Design and Development of a Control and Supervision Platform for a Collaborative Robotic Arm for Printed Circuit Board (PCB) Inspection

Track

Full Stack — Topic 02

Reference

FULLSTACK002

Description

As part of Industry 4.0, automating printed circuit board inspection helps improve quality, traceability and productivity.

The project aims to design and develop a web platform for controlling, configuring and monitoring a collaborative robotic arm equipped with a vision system. The application will manage inspection programs, display the cobot’s status and operation progress in real time, and provide access to PASS/FAIL results and detected defects.

The platform will include:

• Serial number traceability.
• Statistical dashboards.
• Alerts.
• Report generation.
• Robotic arm commands sent through the robot controller’s secure interfaces.

Candidate profile

Final-year engineering student specialising in Computer Science or Software Engineering.

Required skills

• Blazor or React.
• TypeScript.
• C#.
• ASP.NET Core Web API.
• SQL Server.
• Knowledge of REST APIs, Entity Framework Core and Git is an advantage.