You will be part of a team responsible for designing and implementing an end-to-end smart garage and warehouse management system that transforms a standard storage space into a fully autonomous environment. The system integrates AI-driven perception, robotics, and real-time data management using the Open Claw robotic platform as the main automation unit.

The project combines computer vision, autonomous robotics, and web-based control systems to create a fully connected logistics hub with live monitoring and intelligent decision-making capabilities.

Key features include AI-based entry control using license plate or facial recognition, autonomous sorting and placement of items using robotic manipulation, real-time inventory synchronization, and a centralized web dashboard for remote monitoring and control.

Duration: 6h or 8h/day

Period: July-September

Submission deadline: May, 6th

• Currently enrolled in a Bachelor’s program
• Applicants may apply to a maximum of 2 projects
• Knowledge of Artificial Intelligence and Computer Vision concepts
• Experience with databases (SQL)
• Basic web development skills
• Interest in robotics and autonomous systems
• Ability to work with multi-component systems (AI, hardware, and software)
• Analytical mindset and problem-solving skills
• Develop and integrate AI-based computer vision systems for access control (LPR/facial recognition)
• Implement autonomous control logic for the Open Claw robotic platform
• Support object detection and classification for automated sorting tasks
• Design and maintain database systems for real-time inventory tracking
• Implement live synchronization between physical operations and digital warehouse model
• Develop a web-based dashboard for monitoring, control, and visualization
• Integrate camera feeds, sensor data, and robotic actions into a unified system
• Test and validate end-to-end system behavior in simulated and real environments
• Collaborate with the team on AI, robotics, and full-stack integration