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Electrical circuit analysis as the basis of all Electronic engineering courses plays an important role in forward. We will find straightforward techniques to solve the circuit analysis problems and have a deep insight into the subject. Being able to understand and analyze the circuits of resistances, inductors, capacitors, and diodes, make us empowered in solving problems in the fields of electronics, telecommunication circuits, electrical machines and ... The main profit of this class is that Learning is based on providing a lot of problems, and solving them completely cooperatively.

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Doctoral researcher, associate professor and state engineer with extensive experience in academic support. I offer private lessons (in Electrostatics - Magnetostatics - Electromagnetism - Maxwell's Equations, - Waves - Induction) adapted to the profile of each student whatever their difficulties. Working method: I have an effective method applied as follows: - Course review and writing of a summary sheet including all the important elements, formulas, tips which will allow the student to revise quickly. - Typical and application exercises, in-depth exercises, summary exercises. - Best preparation method for tests, assessments, exams and competitions. ---------------------------------------------------------- ---------------------------------------------------------- -------------- Distance learning courses: ----------------------------------- I can perfectly teach remotely since I am equipped with a tablet on which I can work in the same way as if it were a notebook. The student can see everything I do live thanks to screen sharing, and the only thing necessary on their part is to use a computer. At the end of the class, I send them a copy of all the work completed, which allows me to ensure that they have kept a properly written record of the class spent together. -----------------------------------------------------------------------------------------------------------------

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A distinguished private tutor with extensive experience in teaching mathematics, physics, chemistry, and science subjects according to the British and American curricula. This teacher has exceptional teaching skills and an advanced educational vision that helps students achieve their maximum potential and excel in scientific subjects. With his strong background in scientific subjects and his constant knowledge of the latest developments in the field of education, he is able to simplify difficult and complex concepts and explain them clearly to students. His interactive teaching method is enhanced and maximum use of class time is encouraged, as he encourages students to ask questions and actively participate in lessons. A symbol of commitment and professionalism, this teacher takes the time to assess the needs of each individual student and develop a customized learning plan to help them enhance their skills and overcome challenges they may face. With a deep understanding of different learning styles, he guides students in ways that suit their thinking style and needs. This teacher encourages students to develop their scientific and analytical thinking skills by solving practical exercises and applied problems. It also promotes independence and excellence by providing additional learning resources and directing students to trusted sources to continue their learning outside of class. With a strong interest in providing an enjoyable and rewarding learning experience, this teacher builds a strong relationship of trust with students and motivates them to achieve outstanding results. It works hard to provide a supportive and stimulating environment that contributes to maximizing the use of classes and ensuring the success of students in their academic and scientific careers. Experienced over 5 years, I give private lessons in Mathematics - Analysis - Matrices - Statistics - Algebra - Geometry - Physics, either at home or by internet online by a method of virtual class following a link that serves as a table plus Skype (a very modern and effective method) with results all mentioned since 2015 by this method or by the face-to-face method since 2002. For more information, do not hesitate to contact me, guaranteed response in a few minutes up to 5-8 hours maximum.

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Stéphane, Engineer in Electrical Engineering and Intelligent Systems and PhD candidate. Support courses and homework help in: electrical circuits -MATLAB for Electrical Engineering I have had the chance to teach for more than 2 years now. Patience and Adaptability for a satisfactory result. This is my motto, because to teach you need a lot of patience because to ensure the progress of a student, you need time and a lot of pedagogy. Because you have to understand that the profiles are different and therefore it is always important to adapt well to the student you are supervising for better support.

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This course is taught by a PhD engineer specializing in electrical and dynamic systems. It is intended for anyone wishing to acquire a solid and versatile foundation in the fundamental disciplines of engineering science. You will explore essential concepts in applied mathematics, physics, electricity, and electronics, while developing concrete programming skills (MATLAB/Simulink). The teaching approach combines scientific rigor with practical applications: algorithm synthesis, differential equation solving, circuit simulation, and mathematics. The goal is to make you autonomous in solving technical problems while cultivating a deep understanding of theoretical and numerical tools.

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Electricity, Electronics, and Arduino Programming Course, designed to teach you everything you need to know to succeed in the world of robotics and smart technologies! - Start with the basics of electricity and electronics: circuits, components, and simple concepts. - Learn Arduino programming: from writing your first programs to creating advanced robotic systems. - Work on hands-on projects to build and control your own interactive robots. - Explore mobile robotics: control motors, servos, displays, and more. - Learn how to use Bluetooth, RFID, and other connectivity tools for innovative projects. - Discover how to use all types of sensors for smart home applications and home automation (domotics). - Get guidance on managing projects: from developing your idea to achieving the final result. This course is perfect for beginners and anyone passionate about technology, offering a clear and practical path to master robotics, mobile systems, and smart home technologies.

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I offer courses in electrical engineering for university students, covering various disciplines: automatic control, power electronics, electrical engineering, analog and digital electronics, renewable energies, and much more. I also offer personalized support for students in preparatory classes, in order to prepare them effectively for competitive examinations for the grandes écoles. Join my classes for a practical approach tailored to your academic and professional goals!

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Electrical circuit design is a art to build a small projects and to know the outcome of the circuits. In this courses we start from simple circuit to more complicated one. A practical section is given. The practical part includes the circuit simulation and the design.

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In this class, you will be able to acquire knowledge in electronics and electricity, circuit assembly, basic concepts, plan design, etc. What is necessary to be able to program robotics projects with the use of Arduino and 3D and 2D design if you need it

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Electrical Circuits fundamentals You'll learn how to apply the different circuit analysis on different circuits and the different types of components. Learn how to connect circuits and testing the components practically before applying. learn different types of machines AC and DC and solve problems

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- Arduino and microcontrollers: * Courses: PIC, arduino, ESP32 and ESP 8266, ...; * PFE project, mini-project; * Simulation on ISIS, TinkerCAD, ... - Automatique: * Linear * Non-linear - Signal processing: * Analog and digital filtering * Analog and digital modulation - Electrical engineering: * Direct current machine (MCC); * Asynchronous machine (MAS); * Synchronous machine (MS); * Transformer. - Power electronics: * Rectifier; * Inverter: * Chopper; * Dimmer * Switching power supply (Flyback, Forward, Push-pull,...). - Matlab/Simulink: Modeling and simulation (Script, function, simulation, etc.).

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Learn the fundamentals of energy conversion. Discuss the solar system different topologies. Battery and storage system as per system requirements. Learn how to design your solar system. What are the requirements for my system maintenance. Our sessions require virtual attendance, from an applied science background, the methodology is purely discussion based on scientific theories.