Within UI team, optimisation and enrichment of the applicative and graphic framework. Embedded Linux environment, Python language.
Development of a data management system and aiding of underwater glider remote piloting. Python programming, JABBER / XMPP protocol, Linux.
2nd year of preparatory class, followed by the engineer curriculum, broad-based to begin, then with a strong emphasis on informatics and digital electronics.
Last year specialism: software engineering in information systems.
Mathematics, physics, chemistry and engineering sciences.
Jean Moulin High school (Draguignan, France): Scientific Baccalaureat (mathematics speciality)
Python 2 / 3, Cython OOP, Embedded Linux, UI, Web backend and REST server (Flask - similar to Django, SQLAlchemy, Jinja, Bottle), Kivy, ctypes, PyJnius, pytest, mock, Jupyter Notebook, Web scrapping .... Profiling, optimization, memory leaks tracking, development of tools ...
C, C++ Embedded middleware, UI, microcontrolers. GDB, Valgrind ...
Linux Working tool that I particularly appreciate, which is also my personal environment
Java, especially Android applications
Graphic design and implementation of graphical user interfaces: 2D & 3D UI using Python, C, OpenGL, Web FrontEnd ...
SQL databases SQLite, MySQL, ... and NoSQL MongoDB, CouchDB
Git and Mercurial
Microcontrolers dsPic, Arduino and similar, ESP32 (WiPy), nRF52832 (BLE Nano v2) ... C, C++ or MicroPython.
Raspberry Pi (personal projects using Python / C / Cython).
I2C, SPI, UART, PWM, analog peripherals and sensors: accelerometer, gyroscope, light, temperature, motion (PIR), distance (IR), rotary encoder, capacitive switch, LED driver, servo drive, 7 segments display, .... Bluetooth, Bluetooth LE (low energy).
Image editing / processing / creation. Good knowledge of Adobe Photoshop.
English frequently used at work. TOEIC (885 points) as well as FIRST Certificate of Cambridge (European level: B2) during my engineering curriculum.
Connected photo frame and dashboard (still ongoing). Raspberry Pi, touch screen, Python, Kivy UI framework. Remote sensors with ESP32 microcontroller (Pycom WiPy 3), MicroPython, Bluetooth LE (low energy).
Website for an agency specialized in engineering of buildings.
JS / HTML 5 / CSS / SVG (Front-End) & Python / Flask / Jinja2 / SQLAlchemy / SQLite (Back-End).
Creation of an interactive lamp, with brightness management depending on the position of the hand of the user. Arduino (Trinket), C/C++, infrared distance sensor, PIR motion sensor.
Creation of a wooden tactile lamp, with motion sensing. Arduino, C/C++, 3W LED and RVB LED, EEPROM.
Creation of a connected luminous alarm clock, controllable with a smartphone Android app and Bluetooth connection. Wooden casing, 3W LED, digital display, temperature and motion sensors, music player, light beats according to bass/medium/trebles (optimized calculation of FFT in C thanks to GPU_FTT), Bluetooth LE remote actions ...
Python / C / Cython / Android native application / Raspberry Pi
See details on wakepiup.colinguyon.com.
Creation of a RGB lamp with dsPic microcontroller. Color change by inclination with 3-axis accelerometer, Bluetooth PC connection with a Java software: LED management depending on sound.
5th year project: integration and evolution of a services platform aimed at proposing to the ISEN students web services such as SVN server, wiki, blogs... Linux environment. Study and integration of software components, such as Zimbra.
Java projects, working in teams:
4th year technical project (5 persons team): realization of a Quadcopter, controlled by computer using Bluetooth. Creation of the 2D + 3D graphic interface of the control software using Java + OpenGL (JOGL). Live visualization of the orientation of the helicopter with a 3D model. Management of sent/received data.
Low-level graphical optimization project. Aim: create a graphical animation in C + OpenGL, then optimize it to increase the FPS as much as possible while keeping an identical rendering compared to the non-optimized version. Best project.
Technical project in electronics (4 persons team): realization of a heart beat meter (the usage of a microcontroller being forbidden).
Technical project in informatics (4 persons team): realization in C of a fish simulation software with predators and baits. Realization of the UI using 2D + 3D OpenGL, and integration of the modules including the physic engine.