Scientific projects for students of the third level of mechatronics engineering in the subject of embedded systems

University media

The third-level students in the Mechatronics Engineering Department at the College of Engineering and Information Technology at the university reviewed their scientific projects that they implemented during the past academic year in the subject of Embedded Systems, in the presence of the Dean of the College, Dr. Khalil Al-Wajeeh, and the Head of the Mechatronics Department, Dr. Hatem Al-Dais, under the supervision of Dr. Farouk Al-Fahidi, the subject teacher and project supervisor. Where the students submitted a number of projects were as follows: The first project is a production line for a mineral water filling and packaging plant, the second project is a multi-characteristic smart house, while the third project is a smart robot for sorting, stacking and arranging tools based on the color of the tool. The fourth project was a smart mini robot vacuum that is used in airports, smart homes, streets and others in a random or smart way, and the fifth project is a smart car robot that scans the place and crosses the road by avoiding any permanent or emerging obstacles, and it can be developed for many vital and civil societal applications. The sixth project is a smart fingerprint system that can be used in universities and various governmental and civil institutions. The seventh project is two mini projects: the first is a robotic movement that is controlled wirelessly, and the second is a smart garage to accommodate the vehicles. The eighth project was a mini-system for detecting fires and gas leaks and carrying out initial intervention such as opening fire extinguishers for fires or opening windows and hoods to ventilate the place for gas leaks and sending text messages via GSM to different mobiles, either to the owner or government firefighters using their previously saved numbers. It is worth noting that the students demonstrated full familiarity and knowledge of their projects implemented during the academic year, based on smart control machines and equipment that were studied during the embedded systems course, such as the PIC17F877 microcontroller, smart sensors, and mechanical parts and equipment that were manufactured manually by the students. The students' projects were praised by the Dean of the College, the Department Head, and the Project Supervisor, the subject's professor, as these presented projects are distinguished projects that reflect the scientific level of students they acquired during their previous studies.