The project is a Photoshop Automation Tool developed by Petra Point in C#. It aims to automate multiple tasks in Photoshop, such as duplicating files with modified apartment and floor numbers, transferring plans between files, flipping plans and correcting text within them, and converting PSD files to PDF. This program simplifies repetitive tasks, saves time, and increases workflow efficiency.
The project is a LaserCAD Printer Control program in C# for Al Khatib Auto Accessories. It sends pre-prepared files from a MySQL database to the printer via an intermediary device equipped with an IP receiver. The system ensures accurate file processing and cutting, while preventing unauthorized access or theft.
This project offers an electronic platform to simplify capstone project management for students and faculty. It supports team formation, role assignment, progress tracking, document sharing, and communication between instructors and students. Features include deadline tracking, real-time updates, and an AI-powered code review module using GPT-4 to detect errors, suggest improvements, and enhance learning. The system improves transparency, accountability, and coding practices.
This project offers an integrated and interactive digital platform for the university counseling clinic, aiming to support students psychologically, emotionally, and academically through a safe and user-friendly environment. The platform allows students to log in using their university credentials to book appointments with counselors, manage sessions, and access updated educational content, including articles and podcasts on mental health and self-care strategies. It also provides an AI-powered virtual assistant available 24/7 to answer questions and direct students to appropriate services, along with personalized profiles for students and counselors to manage sessions and track progress with complete confidentiality.
The project's idea is to create a platform that generates multiple-choice exam questions using artificial intelligence. Teachers upload the subject file, which is analyzed and converted into a set of questions that are presented to students when they take the exam. After the students complete the questions, the system analyzes the student's performance, identifies their strengths and weaknesses, and presents them to the teacher. This is all done with the goal of simplifying the process of creating exams and analyzing results with the fewest steps.
The project aims to streamline university bus operations, making student transportation easier. The app serves students, drivers, and transportation management. Students can share their location with drivers to set pickup points and track the bus in real time. Management can monitor bus locations, passenger numbers, and available seats. The goal is to deliver a high-quality university transportation service with minimal effort.
The app helps users choose tourist destinations that fit their budget and group size, whether they are tourists or residents. It suggests suitable places, calculates transport or fuel costs, and offers the option to use a private car or request a ride via the “Tawselti” app. Users can also reserve a table at the nearest restaurant within 5 km or order food, and join a “Best Picture” contest to promote tourism in Jordan. The app allocates 15% of its profits to support tourist sites and encourage affordable local tourism for everyone.
The project concept revolves around developing a smart application that allows citizens to send emergency reports to Civil Defense centers and share them with the current location and necessary information on a single screen. This helps ambulance and emergency teams reach the scene directly without having to contact the reporter. The application also allows center supervisors to direct appropriate vehicles to deal with the incident and provides additional services such as emergency numbers, locations of the nearest centers, and first aid procedures. A unique service, the application allows citizens to request the dispatch of a medical evacuation plane to transport injured people in areas far from emergency centers to the nearest hospital.
The project idea is to develop an application that makes it easier for citizens to send their goods via a shipping company by entering product data in a simple and user-friendly manner. The application allows the administrator to manage orders by accepting, rejecting, or processing them, in addition to receiving information about the requested products. The application also provides a feature for direct communication between the user and the administration via the correspondence page.
The project idea is to develop a specialized app for buying and selling classic cars, targeting classic car enthusiasts, collectors, and dealers. It combines modern technology with a passion for classic cars. The app offers features such as 3D modeling of cars, advanced search, and secure payment with verified user profiles, in addition to a direct messaging system between seller and buyer to enhance transparency. Using Flutter and 3D modeling tools, the app offers a seamless and immersive experience aimed at facilitating the buying and selling process and building an active community for classic car enthusiasts.
The project concept is based on developing a smart application for a beauty clinic that relies on artificial intelligence to analyze a user's facial image and diagnose skin problems such as acne, wrinkles, and dark spots. It then provides instant suggestions with visual displays of expected results after treatment. Additionally, the application provides an integrated appointment booking system with automated reminders, enhancing clinic management efficiency. It also includes a direct messaging feature that enables users to inquire about services, obtain medical advice, and follow up on treatment plans, creating a comprehensive platform that enhances the overall aesthetic care experience.
The project offers a smart telehealth application designed to monitor patients with chronic diseases such as diabetes and high blood pressure. It allows them to record their daily readings (such as blood sugar and blood pressure) and securely send them to doctors for monitoring and appropriate medical decisions. The application includes a smart alert system that notifies both patients and doctors of abnormal readings to avoid complications, in addition to a live chat feature to enhance continuous communication. It also provides personalized nutrition and exercise plans to improve lifestyle, making it a comprehensive tool that helps reduce reliance on hospital visits and enhance patients' effective health management.
The project offers a smart application called "Rifq," designed to support children with autism spectrum disorder (ASD). It provides parents, teachers, and caregivers with an integrated platform that combines education, community support, and technology. The application aims to facilitate access to necessary resources through an easy-to-use interface that is convenient for parents and interactive and engaging for children. Using artificial intelligence and interactive learning technologies, "Rifq" helps enhance communication with children with autism, support their independence, and improve their quality of daily life, making it an effective digital tool for autism care and supporting families and the educational community.
The project offers an integrated digital application for sheep trading, providing a simple online marketplace for buying and selling with search options by type, category, or location. The application also includes breeding supplies such as feed, medicines, and tools, and features a smart medical consultation feature using artificial intelligence to analyze sheep health problems and suggest treatments. This reduces losses, improves breeding quality, and adds commercial, medical, and technical value to the local and regional sheep market.