Teaching the fundamentals of electrical circuits, electronics, and digital circuits. In addition to practical labs and project work in electrical engineering and computer engineering, I also teach courses in C and Python, an introduction to programming, web applications, and graduation projects and artificial intelligence projects.

Hello! My name is Sandra. I completed my undergraduate degree in Electronics and Communications Engineering in Mexico City. Following that, I earned my Master's degree in Communications Systems and Signal Processing in England, and my PhD in Physics, focusing on the acoustics of musical instruments, in Scotland. I have been teaching electronics and electrical engineering since 1999 at various universities and in different countries, and I can do this equally well in German, English or Spanish. If you are currently having difficulty following the electronics or electrical engineering lectures at your school, college or university, or if you want to prepare for an exam, or if you are looking for further opportunities to practice your knowledge, or if you generally want to learn about electronics or electrical engineering, I would be happy to help you! Topics that I often cover include: * Voltage, current, power, efficiency * Ohm's and Kirchhoff's laws * Solution of resistance networks with resistors in parallel and in series * Solving circuits using the mesh and knot method * Solving circuits using the superposition theorem * Backup voltage and current sources * Electric and magnetic fields * Circuits with capacitors and inductors in direct current (step response) * Circuits with capacitors and inductors in alternating current * Power in alternating current, power correction * Three-phase current * Analog-to-digital and digital-to-analog conversion of signals * Signal sampling, Nyquist theorem, aliasing, quantization * Fourier Theorem and Transformation * DFT, frequency resolution, spectral leakage, window functions * Spectrogram, frequency and time resolution * Fourier-based analysis and synthesis of signals * Passive and active filters * LTI systems, folding * Laplace, impedance, transfer function, frequency response, Bode plot * Diode circuits * Transistor (BJT) basic circuits * Basic op-amp circuits * Audio signal chain * Microphones, preamplifiers, power amplifiers, loudspeakers

I work with you as a Spanish-speaking international student to help you clearly and directly understand subjects such as engineering mathematics, physics, electronics across all areas (analogue, digital, power systems and circuits), signals and systems, and applied programming using tools like Python, MATLAB, or Arduino. The goal is for you to stop seeing these topics as abstract concepts in English and start truly understanding them in your own language, connecting theory with what is required at university. Each session is adapted to what you are covering in class, whether it is exam preparation, assignment support, or strengthening fundamentals, with simple, practical explanations focused on helping you progress with confidence.

I am a Master’s student in Telecommunications Engineering at the University of Bologna, with a current GPA of 29.54/30 and a previous academic background in Control Engineering. I offer lessons in English for university and engineering students who need help with mathematics, physics, signals and systems, control systems, and telecommunications. My lessons are structured and practical: first we identify the student’s difficulties, then we review the theory clearly, and finally we solve exercises step by step. I can help with exam preparation, assignments, lecture review, MATLAB practice, and understanding difficult technical concepts. The goal is not only to solve one exercise, but to help the student build a clear method for solving similar problems independently.

This class provides an introduction to the fundamental principles of electrical and electronic engineering with emphasis on control systems and their industrial applications. Topics include basic electrical circuits, electronic components, signal analysis, and the modeling and control of dynamic systems. Students will explore how electrical and electronic technologies are used to design, analyze, and regulate modern engineering systems, including automation, power systems, and industrial processes. The course integrates theoretical concepts with practical examples to develop analytical and problem-solving skills relevant to engineering practice.

I offer structured and personalized courses in analog and digital electronics, covering everything from circuit fundamentals to integrated circuit (IC) design and system-level concepts. With a PhD in Electronics and academic as well as research experience, I help students build strong technical foundations while developing real-world engineering intuition. My teaching approach combines clear theory, practical examples, problem-solving techniques, and design-oriented thinking. Courses are suitable for undergraduate and master’s students, PhD candidates, and professionals, as well as motivated high-school students preparing for engineering studies. Whether your goal is exam preparation, project support, or gaining confidence in electronics design, I adapt the course content and pace to your needs with professionalism, clarity, and encouragement.

I am a dedicated Physics teacher with a strong passion for explaining scientific concepts in a clear, practical, and engaging way. I focus on building students’ conceptual understanding, problem-solving skills, and scientific thinking. My teaching approach combines theory with real-life applications, experiments, and visual explanations to make physics easy to understand and enjoyable for students at different academic levels.

Hi, I’m Maciek I am a graduate of an Electronics Technical High School and currently an Electrical Engineering student. I know exactly how overwhelming circuits and formulas can feel because I’ve been there. My teaching philosophy is simple: I believe anyone can master this subject—it’s just a matter of time and the right explanation. I don’t believe in "bad students," only rushed explanations. In our lessons, we work stress-free using a virtual whiteboard, so you can see every step clearly. I provide my own custom notes and visual aids to help you understand, not just memorize. Let's tackle this together, at your own pace!

Maths is langauge and life.our daily activity is programed by maths. Understanding maths deeply helps to program your life and live happly. The current world is rewired by maths. We live in the set of mathematics. I help you to understand the concepts , rules of maths and the application of maths in Engineering easly and solve any problem by your self. I studied Bsc in Maths and Bsc in electrical Engineering. I understand the role of maths deeply when I study Electrical Engineering.

Mathematics can be challenging—but with the right guidance, any student can excel. I am a University Lecturer Assistant in Mathematics, an Engineer, and currently pursuing my PhD, with more than 7 years of teaching experience (including 4 years online) for school and university levels. I have taught students from a wide range of backgrounds, including IGCSE, American curriculum, university undergraduate programs from different faculties. My lessons are tailored to each student’s pace, goals, and learning style to ensure real understanding, not memorization. What you will learn in this class: 1- Clear understanding of mathematical concepts 2- Step-by-step problem-solving strategies 3- How to approach exams with confidence 4- Techniques to improve speed and accuracy 5- Application of math in engineering and real-life contexts Subjects I teach: 1- Algebra, Geometry, Pre-Calculus 2- Calculus I, II, III 3- Linear Algebra, Differential Equations 4- Probability & Statistics 5- IGCSE & American Math Curriculum (Secondary levels) 6- Numerical Analysis Why choose this class? 1- Taught by a university-level lecturer and researcher 2- 1-to-1 tailored explanations for your level 3- Easy-to-follow teaching style that builds confidence 4- Perfect for struggling students or high achievers aiming for top grades 5- Flexible teaching pace to suit beginners, intermediate, and advanced learners Whether you are preparing for an exam, need help understanding your coursework, or want to strengthen your math foundation, I will guide you step-by-step until you master the material.

Electronic engineering student. I'm looking to tutor secondary school (ESO) and high school (Bachillerato) students, as these are the subjects I'm most proficient in. My preferred subjects are mathematics, physics, technical drawing, and technology. I aim to teach through understanding, ensuring students know what they're doing and don't learn blindly. I start with theory and then apply it to fully grasp the concepts.

This course offers a comprehensive and interactive introduction to Communication Systems, covering the essential concepts behind how information is transmitted, received, and processed across various communication channels. The course adapts to the student’s level (beginner, intermediate, or advanced) and provides a solid foundation in both analog and digital communication. Students will learn the theoretical principles that govern modern communication systems and reinforce learning through practical examples and optional hands-on simulations using MATLAB or Python. Real applications related to wireless networks, mobile communications, satellite links, IoT, and modern digital communication can be integrated depending on the student’s interests.

I offer a comprehensive training program that covers a wide range of technical and managerial knowledge, combining academic depth with practical application. The courses aim to hone trainees' skills and enable them to compete in the job market by combining the latest international curricula with practical field experience. Training includes: University courses are a requirement for the College of Engineering in general and for Electrical, Computer, Electronics, Communications and Electrical Power Engineering in particular. (Systems and Communications): Comprehensive understanding of architecture, systems integration, operational management, and alignment with international standards such as TOGAF, DoDAF, NAF, RMF. Engineering and Networking: Network design and management, cybersecurity, data centers, cloud computing, simulation, and advanced test environments using Cisco, FortiGate, VMware, Nutanix, and others. Programming and Digital Tools: Learn the basics of C, Python, and Shell, automation, using AI in education and business, and training on BI tools (Sigma BI, SAP Datasphere, SAP SD-CCM). Business and Project Management: Preparing project plans according to PMP, applying ITIL governance, risk and change management, Agile and Scrum methodologies, and drafting operational and governance documents. Professional development and personal skills: mastering presentations, preparing strategic studies and analyses, using distance learning tools, and honing communication and persuasion skills. The teaching method depends on: Gradual simplification of complex concepts with real-life examples. Balancing theoretical and practical aspects through practical workshops. Adapted to the student's level (beginner, intermediate, advanced) and target age group. This provides the trainee with comprehensive practical experience that enables them to quickly develop their skills and enhance their professional opportunities, whether in the academic, industrial, military, or commercial fields. or anything related to the following, just 🚀 route it my way: ☁ Cloud & Certifications Azure (AZ-104, AZ-204, AZ-400, AI-102, DP-100, DP-200, DP-203, DP-420) AWS (SAA-C03, DVA-C02, MLS-C01) GCP (ACE, PCD, ML, Data Engineer Pro, Cloud Developer) 💾 Big Data & Analytics Databricks, Spark / PySpark, Airflow, Hadoop, Kafka, Delta Lake Data Analytics, GenAI-Powered Data Analytics, Forensic Technology 🔧 DevOps / IaC Azure DevOps (AZ-400), Docker 🐳, Kubernetes ☸, Jenkins, Terraform 🌱, Ansible, GitHub, Puppet, Chef 🧠 AI / ML / LLMs Machine Learning, Deep Learning, NLP, MLOps Generative AI in Business, SageMaker 🤖

Personalized Approach: No more one-size-fits-all lessons! I'll customize each session to suit your unique learning needs and pace. Comprehensive Curriculum: Whether you're struggling with algebra, geometry, calculus, or any other math topic, I've got you covered. Interactive Learning: Say goodbye to boring lectures! My sessions are interactive and hands-on, making math fun and easy to understand. Proven Results: Watch your grades soar as you gain a deeper understanding of math concepts and develop valuable problem-solving skills.

In today's world of digital transformation, it is very important to know the fundamentals of the most important subjects. That's why by learning mechanical and electronic engineering and their technological foundations, we'll come to understand the fundamentals of the information technology that dominates today's world of digital transformation. Learning mechanical and electronic technology means this. Read and learn!

PhD in Electrical Engineering teaching experience for 15 years. Consultancy Experience in Electrical Design of construction projects teacher in a well reputed university and a researcher and reviewer in international engineering joournals.

Do you find any of the aforementioned subjects difficult? Regardless of your level of expertise, our one-on-one online coaching is here to assist you step-by-step. Your goals will be the precise focus of the class. Regardless of whether you are a student in school, preparing for an exam, or working on a specific project. Throughout the whole session, I will give you all of my energy and focus. In order to tailor the teaching process for optimal comprehension and retention, I will undoubtedly be aware of your learning preferences and strong points.

I provide simplified individual lessons to school and university students in mathematics and electrical engineering. I explain concepts step by step using practical exercises, to ensure that the student understands the rule and does not just memorize it. I use interactive teaching methods and various practice questions, depending on the student's level and the goal of the lesson (studying - review - exams). I can teach electrical circuits, calculus, algebra, and differential equations in Arabic or English. I strive to provide a supportive, comfortable, and calm learning environment for my students.

I am here to teach engineering subjects for electrical or electronics engineering students online. I am an associate professor with a PhD in Electronics engineering and a teaching and research experience of 15+years. I can effectively teach basics of electrical and electronics engineering and also the advance subjects of the electrical and electronics engineering. I am also teaching subjects like Data Communication Networks, Computer Organization and Architecture also.