Control Application Development
Budget: €1,000 – €1,400 EUR
I need a skilled developer to create a multi-user desktop application for Windows that will digitize and enforce real-time quality control on our wire harness production floor. The application aims to replace manual tracking with a guided, event-driven system ensuring every production step and quality check is performed correctly, logged for traceability, and synchronized across multiple operator stations.
Key Functionalities:
- Guided production steps
- Enforcement of quality tests
- Intervention management for detected defects
Operator Notifications:
- Visual alerts
- Audible alerts
The application should serve as the primary interface for machine operators, guiding them through production orders, enforcing mandatory quality tests at specific intervals, and managing intervention workflows when defects are detected.
Ideal Skills and Experience:
- Experience in developing multi-user desktop applications
- Proficiency in Windows application development
- Strong background in real-time data synchronization and event-driven systems
- Ability to implement visual and audible alert systems
- Familiarity with quality control processes in a manufacturing environment
Please provide examples of similar work done and a breakdown of your approach to this project.
Key Functionalities:
- Guided production steps
- Enforcement of quality tests
- Intervention management for detected defects
Operator Notifications:
- Visual alerts
- Audible alerts
The application should serve as the primary interface for machine operators, guiding them through production orders, enforcing mandatory quality tests at specific intervals, and managing intervention workflows when defects are detected.
Ideal Skills and Experience:
- Experience in developing multi-user desktop applications
- Proficiency in Windows application development
- Strong background in real-time data synchronization and event-driven systems
- Ability to implement visual and audible alert systems
- Familiarity with quality control processes in a manufacturing environment
Please provide examples of similar work done and a breakdown of your approach to this project.