Developed in freelance, the Bookaroo concept is to put individuals in contact with each other and to offer services (handiwork, pet sitting, homework support, etc). This project could be divided in three parts: a cross platform mobile application, a website and a web application.
The mobile application allows clients to find and book services around them. The website is for managing booking and services for those who offer. The web application is the link between the website, the mobile application and the database.

The purpose of this university project was to develop a game in Java. My team and I decided to develop a game like the famous Mini-Metro one. This project was developed in 3 months with the Slick2D framework. You could check it on GitHub

During my internship for the The UK App Company, I developed a website to create cycle routes from a map. Once created, the roads were then imported in an already existed mobile application. This project was developed with the ASP.Net framework (C#), the Google Maps API and the architectural pattern MVC.

As a personnal project, graduated students from my two-year technical degree and I decided to create a support to help top athlete to manage their meals. The best solution for us was to develop a cross platform mobile application and to use our previously acquired skills. Unfortunately, due to lack of time, this project has remained a prototype.
Our first prototypes were build with Xamarin (C#) and the architectural pattern MVVM.

The aim of this university project was to model a rigid character, animate it and finally display it thanks to OpenGL. Our team, composed by 3 students including me, decided to use a Minion (from the movie "Despicable me") as our character.
To model and animate our Minion we used Blender. We created 3 animations: jump, walk, run.
Read our report (in French only)
You could check it on GitHub

As part of a virtual reality course taught at the UTBM, another student and I made a strategy game about the space universe in virtual reality. Developed with Unity3D to be use on an HTC Vive headset, a playable prototype was designed in one semester, or 5 months.
At the head of a fleet of attack and resource spacecrafts, the player must collect resources on asteroids and expand his army. The goal is to eliminate the opposing AIs on the map.

A conception report will soon be available here!

As a project of our course on pattern recognition, two other students and I programmed a convolutional neural network in Python to detect a person's fall. Realized in 5 months, it allowed us to have a first experience with deep learning and to put into practice our theoretical courses.

Thanks to a data set, composed of videos of people walking and falling, we train our initially configured neural network. It will learn the differences when a person is standing and when the person falls. To do this, we chose to use Keras and a convolutional neural network with the slightly modified VGGNet model at first and then ResNet at a later stage.

3D modelisation and texturing of a TIE spaceship from the Star Wars universe.
Made with Blender.

3D modelisation and texturing of a Destroyer spaceship from the Star Wars universe.
Made with Blender.

3D modelisation and texturing of a metro corridor from a picture.
Made with Blender.

3D modelisation and texturing of a donuts plate and a coffee.
Made with Blender.

The Technische Universität in Kaiserlautern, Germany, is a technical university that brings together several clusters: biology, chemistry, computer science, mechanics, mathematics. My internship took place in this university and more specifically in the Measurement and Sensor Technology Institute from September 2017 to February 2018.
The team I worked with is doing research on tomorrow's farm machinery, which is electrical. The tools developed are therefore all related to this topic and were intended to facilitate simulations and understanding of researchers and users.

During my internship, I had to deal with three different parts.
The first was the search for a software with a physical engine to be able to perform 3D simulations: Unity; as well as the development of tools reinforcing the real character of the simulations: sprayer, map generator, land displacement.
The second was the development of a co-simulation system in real time between a calculation software (Matlab/Simulink) and a software with a physic engine (Unity). This system has been processed thanks to different network protocols: UDP and TCP.
Finally, the last part is devoted to augmented reality as a new visualization medium. This one was developed thanks to two tools, Vuforia and Thingsworx, in order to present the 3D models as well as the simulations differently.

Internship report

Currently doing a V.I.E. contract with Airbus Commercial in Getafe, Spain, from February 2019 to February 2021, I joined a small team of 5 in a recently opened workplace named Digital Corner. Made to integrate the latest technologies inside the shop floor, every team member masters a different field: 3D printing, IoT, virtual, mixed and augmented reality.

This report will only treat about my ST50 period, from February to July 2019.

One of my first task, as the first virtual, augmented and mixed reality expert of the Digital Corner, was to promote technologies and ideas with events in order to show what they could do and what their differences are: initiation, escape room digital, Airbus internship programs presentation. But also, to introduce what we are doing and what we have done: Digital Corner presentation and projects demonstration.
The second one was to develop prototypes and applications, from ideas, in relation with the 3 different realities mentioned above: safety games in virtual reality linked to risk detection and accident protocol, augmented 3D models presentations, virtual visits and damages prevention.
First, I will briefly present you where and with who I worked. Then I will explain my internship organization: the problematics and aims, the state of arts of the different technologies, how I worked, and the tools and equipment we used.
The next parts will treat about the different aims. The first part of this one will be about the event we organised and managed. In the second part, I will talk about our project builder: Unity; and the different projects we have made in virtual and augmented reality.
Finally, I will conclude with an overview of each project, on what we have done, what remains to be done and a personal conclusion about this internship.

Internship report