This java application was coded as part of a second semester project in the first year of engineering school.

• The aim is to discover what morphing is. To do this, the project was divided into 3 parts, in order to gradually approach this notion.


• In the first, we had to morph simple plain shapes using broken lines. Then a morphing of rounded shapes, using splines. And finally, image morphing using the Delaunay mesh.


• All of this was implemented in a JavaFX interface so that the various methods could be tested.

This website has been coded for the final exam of the second semester web development module.

• The aim of this project is to create a dating site enabling users to get to know each other based on various criteria, and then exchange ideas with each other.


• There are also different types of user (visitor, user, subscriber, admin), with different access to the same features depending on whether or not they have taken out a subscription.


• There is also a messaging and reporting system, as well as a like system to increase a profile's popularity.

This website has been coded for the final exam of the second semester web development module.

• The aim of this project is to optimize the IFJR's current website to enable better visibility of information for litigants and justice professionals.


• The project is divided into two parts, one to create a dedicated space for individuals to find essential information on restorative justice and the contact details of the person in charge in their department.


• The second part is the training area, which contains the catalog of training courses and details of each one, such as dates and locations.

The aim of this project is to create an application that will process a weather data file meteorological data in order to display graphs.

• A wide range of data can be processed: precipitation, temperature, humidity, wind speed and direction, etc...


• The application consists of a Shell script and a C program. The C program has arguments to perform various operations, and the Shell script calls the C program according to its own arguments, chosen by the user.


• The Shell script calls the C program to generate files, and then creates and displays graphs (temperature or humidity map for a given geographical area, wind map, minimum/maximum/average temperature curves, etc.).

The aim of this project is to create a program capable of manipulating PPM images.

• The code contains functions for reading and creating PPM files, as well as processing functions such as black & white, binarization, rotation and symmetry.


• We also worked on convolution processes, using the mathematical tools we'd learned, and other features such as zoom, blur, erosion and dilation.


• The user can call up each filter with a specific command, then the program processes the image by applying the formulas to the image input data, before saving the new image.