Within the framework of its continuous efforts to develop academic programs and anticipate future specializations, the Academic Council (Council of Deans) at Ar-Rasheed Smart University held its 25th regular meeting for the academic year 1447 AH (2025–2026) today, Saturday, April 25, 2026. Chaired by Prof. Dr. Abdul Latif Haidar, the meeting was dedicated to discussing the progress of the educational process, academic accreditation documents, and study plans, as well as reviewing documents for new academic programs that meet the requirements of the local and regional labor market. The meeting was attended by deans of faculties, heads of scientific departments, the Dean of the Development and Quality Assurance Center, the Dean of Student Affairs, the Head of the Scientific Research Unit, and the University Secretary-General. This gathering reflects the spirit of institutional integration adopted by the university in academic decision-making and enhancing the quality of educational outcomes

In a step reflecting the confidence of national institutions in the academic development path pursued by Ar-Rasheed Smart University, the university welcomed today, Saturday, April 25, 2026, a specialized committee from the Council for Academic Accreditation and Quality Assurance (CAQA). The field visit aimed to evaluate the Architecture and Artificial Intelligence programs, as part of the Council’s efforts to enhance the quality of higher education and elevate its outcomes to keep pace with future requirements. The visit was conducted under the supervision of the Chairman of the Council for Academic Accreditation and Quality Assurance, Prof. Dr. Adel Mohammed Al-Matari. The Council formed evaluation committees consisting of elite experts and academics, including Mr. Ahmed Sultan Al-Hajami as the evaluator for the Artificial Intelligence program, and Prof. Dr. Ali Amer as the evaluator for the Architecture program, alongside Dr. Hussein Hanash, the representative of the Academic Accreditation Council

In a step reflecting the growing interest in sustainable solutions and energy innovation, students at Ar-Rasheed Smart University presented a qualitative applied engineering graduation project entitled: "Design and Implementation of a Vertical Axis Wind Turbine (VAWT) for Multi-Purpose Applications," today, Thursday, April 23, 2026, under the gracious sponsorship of the University President, Prof. Dr. Abdul Latif Haidar. The project is the fruit of the efforts of students Ali Ahmed Al-Faqeeh, Ahmed Faisal Al-Buhairi, and Maamoon Amin Al-Dhabhani, under the supervision of Dr. Abdulmalik Momin and Eng. Najm Al-Din Al-Shaibi. The project aims to develop a practical model for a small wind turbine that utilizes a vertical axis to generate electrical energy with high efficiency

In an atmosphere reflecting the spirit of innovation and practical application, and under the gracious sponsorship of the University President, Prof. Dr. Abdul Latif Haidar, Mechatronics Engineering students at Ar-Rasheed Smart University presented on Thursday, April 23, 2026, a qualitative graduation project entitled: "Design and Implementation of a Computer Numerical Control (CNC) Machine for Printed Circuit Board (PCB) Fabrication." The project aims to develop a cost-effective CNC machine capable of milling and fabricating electronic circuit boards with high precision and efficiency. This innovation serves as a practical alternative to traditional methods, such as chemical etching, thereby enhancing both educational applications and small-scale industrial manufacturing

In a distinctive scientific milestone where innovation meets humanitarian impact, students at Ar-Rasheed Smart University presented a qualitative graduation project entitled: “FASEEH: An AI-Powered Smart Glove for Translating Arabic Sign Language into Audible Speech,” on Thursday, April 23, 2026, under the gracious sponsorship of the University President, Prof. Dr. Abdul Latif Haidar. The project represents an advanced step in utilizing Artificial Intelligence technologies to serve the community. This innovative technical solution aims to break communication barriers between the deaf and hard-of-hearing community and the rest of society by instantly and accurately converting hand gestures into audible Arabic speech, thereby enhancing social integration and human interaction

In a cultural setting reflecting its deep belief that nations are built by intellect before infrastructure, Ar-Rasheed Smart University commemorated World Book and Copyright Day today, Thursday, April 23, 2026. The university hosted a distinguished panel discussion on the book titled: "Imagination and Development: The Low-Cost Knowledge Economy Bet," authored by the University President, Prof. Dr. Abdul Latif Haidar, in the presence of esteemed academic and administrative staff and university members. The event was organized by the Central Library and the Department of Student Activities and Services. It served to reaffirm that the university views books not merely as knowledge containers, but as projects for raising awareness, building the future, and platforms for redefining the relationship between humanity and development in an era where progress tools are evolving at an unprecedented pace.

In a step embodying its commitment to shaping a competitive generation capable of building the future, Ar-Rasheed Smart University, in partnership with the Injaz Yemen platform, honored its distinguished student interns participating in the platform’s programs on Wednesday, April 22, 2026. Held under the sponsorship of the University President, Prof. Dr. Abdullatif Haidar, the event reflected the university's dedication to investing in human potential as a priority alongside academic certification. The ceremony was attended by the Dean of the Center for Development and Quality Assurance, Prof. Abdulhameed AShuja'a; the Dean of Faculty of Finance and Business, Prof. Abdulkhaliq Tawaf; the Dean of Student Affairs, Assoc. Ahmed Al-Rubai; and the Director of Student Activities and Services, Mr. Ibrahim Azzan. Also in attendance was the Executive Director of Injaz Yemen, Mr. Majed Al-Shamiri, alongside several academic leaders and participating students

In a step reflecting Ar-Rasheed Smart University’s commitment to supporting qualitative projects that link engineering knowledge with sustainable development needs, Faculty of Engineering and Technology witnessed the discussion of a distinguished graduation project today, Monday, April 20, 2026. The project, titled "Smart Irrigation System Using Artificial Intelligence and the Internet of Things (IoT)," was presented by the first batch of Mechatronics Engineering students under the gracious sponsorship of the rector, Prof. Abdullatif Haidar, and in the presence of the Dean of Development and Quality Assurance Center, Prof. Abdulhamid Ashuja'a. The project aims to develop an intelligent system capable of managing irrigation processes automatically by integrating AI and IoT technologies. It relies on collecting and analyzing multiple data points, including soil moisture, temperature, atmospheric humidity, and water levels, in addition to historical weather data. This enables the system to make precise decisions regarding irrigation timing and quantities, achieving a balance between crop requirements and the rationalization of water and energy consumption

In a new manifestation of how engineering innovation transforms daily details into smart solutions, Ar-Rasheed Smart University witnessed today, Monday, April 20, 2026, the discussion of a distinguished graduation project titled "Smart Color Mixing Machine." The project was presented by the first batch of Mechatronics Engineering students at the Faculty of Engineering and Technology, under the gracious sponsorship the rector of the University, Prof. Abdullatif Haidar, and in the presence of the Dean of Development and Quality Assurance Center, Prof. Abdulhamid Ashuja'a. The project introduces an advanced color-mixing system that utilizes five primary colors to produce any desired shade with high precision. By automatically generating color codes, the system eliminates human errors associated with manual mixing and ensures consistent quality in replicated results