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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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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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..................................... (satisfied or refunded)........ ....... Electrical engineering expert PhD student in electrical engineering and renewable energies engineer in electrical engineering and industrial computing I offer home schooling courses to deal with the difficulties encountered by students during their schooling, These courses allow the student to get back to level and regain confidence in all scientific subjects, as well as effectively preparing him for the Baccalaureate, Preparatory Classes or various exams. ===Automatic (Servo-control and automatism regulation (discrete, continuous)======== ===Electrical engineering (electrical machines) and power electronics (inverter rectifier)======= ===Continuous and sampled signal processing================= ===VHDL programming, microcontroller and microprocessor (intel, ARM)============ ===High frequency electronics (transistor, diode, AOP, noise)============ ===Propagation of electromagnetic waves and antennas======== ===Analog and digital electronics (filters, flip-flops, sysml,Grafcet,amplifier)===== === Realization of electrical projects ===MATLAB ARDUINO Proteus ISIS === Renewable energies 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 pedagogical approach is effective since it has often led me to interesting results with my students.

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Hello, I am a doctor 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, automation, 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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Lesson title: General Physics for University Students (Physics 101 & 102) - The Complete Guide to Mastering Concepts, Solving Complex Problems, and Guaranteeing A+ Exams Detailed lesson description: Do you feel that the general physics course is an obstacle to your academic achievement? Do you find it difficult to connect theoretical laws and apply them to complex exam problems in English? Do you suffer from time constraints during exams or difficulty in extracting data correctly? Don't worry! This comprehensive and intensive course is specifically designed to be your first and complete reference for passing the General Physics I & II courses with the highest distinction (A+), and turning physics from a source of anxiety into a strength in your GPA. --- First: Topics covered in the General Physics 1 course (Physics 101 - Mechanics and Heat): 1. Vectors and Physical Quantities: Understanding scalar and vector quantities and their applications. - Adding and subtracting vectors structurally and computationally (Vector Addition & Components). - Standard multiplication and cross product (Dot Product & Cross Product) and their direct uses. 2. Movement in one dimension and two dimensions (Kinematics in 1D & 2D): - Equations of motion with constant acceleration. - Free Fall & Projectile Motion. Uniform Circular Motion and Determination of Acquired Acceleration Directions. 3. Newton's Laws of Motion and their applications: - Newton's first, second and third laws and the formulation of the free-body diagram. - Applying forces to different axes and dismantling the vehicles. - Dealing with static and kinetic friction forces, inclined surfaces, and suspended masses. 4. Work, Energy & Conservation of Energy: - Calculating the work done by constant and variable forces. - Kinetic and Potential Energy. - The principle of conservation of mechanical energy and its applications in the presence and absence of friction. 5. Linear Momentum & Collisions: - Definition of momentum and calculation of impulse (Momentum & Impulse). - Elastic and inelastic collisions in one dimension and two dimensions (Elastic & Inelastic Collisions). - Calculating the center of mass for systems and particle systems. 6. Rotational Motion and Torque: - Speed, angular acceleration, and the relationship between them and linear quantities. - Bending moment, shear moment, and inertia moment. - Applying Newton’s second law to rotational motion and the conservation of angular momentum. --- Second: Topics covered in the General Physics 2 course (Physics 102 - Electricity and Magnetism): 1. Electric Charge and Coulomb's Law: - Properties of electric charges and the laws of attraction and repulsion. - Calculating the net electric force resulting from a group of point charges (Superposition Principle). 2. Electric Field and Gauss's Law: - Calculating the electric field strength for point charges and continuous charge distributions. - Electric flux and applications of Digges' law to spherical, cylindrical and planar surfaces. 3. Electrical Potential and Potential Energy: - The difference in electrical potential and the work done to move the charges. - Calculating the electrical potential resulting from the different distributions of conductive and insulating surfaces. 4. Capacitors and Dielectrics: - Capacitor capacity and methods of connecting capacitors in series and parallel (Series & Parallel Capacitors). - Energy stored in the electric field and the effect of introducing dielectric materials on capacitance and voltage. 5. Electric current and electrical circuits (Current, Resistance & DC Circuits): - Ohm's Law and the difference between resistance and resistivity. - Analyzing complex electrical circuits using Kirchhoff's Voltage & Current Laws. - Capacitor charging and discharging circuits (RC Circuits). 6. Magnetic Field and Magnetic Forces: - The magnetic force acting on moving charges and wires through which a current flows (Lorentz Force). - The movement of charges in uniform magnetic fields. - Biot-Savart Law and Ampere's Law for calculating magnetic fields. --- Advantages of the teaching method and services provided in this course: * Simplifying and deconstructing concepts: Transforming complex laws and dry theories into simplified ideas explained in Arabic while maintaining complete directness and professionalism in dealing with English terminology. * Exam-style training: Solving hundreds of problems and concepts ranging from beginner to advanced levels and levels for outstanding students. * Solving Past Papers: A comprehensive review of past years’ questions from various universities and coverage of midterm and final exam concepts. Overcoming the obstacle of multiple choice (MCQs): Introducing critical thinking strategies, quick problem-solving, and techniques for eliminating incorrect answers to deal with time pressure in electronic and paper tests. * Support and follow-up: Answering student inquiries, explaining school and university assignments (Assignments & Homeworks), clarifying weaknesses and addressing them immediately. Who is this course for? This course is aimed at all first and second year students in engineering colleges (mechanical, electrical, civil, aviation, computer), science college students (physics, mathematics, chemistry), technological and technical college students, and every student who seeks to break the barrier of fear of physics and reach the top by obtaining the highest grade. Keywords (Tags): Physics 101, Physics 102, General Physics, University Physics, Physics 101, Physics 102, Mechanics, Electricity and Magnetism, Engineering, University, Physics Exams, Physics Problem Solving, Past Papers, Calculus-based Physics, Coulomb, Newton, Kirchhoff, Diving, Piots Savar, EmSAT, Physics Tests, University Physics Explanation, Physics Questions and Answers, Physics Homework, General Physics I, General Physics II

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I offer one-to-one Electronics and Electrical Engineering tuition for university students, college students, and serious learners. Lessons are available online or in person around Birmingham. What I cover: Circuit analysis (DC and AC, Kirchhoff's laws, Thevenin / Norton, op-amps) Digital electronics and logic design Signals and Systems, Digital Signal Processing (DSP) Control systems (Laplace, transfer functions, stability, frequency response) Embedded systems and microcontroller basics Power electronics fundamentals University coursework, lab reports, dissertation and project support Exam preparation for engineering modules How I teach: I start by figuring out exactly which concepts are tripping you up — most students are stuck on one or two key ideas, and once those click, everything else falls into place. I use plenty of worked examples, real circuit diagrams, and clear explanations of the maths behind each topic. For project and dissertation work, I can help you plan, debug, and present your work properly. If you're struggling with an engineering module, preparing for exams, or working on a final-year project, I can help you turn confusion into confidence.