to IELTS or TOEFL English exams). The proposed system, which is potentially the first of its kind in the Arab region, will potentially help in assessing the students’ writing proficiency in Arabic exams offered at QU as well as several high schools at Qatar Foundation. The project is funded for 3 years.
Prof. Abdelaziz Bouras as speaker in the The Smart City Expo Doha 2022
Prof. Abdelaziz Bouras participated as speaker in the The Smart City Expo Doha 2022, organized by TASMU and the Ministry of Communications and Information Technology in Msheireb, Doha, on 29th and 30th of March. He was one of the speakers of the panel titled “Unleashing the potential of disruptive technologies in urban management”. The panel addressed how different enabling technologies, such as artificial intelligence, blockchain, cloud computing or Internet of Things, will depict the transformation of urban management in the coming years and decades. These trends point out potential gains in terms of robustness, security, flexibility, adaptability, and reliability of public infrastructures running in cities and services delivered to urban dwellers. Unleashing this potential is not only a matter of technological availability and readiness, but also a mix of factors related to project financing and management, public procurement procedures, public-private collaborations, and partnerships, etc. The panel also explored the landscape of hurdles and barriers, and how to overcome them to turn promises of disruption into reality.