by Thierry Traore and Aubry Tonnerre
DiverSE Coffee
Rennes, France


Development of a Web SCADA interface for the control of a Fischertechnik-based factory, by Thierry Traore

In modern industry, user interfaces play a crucial role in the management of complex supervisory control and data acquisition (SCADA) systems. This project focuses on the design of a web interface using Angular and Spring Boot for a Fischertechnik-based plant, aiming to optimize the management and control of industrial processes through its digital twin.

We will explore the technical challenges encountered during the development of the interface, including the integration of advanced functionalities such as near real-time visualization of production data, remote control of equipment and alert management. We will also present the strategies adopted to ensure the architecture’s scalability.

In conclusion, this project demonstrates the effectiveness of using Angular and Spring Boot together to create a modern, reactive and high-performance user interface for a Fischertechnik plant. It illustrates how these technologies can significantly improve the productivity and reliability of industrial operations through an optimized interface.

Optimizing Weather and Water Data Management: Integration, Automated Cleaning, and Dashboard Visualization, by Aubry Tonnerre

During my internship at IRISA, I will present my academic background and describe the work I am undertaking this summer as part of the DiverSE team.

Due to developments in tree production in Laos, the country’s geography has undergone significant changes. In response to these changes, a research team established a watershed in the Houay Pano region of Laos 20 years ago. This watershed is utilized to measure water flow based on rainfall and the water level. However, the data collected is occasionally erroneous, complicating its usability. Consequently, human intervention is required to correct these discrepancies. The objective of my project is to design a system to automate the data cleaning process and develop an IoT architecture using LORA technologies to enhance the existing system.