AI for Academic Support
94% MatchWhy is this the best match?
- Python — Strong skill match
- Data Analysis — Strong skill match
- AI — Matches your interests
- Strong overall profile alignment
Discover projects. Build your team. Turn ideas into impact.
Connect with talented students and researchers.
Discover exciting projects across different fields.
Find research positions and collaborate.
A mobile app to help students navigate campus more easily using interactive maps and BLE beacons...
Exploring the use of AI to provide personalized study recommendations and dynamic learning paths...
A platform to promote and organize student sustainability and green energy projects on campus.
A collaborative platform for students to share notes, academic resources, and peer tutoring sessions.
Passionate about applying modern Artificial Intelligence and Machine Learning techniques to solve real-world problems. Currently looking for collaborative research in NLP and Intelligent Tutoring Systems.
Discover talented students and invite them to your project.
Choose the project you want to find teammates for.
Find students who best complement this project and your current team.
Browse and connect with students who might be a good fit for your project.
Discover projects and find the right team to work with.
Find projects that match your skills and interests.
Based on your skills, interests, and profile.
A live campus shuttle tracker with route updates, arrival estimates, and service alerts for students.
A unified tool for classroom schedules, attendance, room availability, and shared teaching resources.
Interactive dashboards that help reveal student progress, course trends, and areas needing support.
An IoT monitoring system that tracks facility energy use and highlights opportunities to reduce consumption.
A small autonomous robot prototype for delivering books and supplies between campus buildings.
Low-cost sensors and a data dashboard for monitoring water quality across campus facilities.
A platform to promote and organize sustainability projects on campus.
Exploring the use of AI to provide personalized study recommendations.
A collaborative platform for students to share notes, resources, and knowledge.
A mobile app to help students navigate campus more easily using interactive maps.
Analyzing renewable energy data to identify opportunities for a greener campus.
Enhancing the university’s digital library with better search and recommendation features.
Exploring the use of AI to provide personalized study recommendations for university students. The project aims to analyze lecture materials, summarize key points, and suggest personalized study plans based on individual learning patterns and performance.
Computer Science • Senior
Electrical Engineering • Junior
Software Engineering • Senior
Data Science • Junior
Turn your idea into a project and find the right teammates.
Turn your simple idea into a complete project proposal.
Generates a clear project title and detailed description
Suggests relevant skills and open roles
Recommends the ideal team size
Discover research opportunities and connect with faculty members.
Exploring vision-language models for understanding and generating Arabic content in real-world scenarios.
Researching lightweight security mechanisms for IoT devices in smart environments.
Developing machine learning approaches to analyze genomic data for disease prediction.
Designing intelligent systems for monitoring and optimizing energy usage in university buildings.
Exploring intuitive interaction methods between humans and robots in learning environments.
Analyzing urban data to support smarter and more sustainable city planning.
Using real-time data to analyze and improve urban transportation systems in Hail.
Building AI-based tools to improve code quality and support developers in the software development process.
Analyzing transit patterns to forecast shuttle demand and improve mobility between campus locations.
Developing privacy-aware vision tools to understand classroom use and support better learning spaces.
Combining sensor readings and anomaly detection to monitor water quality across campus facilities.
Studying storage, demand, and renewable generation to improve the performance of campus microgrids.
Researching lightweight security mechanisms for IoT devices in smart environments. This work studies practical ways to detect suspicious activity and mitigate threats while preserving the reliability and privacy of connected systems with limited computing resources.
Design and evaluate lightweight threat detection techniques for IoT devices.
Analyze IoT datasets to identify and classify common security threats.
Propose effective mitigation strategies for resource-constrained environments.
Browse completed projects and research from previous academic years