I am a Software Engineering student at University of Jeddah, passionate about programming and software development. I love exploring new technologies and applying them to solve real-world problems. I always strive to improve my skills in web development, software design, and problem-solving. I believe that continuous learning and hands-on practice are the keys to success in the tech industry. My goal is to work on innovative projects that contribute to technological advancements and enhance user experiences.
Major: Software Engineering - University: University of Jeddah - College of Computer Science and Engineering - 2nd year at college
The Manasik Trip is a mobile app designed to simplify and organize the Umrah experience. It addresses challenges such as navigation, round tracking, and logistics by offering features like accurate tracking for Tawaf and Sa’i, real time crowd updates, interactive maps, transport schedules, permit management, and spiritual resources like imam schedules and lecture notifications. The app helps reduce stress and confusion, enabling users to focus on their spiritual journey. It’s a modern solution to enhance the Umrah experience.
This project aims to design a 4-bit synchronous binary counter using T Flip-Flops. It is used in digital systems for event counting or time interval generation. The project utilizes simulation software like Tinkercad and Logisim, with inputs controlled by DIP switches and outputs displayed through LEDs. It includes defining input equations for each Flip-Flop, designing the circuit, and implementing it using a 7473 IC.
Here is an example of a hospital ER diagram. The diagram illustrates the hospital database and its associated fields, including six main entities: Doctors, Tools, Appointments, Departments, Patients, and Suppliers. The diagram specifies their attributes and relationships, aiding the hospital in efficient operations and patient retention.
| # | Project | Discribtion | Download |
|---|---|---|---|
| 1 | Manasik Trip | The Manasik Trip is a mobile app designed to simplify and organize the Umrah experience. It addresses challenges such as navigation, round tracking, and logistics by offering features like accurate tracking for Tawaf and Sa’i, real time crowd updates, interactive maps, transport schedules, permit management, and spiritual resources like imam schedules and lecture notifications. The app helps reduce stress and confusion, enabling users to focus on their spiritual journey. It’s a modern solution to enhance the Umrah experience. | Download PDF |
| 2 | 4 Bit Binary Counter | This project aims to design a 4-bit synchronous binary counter using T Flip-Flops. It is used in digital systems for event counting or time interval generation. The project utilizes simulation software like Tinkercad and Logisim, with inputs controlled by DIP switches and outputs displayed through LEDs. It includes defining input equations for each Flip-Flop, designing the circuit, and implementing it using a 7473 IC. | Download PDF |
| 3 | Hospital Database | Here is an example of a hospital ER diagram. The diagram illustrates the hospital database and its associated fields, including six main entities: Doctors, Tools, Appointments, Departments, Patients, and Suppliers. The diagram specifies their attributes and relationships, aiding the hospital in efficient operations and patient retention. | Download PDF |
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