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

Track

Full Stack

Description

As part of Industry 4.0, automating printed circuit board (PCB) inspection helps improve quality, traceability, and productivity. This project aims to design 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. It will include serial number traceability, statistical dashboards, alerts, and report generation. Robotic arm commands will be sent through the robot controller's secure interfaces.

Candidate profile

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

Required skills

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

Application documents

Applications must include a CV and cover letter. The subject reference must be mentioned in the email subject line.