This physics course is designed for middle school, high school, or undergraduate students who want to better understand the fundamental laws of nature and pass their exams. Thanks to my experience in facilitating practical work and popularizing science, I adapt the content so that it is both clear and concrete. In the program : • The basics of mechanics, electricity and optics • An experimental approach to visualize phenomena • Personalized explanations according to the student's program • Methods for structuring scientific reasoning and writing a clear answer An ideal course for progressing, developing scientific curiosity and improving your method.

This mathematics course is aimed at middle and high school students wishing to consolidate their knowledge, improve their working methods and gain confidence in the face of assessments. Drawing on my experience teaching in middle school, I offer a progressive approach adapted to the student's pace. Each session combines rigor and active teaching to develop autonomy and mathematical logic. We will work : • Fundamentals (numbers, functions, equations, geometry) • Step-by-step problem solving • Calculation tips and time management in assessment • Reasoning methods to calmly approach the brevet or baccalaureate exams

This course is aimed at high school students, science undergraduates, or anyone curious to discover the tools and methods of engineering science. As a master's student in Solar Energy and a graduate in materials and energy engineering, I offer technical and structured support on the major themes of the field. We will cover: • The basics of modeling (electrical, thermal, mechanical) • Introduction to digital tools such as Python, Matlab or COMSOL • Computer-aided design (CAD) with SolidWorks or Sketchup • Practical cases of sizing and analysis of energy systems A course suitable for preparing for engineering studies, exploring concepts seen in class in greater depth or discovering concrete technical analysis tools.