As part of a team developing solutions for embedded system design and code generation, I developed a Java program that automatically converts PLCopen XML architecture models to SysML v2 models in ControlBuild. I also studied and then designed a pilot template for SysML v2 textual notation to represent automation models in ControlBuild. This work opens the interoperability and facilitates model exchange between ControlBuild and other tools within the CATIA software ecosystem.

At CAPS, I contribute to the company's project on a taxi drone interface, which is a web app built by Django frame, including functionalities that enable users to control the drone's transformer within a designated area and access pertinent drone data such as selecting stations, following drone's position, and displaying other functional methods. My focus is also on optimizing the UI performance and user experience while managing backend data effectively.

Inspired by the lack of specific research on addressing residual stress within deep materials, I conducted a study on residual stress in aeronautical springs in the condition it is applied the shot-peening process. In addition to thoroughly reviewing five popular methods for addressing residual stresses, I created a practical sample in Abaqus to apply Finite Element Method (FEM) in the simulation. This work culminated in a comprehensive report.

Development of a C# software for implementing SSVEP (Steady-State Visual Evoked Potentials) and code-VEP (Code-Based Visual Evoked Potentials) flickers for research in Neuroergonomics.• Development program• Validation program using trial data• Integration of Lab Streaming Layer to unify data collections.GitHub link: https://github.com/neuroergoISAE/FlickersOnTop

Simulation of long-baseline neutrino oscillation experiments through the application of the GloBES software framework. Development of optimized C code for the visualization of neutrino oscillation phenomena.