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A course for creators, artists, designers, and... anyone curious! Learn to manipulate and program Arduinos and other control boards, discover the sensor ecosystem, and implement motors, actuators, and lights. Start designing your own interactive systems!

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Are you preparing for MPSI, PCSI, MP, PSI, PTSI or TSI and you feel that physics is slipping away from you — the formulas are piling up but the reasoning isn't following? That's exactly where I come in. With a PhD in Physics and experience as a teacher in preparatory classes and at university, I help students build a real understanding of physics, not just apply formulas. What you gain by working with me: — A sound reasoning method, transferable to all exercises — Targeted preparation for the written and oral parts of the competitive exams — Structured sessions, adapted to your level and your weaknesses The courses are 100% online (Zoom or Google Meet), which allows me to support students in France, Belgium, Switzerland and Tunisia. First assessment session offered so that we can identify your weaknesses together.

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Many of the Micro-controller and Microprocessor teachers teaches the course more on the theory and book contents. The deviation in this learning part is the students are not knowing the internal bit level functioning inside the CPU and the tricks in the assembly level programming. In this place where I can able to clarify more to the students on the bit level function of different levels of processor domain classes. Interfacing sensor and actuators with controllers and memory interface area are the strong area of my teaching in which students can definitely understand and able to design any type of processor system. Memory mapping is an another area where distinct design making with more number of device will be demonstrated and make the students to practice with good design. I can help learners in practicing the microprocessor assignments and tutorial solving. ARM processor theory can be introduced to students and simple program execution can be demonstrated. The theoretical knowledge of RTOS will be demonstrated in a more understandable way to the students. Generally I teach the subjects. I can't write exams for the students. Arduino is an another easier hardware in which we can interface many sensors and take the analog signals and do some processing and send the processed signal to the input of a actuator. Practically different sensors I have interfaced to Arduino and triggered many actuator. I can help students in making projects based on Arduino boards.

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Course in Electronics: Microcontroller (PIC, atmega ..), Electronic circuit, Power electronics Automation course: GRAFCET, LADDER, Bascule, Combinatorial logic Electric motor: Asynchronous machine, DC motor, synchronous machine

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Are you struggling with electronics engineering courses, embedded systems projects, FPGA assignments, or microcontroller programming? I offer personalized tutoring and project assistance for university students, hobbyists, and professionals who want to improve their practical and theoretical skills. Topics I can help with include: • STM32 Microcontrollers (STM32CubeIDE, HAL, GPIO, ADC, DAC, Timers, UART, SPI, I2C, DMA, Interrupts, RTC, Ethernet, FreeRTOS) • 8051 Microcontrollers and Embedded C Programming • FPGA Development using VHDL (Basys3, Vivado, State Machines, UART, SPI, I2C, Digital Design) • Digital Electronics and Logic Design • PCB Design and Review (Altium Designer, Schematic Design, Component Selection, PCB Layout) • Sensors and Interfacing Projects • RF and Communication Engineering Laboratory Assignments • Industrial Communication Protocols (Modbus, Ethernet, PROFIBUS, PROFINET) • PHP and MySQL Programming Projects • Electronics Project Development from Concept to Implementation • Troubleshooting and Debugging Hardware and Software Projects My teaching approach focuses on understanding concepts through practical examples and real-world engineering applications. Whether you need help with coursework, laboratory assignments, final-year projects, exam preparation, or personal projects, I will guide you step-by-step until you fully understand the subject. Lessons can be adapted for beginners, intermediate students, or advanced engineering students.

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Professor in mathematics, computer science at HEFF in Brussels and before a professor of electronics at IEPSCF, NGÉNIEUR in electronics ECAMIEN of basic diploma in mathematics-physics and I propose an individualized pedagogy, an aid to the preparation of the interrogations or exams. My goal is to advance the student without overloading him. I give homework after each lesson and periodically provide progress reports I strongly encourage the student because the state of mind and morale have a direct influence on school results. I am someone understandable and I always try to take each one in his own way. I always start by clarifying the course after giving an example then give an example to the student to do a full exercise and finally correct a review together generally it's methodology but it can change from one case to another.

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I only give online classes or help in assignments or projects. but doing exams or assignments or projects with my own without any efforts from you is not allowed. Hello Everyone, I am a postgraduate student in electrical engineering. I have bachelor of Engineering in Electrical and communication engineering. I've been teaching electrical engineering courses for 2 years. The courses I am teaching are 1-Electric circuits 2-signal and systems 3-electromagnetic fields 4-electromagnetic waves 5-transmission line theory 6-microwave engineering 7-antennas and propagation of radio waves Also I can give tutorials on simulation softwares dedicated for these courses. the simulations softwares are MATLAB, Multisim, ADS, Ansys Electronics, CST. I have my digital pen and my online whiteboard, so I can share my white board online. I also have, 3D scientific visualization experience. So, I have 3D visualization for the electromagnetic concepts. at the end, I'm happy to connect and help you and I hope you to fully understand these courses and do well in their exams.

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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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Civil engineer, with extensive experience in individual training, gives: >Maths, physics, chemistry, statistics, algebra, geometry, analysis >Electricity, automatic, electronic For secondary level up to master. I illustrate the theory on the basis of concrete examples thanks to my experience in the business environment.

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I have 4 years of experience teaching you will learn the basics of circuit theory analysis. operation of semiconductors and their related devices such as Diode, MOSFET, and BJT, and their related applications. verify your study with CAD tools such as Multisim, Altium, Proteus, ORCAD, and LT Spice. teaching advanced Courses in Mixed Analog and Digital IC design using Cadence Virtuoso tools and teaching Layout with DRC, LVS, and PEX. previous experience in Cadence are Design high-Speed Current steering DAC, Flash ADC, and low noise Biopotential Amplifier Using the chopper technique.

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ARDUINO, PICs and the STM32 ARE a free hardware microcontroller. They very useful for learning electronics and coding at the same time. They are very estimating thanks to that we can solve problems and look at the results physically. Thanks to the size of its community and the openness of its philosophy, information is widely accessible. ARDUINO, PICs and the STM32 allows us to undertake countless projects of all kinds. In a way, it's a small door through which you can easily access the world of makers. Among others. My main goal is to stimulate creativity and curiosity. In addition to allowing my student to acquire a level of competence which allows him to function alone. I am used to working with people of different ages. I believe in segmentation, visualization of progress, objective results and practice. Beyond these general lines, there is no rule or magic method. Some things work with some students and not with others. Adapting to needs is really the goal of private lessons. So I will do my best to find what motivates and helps my student.

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I offer mathematics, electronics and electrotechnical courses adapted to all levels: middle school, high school, preparatory classes, university, as well as for students in engineering schools or technical training. With a solid background in teaching and a clear pedagogical approach, I help you understand fundamental concepts, progress quickly, and gain confidence. Each session is structured, interactive and practice-oriented. What I teach: Mathematics: algebra, analysis, functions, differential equations, probability Electronics: analog and digital circuits, components, fundamental laws Electrical engineering: electrical machines, three-phase systems, transformers, power Homework help, exam preparation, ongoing support Detailed explanations, solved exercises, effective methods Method of working : Simple and progressive explanations Practical exercises to reinforce understanding Solving real-world problems Clear visual aids and diagrams Complete adaptation to the student's level and objectives For who ? Middle and high school students Students in BTS, DUT, Bachelor's, Master's programs Apprentice technicians or engineers Anyone wishing to enhance their technical skills Objective : Helping you master essential concepts, improve your results and develop a solid and lasting understanding of scientific subjects.

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This class is designed for beginners who want to start learning robotics in a simple and practical way. Students will learn the basics of electronics, Arduino programming, sensors, motors, and how to build small real-world projects step by step. No advanced background is required. The course focuses on hands-on learning: connecting components, writing Arduino code, understanding how robots work, and creating mini projects such as smart fans, automatic lights, and simple robots. By the end of the class, students will understand how hardware and software work together and will be able to build their own basic robotic systems. This class is suitable for students, hobbyists, and anyone interested in robotics and technology.

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Many engineering students struggle with challenging subjects and find certain concepts confusing. Some understand the theory but have difficulty applying it to exercises, while others are unsure how to approach the development of a project. The purpose of my classes is to help students gain the confidence and skills needed to succeed in exams, complete their assignments, and prepare for their professional careers. I assess each student’s strengths and weaknesses and guide them step by step in developing solid problem-solving abilities. We work interactively, beginning with simple tasks and progressively moving toward more complex challenges. With 26 years of experience teaching in this field, I can quickly identify learning gaps and apply the most effective strategies to ensure students achieve the best possible results—always considering the demanding nature of engineering programs. Electrical Engineering, Electronics Engineering, Robotics, Programming, Electrical Circuits Theory, Signals and Systems, Linear Control, Digital and Analog Circuits, Amplifiers, Transistors, Diodes, Direct Current, Alternative Current, Three-Phase, Logic Circuits, Combinational and Sequential Circuits, Hardware, VHDL Optimization, Modeling, Design and prototyping Projects, Physics, Mathematics, Calculus, Algebra

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Electronics is the foundation of any venture into fields requiring electronic systems. This course will allow you to understand the components, fundamental assemblies, and their practical applications in everyday life and work.