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Hello, I am a doctoral student in electrical engineering and associate professor in engineering sciences, experienced in the field of electrical engineering, I offer support courses in the subjects of engineering sciences (Electronics, automatics, electrical engineering, automation, programming). Digital electronics Analog electronic electromagnetism (propagation of high frequency waves) Automatic (continuous, sampled) electrical engineering (transformers, electrical machines, switching power supply) C / c ++ programming, Assembler, ARM, STM32 renewable energy (wind, PV) engineering Sciences RDM Python,VHDL PIC Microprocessor and Microcontroller Signal processing and data acquisition Engineering Sciences These courses allow the student to get up to speed and regain confidence in all scientific subjects, just as they prepare him effectively for the Baccalaureate, the Preparatory Classes or various examinations of the engineering classes. COURSE OBJECTIVES AND PEDAGOGICAL APPROACH Resumption and deepening of fundamental concepts through exercises with course reminders. Put the student in a situation of questioning and research. Respond to individual issues and questions Exercise training in order to achieve real mastery of the content. Learn to build theoretical reasoning from observable facts or hypotheses. Specific preparation for higher education requirements (in-depth content, increase in work capacity, enrichment of scientific background) This educational approach is effective since it has often led me to interesting results with my students. Associate professor provides support courses in electrical engineering

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===================Satisfied or refunded======================= Hello, I am a doctoral student in electrical engineering and associate professor in engineering sciences, experienced in the field of electrical engineering, I offer courses in engineering sciences (Electronics, automatics, electrical engineering, automation, programming). Computational Sciences and Technology SNT IS engineering sciences Numerical and computer science SNI Digital electronics Analog electronic electromagnetism Signal processing and data acquisition Automatic (discrete, continuous) electrical engineering (transformers, electrical machines, switching power supply) C/C++ Programming, Assembler, ARM, STM32 renewable energy (wind, PV-solar) RDM - strength of materials mechanics of solids Python and SYSML PIC microcontroller Microprocessor MATLAB, proteus Preparation for competitions Supervision of graduation projects CAPLP Electrotechnical and Electronic Electrical Engineering CAPLP and BTS subjects and answers Correction caplp 2017 CAPLP 2018 CAPLP 2019 CAPLP 2020 CORRECTION OF BTS TESTS

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Do you dream of mastering the art of electronic design, advanced programming and creating awesome robots? Do not look any further ! I offer personalized courses that will guide you into the exciting world of engineering, with an emphasis on electronics, programming and robotics. Electronics: Learn to create circuits, understand components, and carry out innovative electronics projects. Programming: Immerse yourself in the world of coding and develop programming skills, from classic languages to new technologies. Robotics: Explore the basics of robotics, create autonomous robots, and discover how to bring your ideas to life. Miscellaneous Projects: Use popular platforms like Arduino, Raspberry Pi, and more to bring your unique and exciting projects to life. Whether you're a beginner or looking to deepen your skills, my classes are suitable for all levels. With interactive lessons, challenging projects, and expert guidance, you'll progress quickly and confidently. Don't let your dreams of innovation wait any longer. Join me on this rewarding learning adventure and start creating today!

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I teach Electrical and Electronic Engineering online to university students, postgraduates, college students and serious self learners across the UK and Europe. Lessons are in English. I hold an MSc in Electronics and Electrical Engineering with Distinction and I teach as a Visiting Lecturer on a Master's level module at a UK university. I also work as a freelance electronics engineer, designing circuit boards and writing firmware for real clients, and I have two accepted international conference papers. I set and mark university assignments myself, so I know where marks are won and lost on lab reports, coursework and project write ups. Who this is for Undergraduates on electrical, electronic, mechatronic or general engineering degrees at any European university. Final year, Master's and thesis students working on an engineering project. A Level, IB and college students taking physics or engineering. Career changers and self taught learners who want the fundamentals done properly rather than picked up from scattered videos. I work with students on UK, IB and continental European programmes. An unfamiliar syllabus or a module structured differently from the UK is not a problem. Send me the material and I will work from it. What we cover Circuit analysis in DC and AC, including Kirchhoff's laws, Thevenin and Norton equivalents, superposition, phasors and AC power. Operational amplifiers and analogue electronics. Digital electronics and logic design. Signals and Systems and Digital Signal Processing, covering Fourier analysis, Laplace and z transforms, sampling and filter design. Control systems, transfer functions, root locus, Bode plots, stability and PID tuning. Semiconductor devices and power electronics. Embedded systems and microcontroller programming in C with Arduino, ESP32 and PIC. Simulation and tooling including MATLAB, Simulink, LTspice, Multisim and Proteus. Circuit board design in KiCAD. Lab reports, coursework, project supervision and exam technique. How lessons work Send me your lecture notes, assignment brief, lab sheet or the circuit that refuses to work, and I plan the session around it before we meet. Nothing generic. Most students are stuck on one or two specific ideas rather than a whole module, so the first job is finding out which. Then we work through it with proper worked examples and real circuit diagrams, and I hand the problem back to you while I watch and correct, because you learn far more doing it than watching me do it. If the real gap is the maths underneath a topic, complex numbers, phasors, Laplace transforms, we go back and fix that first, because everything after it depends on it. You finish each session with annotated notes and a clear next step, and you can message me between lessons with questions. Practical details Lessons are online over Google Meet or Zoom, with screen sharing and a shared whiteboard so we can draw circuits and work through derivations together. Sessions run 60 or 90 minutes. Evenings and weekends available across European time zones. Tell me your module, your deadline and exactly where you are stuck, and I will come back with a plan for the first session.

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Learn from the ground up, starting with the fundamentals of electronics and various electronic components. Understand the necessary electrical connections to design and program smart home and Internet of Things (IoT) circuits. Explore what Arduino is and the programming language used to control it. Discover how to create programs to control home devices using a mobile phone. Training includes working with real Arduino circuits as well as using simulation software. I offer practical and simplified training that starts from the fundamentals of electronics and progresses to designing and programming smart home and Internet of Things (IoT) systems. The course includes clear theoretical explanations and hands-on applications using real circuits and digital simulation software. Course Content Electronics Fundamentals Introduction to essential electronic components: resistors, capacitors, diodes, transistors, and sensors Understanding proper electrical connections Reading electronic circuits and using the breadboard What is Arduino and How Do We Program It? Introduction to Arduino boards Explanation of the C/C++ programming language used for Arduino How to upload code and test projects step by step Designing and Programming Smart Home Circuits Connecting sensors and smart switches Controlling lighting and household devices Designing a system to control the home using a mobile phone Introduction to IoT and integrating it with home automation Mobile Phone Home Control Creating simple control interfaces Connecting using Wi-Fi or Bluetooth Turning devices on and off and monitoring sensors remotely Practical Training Working with real Arduino circuits Using simulation software such as Tinkercad and Proteus Building ready-to-use practical projects Who Is This Course For? Beginners in electronics Students interested in learning Arduino programming Anyone who wants to build a smart home project Anyone looking to understand how electronics work in a simple and practical way

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✅ Experienced teacher offering private online physics lessons for all levels. ✅ Fully dedicated and focused on student progress. ✅ Very patient, systematic, and organized. I teach a wide range of topics in physics, including but not limited to: 5- Physical quantities and units - Kinematics (types of motion, kinematics of point particles and rigid bodies) - Dynamics (frictional and inertial forces, Newton's laws) - Laws of conservation (energy, momentum) - Theory of collision processes - Inertial and non-inertial reference frames - Potential and kinetic energy - Gravitation and gravity fields - Oscillatory and wave motions - Harmonic oscillator - Doppler effect - Standing waves - Sound waves and physical characteristics of sound - Surface tension and capillary phenomena - Fluid mechanics - Temperature and heat - Calorimetry - Phase transitions - Principles of thermodynamics - Electrostatics - Electromagnetism - Kirchhoff's laws - Electronic circuits - Dielectrics - Optics ... and much more. If there are specific topics you would like to focus on or if you have any questions, feel free to let me know. I am here to help you deepen your understanding of physics.

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Applied Power Electronics & Motion Digital Signal Processing Electrical & Electronic Power Systems Telecommunications Microwave Electronics Control Engineering, with all electrical subjects on need basis. apart from that live and practical’s are also available at coding level like VHDL,System verilog digital electronics.

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Training engineers and technicians to work in the field of precision instruments and control Instrumentation and automatic control of petroleum, petrochemical, electricity and other companies Paying attention to the theoretical and practical aspects and explaining the basics of working as an instrumentation engineer Explanation of communication protocols And how to track and solve faults

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Hello, I am an electrical and electronic engineer with extensive experience as a professor in higher education in engineering sciences and electrical engineering, as well as a rich experience as an embedded systems engineer, in EE architecture, ADAS, Testing and validation in the automotive sector. I propose for the students of the higher cycle a supervision and an accompaniment until the realization of their projects or mini projects in electronics, signal processing, regulation and enslavement... using languages and software such as: Matlab / Simulink, Python, LabVIEW, ISIS Proteus, Arduino... I also give courses and training in: Embedded systems, ADAS systems and automotive engineering Electrical and electronic circuits Automatic Industrial regulation Signal processing C Programming, Assembler, PIC, Arduino PIC microcontroller Microprocessor

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More than 10 years of experience teaching inside the Emirates for students of Colleges of Technology, Abu Dhabi University, Baynouna Institute and Emirates University. In addition to the work of projects for students and solutions for reports. The possibility of detailed explanation in an easy and simple way. Items that can be explained: Electrical and electronic circuits 1 and 2 - Digital circuits - Mathematics such as 1, 2 and 3 - Physics - Measurements - Machines - Engineering economics - Matlab - Communication - control - DSP - signals & systems - PLC All subjects of electrical engineering department Electronics I,II, Advanced Electronics, . Electrical and Electronics circuits 1 and 2 - Digital circuits -Digital logic- Mathematics with all its sections - Physics - Measurements -Instrumentation- Matlab - Analog and Digital Communications - DSP (Digital signal Processing)- signals and systems -Logic design- Control - economic Engineering - networks- PLC - micro. All electrical engineering subjects related

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Teaching electrical and electronic engineering subjects through examples and practical explanations Examples of subjects that I can teach in Arabic and English: Microcontroller - Arduino - Embedded System - Electrical Machine - Power Electronics - Digital System Design - Digital Circuit - Programming in C And some other core subjects for electrical and electronic engineering major I am able to teach the Electrical and Electronics Engineering Subject with practical examples, some courses that I can teach: Microcontroller - Embedded System - Electrical Machine - Power Electronics - Digital System Design - Digital Circuit - Programming in C.

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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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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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Discover the world of robotics, electronics, and programming with a course designed for technology and innovation enthusiasts. Whether you are a beginner or already have some basics, this course will guide you through the fundamentals, with a hands-on approach to designing your own projects. You will learn how to use electronic components, program microcontrollers, and assemble robots to perform autonomous tasks.

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Doctor of Electrical Engineering and Associate Professor of Electrical Engineering, I offer quality teaching for BTS, CPGE, University and Technical High School. I master the teaching of analog and digital electronics, covering components, integrated circuits and embedded systems. - Fundamentals of electronics: Definitions, basic concepts, Kirchhoff's laws. - Electronic components: Resistors, capacitors, inductors, diodes. - Operational amplifiers: Operation, characteristics, applications. - Basic analog circuits: Amplifiers, filters, oscillators. - Introduction to digital electronics: Binary logic, logic gates, combinational circuits. - Numbering systems: Conversion between bases, adders, subtractors. - Transistors: Bipolar transistors, field effect transistors, characteristics, applications. - Transistor amplifiers: Configuration, gain calculations, stability. - Analog integrated circuits: Voltage regulators, A/D and D/A converters. - Sequential digital systems: Flip-flops, registers, counters. - Microcontrollers and microprocessors: Architecture, basic programming, interfaces. - Analysis of electronic circuits: Frequency and time analysis methods. - Advanced analog circuits: Differential amplifiers, power amplifiers, active filters. - Modulation and demodulation techniques: AM, FM, PM. - Embedded systems: Design of real-time systems, communication between peripherals. - Test and measurement techniques: Oscilloscope, spectrum analyzer, signal generators. -

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I am a final-year engineering student specializing in Electrical Engineering and a Master's degree in Embedded Systems, with extensive experience in advanced projects in electronics, robotics, and embedded development. I tutor students from high school through university (Bachelor's, ISET, preparatory classes, engineering schools). My goal is to help each student gain a deep understanding of the concepts, succeed in their exams, and develop strong practical skills. -->Electricity & Electrotechnics +Basics: Kirchhoff's laws, RLC circuits, Thévenin/Norton theorem +Electrical machines: asynchronous motors, transformers, inverters +Control & automation -->Analog & Digital Electronics Amplifiers, filters, regulators, switched-mode power supplies +VHDL, combinational and sequential logic +Microcontrollers: PIC, STM32, ESP32, Arduino -->Robotics & Embedded Systems +Sensors, actuators, ROS (basics), motor control +Arduino, Raspberry Pi, STM32, ESP32 projects +Design of mobile robots, drones, robotic arms -->Methodology & Personalized Support +Help with homework, projects, reports and exam preparation +Clear explanations, progressive exercises, simulations (MATLAB, Simulink, Proteus) +Follow-up adapted to the student's pace and level

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As an electronics engineer specializing in radio frequencies (RF), microwaves, and printed circuit board (PCB) design, I offer personalized courses to help you master advanced electronic technologies. My expertise covers a wide range of skills, including: - Design of RF and analog circuits. - Design of multilayer PCBs integrating complex functionalities (microstrip, stripline, etc.). - Simulation and optimization with tools like Altium Designer, KiCad, LTspice, CST Studio, and ADS (Advanced Design System). - Electromagnetic compatibility (EMC) and compliance testing. - Design of IoT (Internet of Things) systems and integration of wireless modules (Wi-Fi, Bluetooth, LoRa, ZigBee). - Signal analysis and digital processing (FFT, digital filtering). With a strong background in R&D, I combine theory and practical applications to teach complex concepts such as: - RF amplifiers and active/passive filters. - Switching power supplies (SMPS) and linear regulators. - Microcontrollers and embedded systems (STM32, Arduino, ESP32). - Electronic manufacturing: creation of Gerber files, production monitoring, assembly and testing. I have already successfully supported more than 50 students, helping them master key concepts such as computer-aided design (EDA), circuit debugging, and functional prototypes. Recognized for my teaching skills, my patience, and my ability to make electronics intuitive, I adapt to the needs of each student, whether it is to succeed in an academic project, launch a prototype, or perfect professional skills. Methodology My courses are suitable for all levels, with a progressive and personalized approach: 1) Theoretical bases: exploration of fundamental principles (Kirchhoff’s laws, Thévenin and Norton’s theorems, circuit analysis). 2) Concrete applications: simulation of electronic circuits, design of multilayer PCBs, optimization for RF performances, and manufacturing of prototypes. 3) Practical projects: realization of complete systems, from idea to design, integrating microcontrollers, RF modules, and laboratory tests. I rely on professional tools and offer additional resources: 1) Interactive simulations (CST Studio, LTspice). 2) Guides on electronic manufacturing (creating Gerber files, assembly). 3) Technical support for advanced tools: ADS, HFSS, MATLAB, Python. Contact Feel free to contact me to learn more or book a session. Together, we will explore advanced electronic technologies, and I will help you achieve your academic, professional, or personal goals.

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Course Title: Electrical Circuits (Circuit Theory: DC and AC) Course Description: Welcome to Electrical Circuits, also known as Circuit Theory! This course is your gateway to mastering the essential concepts of DC and AC circuit analysis, forming the backbone of electrical engineering. Whether you're attending online or onsite, we’ll explore topics like Ohm’s Law, Kirchhoff’s Laws, circuit theorems, transient and steady-state behavior, and power analysis in AC circuits. Key areas of focus include: Understanding and applying circuit laws and theorems Analyzing resistive, capacitive, and inductive circuits Investigating transient response and AC frequency behavior Exploring practical circuit design and real-world applications This course combines theoretical learning with hands-on problem-solving to prepare you for advanced studies and practical engineering challenges. I am passionate about creating an engaging and supportive learning environment for you. If you have questions, need clarification, or want to discuss circuit concepts, please don’t hesitate to reach out. I’m here to help you succeed and make the most of this course! هذا المقرر يقدم أساسيات تحليل الدوائر الكهربائية وهو حجر الأساس في هندسة الكهرباء. سنتناول قوانين أوم وكيرشوف، النظريات المختلفة مثل ثيفينين ونورتون، وتحليل استجابة الدوائر في الحالات العابرة والمستقرة. سواء كنت تحضر المحاضرات حضوريًا أو عبر الإنترنت، سأكون دائمًا متاحًا لدعمك والإجابة على استفساراتك. لا تتردد في التواصل معي إذا احتجت لأي مساعدة. هدفي هو مساعدتك على فهم المادة وتحقيق النجاح!

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A Mechatronics Engineer graduate with a strong background in electronics and mathematics. With my expertise in electronics, I can guide you through the fundamentals of circuit design, electronic components, and troubleshooting techniques. Some Mathematics concepts will be covered to help with Electronics. Whether you're a beginner or looking to advance your skills, I can provide personalised lessons tailored to your needs making complex concepts easy to grasp by breaking them down into simpler, relatable terms.

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Proteus Software! Topic 1 Fundamentals of Digital Electronics Introduction - What does Digital Electronics study? - Binary and hexadecimal number systems - Introduction to switching algebra (logical operators, fundamental theorems) Combinational logic circuits (Logic level of abstraction) - Structural description: Logic gates - Functional description: Truth tables, logical expressions, logical expressions in canonical forms - Simplification of logical functions using the Karnaugh map method - Optional combinations. Design criteria: minimum cost and minimum risk. - Application of De Morgan's theorem in the design of combinational logic circuits with logic gates Topic 2 Regular Functional Logic Blocks (RTL level of abstraction) - Definition and classification (combinatorial and sequential) - Hierarchical approach in digital design Regular combinatorial functional logic blocks - Arithmetic (adders, comparators, ALU) - Data selectors (multiplexers) Code converters (binary decoder, BCD-7 segment, binary encoder) - Structural (gate design) and functional description of the functional logic blocks (truth tables, functional tables, logical expressions, timing diagrams) - Application examples - Hierarchical design in Proteus Topic 3 Synchronous State Machines Synchronous State Machines (MES) Method for CSS Analysis and Design. - Designing non-regular CSS using the synchronous state machine method.

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Hello everyone! My name is Pablo, I am an electronics engineer (UNLaM), and for more than 10 years I have been giving group and individual classes in the following subjects: -Analog and digital electronics - circuit theory/electrotechnics - control systems - project consulting In the development of my classes, I relate the theoretical topics with practical application examples to familiarize the concepts, in such a way that students are interested in the subject.

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Teaching physics courses for university majors A simplified and detailed explanation of university courses in the physics course such as Electronics Electricity Magnetism Solids Spectra General physics Electronics: A course that introduces the basic concepts of electronics, such as electric current, voltage, and resistance. Students learn about the different components of electronic circuits, how they work together, and how to design and build electronic devices. Electricity: A course that covers the principles of electricity, such as voltage, current, and resistance. Students learn about the different types of electricity, how it is generated, and how it is used. Magnetism: A course that covers the principles of magnetism, such as magnetic fields and forces. Students learn about the different types of magnets, how they work, and how they are used. Solids: A course that covers the properties of solids, such as their structure, composition, and behavior. Students learn about the different types of solids, how they are formed, and how they are used. Spectra: A course that covers the emission and absorption of light by matter. Students learn about the different types of spectra, how they are produced, and how they are used. General physics: A course that covers the basic principles of physics, such as mechanics, thermodynamics, and electromagnetism. Students learn about the laws of physics and how they can be used to explain the natural world. تدريس المقررات الفيزيائية للتخصصات الجامعية باللغة الإنجليزية يتم شرح مبسط ومفصل للمقررات الجامعية في مقرر الفيزياء مثل إلكترونيات - كهربية - مغناطيسة - جوامد - أطياف - فيزياء عامة