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Please choose a training.
Computer Science Engineering Studies, specialism in Software Engineering.
Diploma obtained with honours.
Public General Engineering School, specialized in information and communications technology (ICT).
ENSEIRB-MATMECA is often ranked among the 10 best engineering schools of France (details).
Belongs to the group Bordeaux INP.
Intensive Mathematics, Physics and Chemistry Preparatory Course (classe préparatoire aux grandes écoles or CPGE), in the PCSI/PC field of study.
Public higher education establishment exclusively dedicated to CPGE.
Establishment renowned for its selectivity and the quality of its teaching.
| Maths | 7h/6h | 3h/3h | 0h/0h | 1h/1h (every two weeks) |
| Physics | 5h/6h | 1h/1h | 2h/2h | 1h/1h (every two weeks) |
| Chemistry | 2h/3h | 0h30/1h | 1h30/2h | 1h/1h (every two weeks) |
| Engineering Sciences | 1h/- | 1h/- | 2h/- | 1h/- (every two weeks) |
| Computer Science | 1h/0h | 0h/1h | 1h/0h | 0h/0h |
| French-philosophy | 2h/2h | 0h/0h | 0h/0h | 1h/1h (per term) |
| English | 2h/2h | 0h/0h | 0h/0h | 1h/1h (every two weeks) |
| Spanish | 2h/- | 0h/- | 0h/- | 0h/- |
| Physical Education | 2h/2h | 0h/0h | 0h/0h | 0h/0h |
Scientific baccalauréat diploma obtained with distinction.
Please choose an experience.
Six-month final year internship realized in the ITC Sopra on behalf of the company La Poste.
Evolution of the internal web application in charge of managing contracts and services.
Sopra is a big French ITC whose merger with the company Steria will rank it to the third position.
La Poste figures among the main clients of the Services branch.
The agile method Scrum has been employed with a team of about ten persons.
The application is completely dynamic (Ajax) and uses the following programming languages and technologies:
In order to help the development, the following tools have been used:
The application is divided into modules which for the most part follow the MVC design pattern.
Being arrived at a period of change for La Poste, particularly with the opening of the competitor market (2011), many evolutions of the application have been asked for in order to answer to the arrival of new services.
Thus, in addition to correction and maintenance tasks, I have been in charge of five big evolution tasks, hence with a work of design, realization and testing.
These tasks have allowed myself to apply Factory or Decorator design patterns.
Four-month internship realized in the video game development studio Yamago.
Improvement and creation of game templates and game engines.
Research and development in the mobile technologies field.
Yamago is a company which creates video games for the Web, social networks and mobile devices. It has created more than 100 games, for important clients like Disney or Cartoon Network, as well as original creations.
The company Yamago manages all its projects thanks to the agile method Scrum.
The following tools are used on all the projects:
During this internship, I have worked on three templates and their respective engines: the mobile, HTML5 and Flash template/engine.
My work of research and development on mobile technologies was on two main points: the notifications and the accelerometer/gyroscope.
Some other works I have done during this internship:
Svenshögen
Summer school during one month in the school DTU on the game theory topic.
WWOOFing during one month in an organic farm (Hållbar Hälsa) near Gothenburg.
The Technical University of Denmark is one of the best engineering schools in Europe (details).
Theoretical course on game theory and realization of an applied game running on Windows Phone and written in C♯.
WWOOFing consists in working in an organic farm in exchange for room and board.
This experience has made possible an exchange with a lof of nationalities (American, Australian, Chinese, Austrian, Swedish, German, …) and to discover a new way of life.
Please choose a project.
Personal project of a Rainmeter skin to know the schedule of the French TV channel Nolife, written in Lua.
The following website is dedicated to it:
Rainmeter is a software allowing to add widgets (called skins) on the Windows desktop.
Nolife is a French TV channel dedicated to Japanese culture, games, technologies, and many other subjects.
The skin is based on a XML flow called NoAir and containing the informations of the programs grid of the channel.
This flow, and a RSS flow containing the news of the channel, are analyzed by Lua scripts.
The skin has a lot of features:
The skin has a cache system for images, handles UTF-8 encoding, possesses a configuration file and displays animations.
Software engineering and end-of-studies project for the startup AbracadaCook during 4 months in a team of 5 persons.
Design of the server architecture and its databases, realization of a base of REST web services in Java EE and of diverse prototypes and writing of an ensemble of tests and an exhaustive documentation.
The project of AbracadaCook is to offer a service in different forms (website and applications) to deal with the daily diet (dishes to cook, catering, CSA).
The whole project has been handled professionally, particularly by applying project management methods: weekly meetings with the client (with agendas and minutes), task tracking, production plan, Gantt chart, …
The writing of the specifications then the design of the server architecture and the databases (use of UML diagrams), the realization of the REST web services in Java EE (JBoss and Hibernate) and finally the writing of the unit, integration and performance tests have been made jointly with the client, the whole concerning mainly the management of the CSA part of the service.
Prototypes have been realized for testing functionalities of the service and for the client to evaluate their potential. They have been coded in PHP and in JavaScript.
Teamwork has been possible thanks to the use of the revision control system Git.
For non-disclosure reasons, the report and the source codes are not available.
Project during all the school year for the company Arts Sciences Information in partnership with the LaBRI (SCRIME) in a team of 7 persons.
Design and realization in C++ of a tower defense game, linking brain waves, musical generation and gameplay.
An electroencephalographic headset allows particularly to get the mood of the user, then used as a parameter to generate the music, which itself plays on several aspects of the game.
The company Arts Sciences Information is dedicated to the study of the impact of neuro-physiological data on user experiences.
The LaBRI is a research laboratory in computer science associated to the CNRS and partner of INRIA.
To allow the client to actively participate to the project, the agile method Scrum has been used with a team of seven persons.
The coordination between the team members has been possible thanks to the use of the revision control system Git.
The electroencephalographic headset (EPOC+) comes from the company Emotiv. The headset raw data are processed by the software development kit (SDK) provided with the headset, then retrieved and sent in OSC by a software we have created.
The game, on which I have mostly worked, is written in C++ and uses the library SFML and the game engine GQE.
The game uses maps, generated thanks to scripts we have written in Python.
The musical generation is inspired by the software Muziko. Music is composed according to the headset data, then sound data are sent in OSC to the software Pure Data which plays them thanks to our patch.
The game possesses an artistic direction inspired by the solfège.
The player starts by selecting a map in a list, and the BPM of the music, corresponding to the difficulty.
The player buys and places towers (solfège clefs) around the path (musical staff).
Then the monsters (notes of music) come depending on the notes of the generated music (therefore, the higher the BPM, the more monsters are to come during a period of time), during a determined time.
The electroencephalographic headset allows especially to measure the excitation of the player. According to his state, the music changes, and the player wins more or less strategic points or SP (calm state) and power points or PP (excited state).
The points allow to buy or to upgrade strategic towers (rapid and long-range but weak fire; more expensive in SP) or power towers (slow and short-range but powerful fire; more expensive in PP).
The player manually controls the fire direction of the towers and can upgrade or sell them during play.
The player has several lives. If a monster reaches the end of the path, the player loses a life. When the player does not have life anymore, the game is over. If all the monsters are eliminated before the end of the time alloted, the points gained are kept and the player can choose another map.
