Mechatronics engineer specialising in electronics and PCB design

Target audience: Beginners (high school students, students, enthusiasts) Retraining professionals Makers, hobbyists Formats offered : ✅ One-to-one lessons (tailor-made) ✅ Workshops in small groups (max 5-6 people) ✅ Online training (via Zoom/Teams) Typical programme 1. Basic electronics (Level 1) Theory : Fundamental laws (Ohm, Kirchhoff) Passive components (R, L, C) and active components (diodes, transistors) Reading diagrams Practical exercises : Assembly of simple circuits (LED power supply, light detector) Use of a multimeter and an oscilloscope 2. Arduino & Microcontrollers (Level 2) Theory : Microcontroller architecture Programming in C/C++ (Arduino IDE or STM32 IDE) Practical exercises : Sensor control (temperature, ultrasound) Interactive projects (basic robotics, home automation) 3. PCB & Prototyping (Level 3) Design : Software: KiCad or altium Routing and design rules Manufacturing : DIY methods (chemical etching) Orders from a professional manufacturer Teaching 50% theory / 50% practical approach Materials provided : PDF memo sheets Library of diagrams List of suppliers (inexpensive components) Final project: Each pupil leaves with a concrete product (e.g. mini weather station). Materials required (for the student) For online courses : Starter kit (list provided) Computer with free software (e.g. Arduino IDE or STM32 IDE).