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Are you interested in the captivating world of connected objects, robotics, or embedded electronics? "Introduction to Microcontroller Programming - Learn C/C++ Easily and Create Your First Projects" is the perfect course to immerse yourself in this exciting world! This course is specially designed for beginners who want to acquire the basics of C/C++ programming while learning how to control microcontrollers like Arduino and ESP32. Why get started in microcontroller programming? Essential for electronics and robotics: Microcontrollers are at the heart of connected objects, home automation systems, robots and much more. Practical, hands-on projects: Learn how to make useful and fun projects, such as motion-sensing systems, automated lights, or small robots. C and C++: Versatile and high-performance languages: Used in the embedded industry, they offer great flexibility and total control over the hardware. Career Outlook: Demand for embedded programming skills is growing rapidly in the electronics, automotive, and Internet of Things (IoT) industries. What you will learn: This course covers all the essential concepts for mastering C/C++ programming applied to microcontrollers: Introduction to Microcontrollers: Learn what a microcontroller is, its role, and its various real-world applications. Choosing and Configuring Your Platform: Explore popular platforms like Arduino and ESP32, and learn how to install the necessary development environments (IDEs) (Arduino IDE, PlatformIO). Basics of C/C++ applied to microcontrollers: Basic syntax, variables and data types. Mathematical and logical operators. Conditions (if, else, switch) and loops (for, while). Functions: Definition, calling and organization of the code. Digital and analog inputs and outputs: Reading sensors (buttons, potentiometers, temperature sensors). Control of actuators (LEDs, motors, relays). Communication with other devices: Serial communication (UART) to exchange data with a computer. I2C and SPI protocols for connecting multiple components (displays, advanced sensors). Methodology and educational approach: Learning by doing: Each theoretical concept is immediately implemented through engaging practical exercises and mini-projects. Interactive Online Classes: Classes are conducted online, using audio and screen sharing to ensure seamless communication and interactive learning. Structured and adapted progression: The content is organized to allow step-by-step progression, ranging from beginner to intermediate level. Personalized approach: We adjust the pace and content according to your level and specific needs. Motivating Projects: Create your own electronic projects to experiment and make concrete devices. For who ? This course is aimed at: Programming beginners who want to discover C/C++ in a practical and fun way. Electronics enthusiasts who want to learn how to program their own circuits and embedded devices. Computer science, electronics or engineering students looking to strengthen their embedded programming skills. Makers and hobbyists curious to design innovative projects with Arduino or ESP32. Professionals in retraining who wish to acquire sought-after skills in IoT and embedded electronics. Why choose this course? An experienced teacher: The course is led by a computer engineer passionate about electronics and embedded programming, with a clear and motivating teaching approach. Concrete and engaging projects: Each project allows you to put the concepts learned into practice while creating useful and fun devices. Personalized support: Regular monitoring to ensure your progress and answer all your questions. Flexibility and accessibility: Learn from home at your own pace, with additional resources to deepen your knowledge. How does it work? Initial assessment: A tailor-made assessment to define your objectives and evaluate your starting level. Interactive online courses: Learn from home with live explanations, demonstrations and practical exercises. Personalized monitoring: Receive regular feedback on your progress and advice to help you continuously improve. Register now ! Don't let embedded programming seem overwhelming. Join us to master C/C++ applied to microcontrollers and bring your electronics ideas to life. Dive into the world of connected objects with confidence and creativity!

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Robotics with Arduino – Class Overview This class introduces students to the exciting world of robotics using the Arduino platform. It is designed to provide hands-on experience in building, programming, and controlling robots, while developing core skills in electronics, embedded systems, and problem-solving. What students will learn: Basics of Arduino and microcontroller programming Electronic components: sensors, motors, LEDs, and more How to build and wire simple robotic systems Writing Arduino code to control robot behavior Using sensors to enable autonomous navigation (e.g., obstacle avoidance, line following) Real-world applications of robotics and IoT Skills developed: Circuit design and prototyping C/C++ programming for embedded systems Logical thinking and debugging Creativity in designing robotic solutions 2D design MBlock for beginners Target audience: Students from middle school to university level, hobbyists, or anyone interested in learning practical robotics and automation through Arduino. Outcome: By the end of the course, students will have built multiple functioning robotic projects and gained a solid foundation in embedded programming and hardware integration.

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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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With 10 years of experience in teaching and development, I am a computer engineer with a double master's degree: a professional master's in computer science and networks, and another in industrial systems. I also hold a Master's in NTIC (New Information and Communication Technologies) research. My expertise spans a wide range of areas, including programming in Python and Java, database management, cybersecurity, as well as the design and management of robotic systems. Passionate about teaching and knowledge transfer, I support students and professionals in learning advanced technologies, focusing on practical applications and real-world problem-solving. I offer tailored courses to meet individual needs, either online or in-person, covering various fields of computer science and technology.

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✨ Information and Communication Technology (ICT) lessons! I offer comprehensive ICT lessons for middle and high school levels, covering the following curricula: Saudi 🇸🇦 Qatari 🇶🇦 International 🌍 🎓 What do the lessons include? Detailed explanation of basic and advanced concepts in information technology. Practical applications of various programs and technologies. Teaching programming and modern digital concepts in a simple and fun way. Develop the technical skills needed to keep pace with the future. 🎯 Who are these lessons suitable for? Students who wish to improve their academic level. Those who want to understand the basics of technology in a practical way. International students who need courses that fit their curriculum.

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This introductory course to robotics and programming with Arduino will allow you to understand the basic concepts of programming and creating robotic projects. Through hands-on activities, you will learn how to connect sensors, program a microcontroller, and develop interactive applications.

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Hello, I am HAMID, holder of a master's degree in math-info and with 3 years of experience in a French mission in Casablanca. I offer support courses and coaching for students and pupils in the following fields: mathematics, robotics, computer development, data science, databases, and statistics. I also support students in complex projects such as summer internships and other academic work. Sessions can take place online or in person in Laayoune (84), depending on your preferences. I also have a good command of the Canadian high school program thanks to my experience in virtual support. My rates are flexible and decreasing.

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Welcome to the course that will change your future! Have you ever wondered what it takes to create your own video games, understand the magic behind artificial intelligence or bring robots to life? This is the course you have been waiting for! "Programming and Creation of Video Games and Introduction to Artificial Intelligence" is your gateway to the exciting world of technology. Here you will not only learn how to program, but you will unlock a set of essential skills that will open the doors to endless opportunities in the world of work. Programming is the skill of the future, and in this course we give you the tools to be part of that revolution. What do we offer you? You will learn to program with fun and ease using platforms like Code.org and Scratch. You'll explore video game creation, from the basics to building your own virtual worlds. You will discover the magic of artificial intelligence and how it is applied in everyday life. Immerse yourself in the exciting world of educational robotics, where you will build and program your own robots. Are you ready to unlock your potential and take control of your future? Enroll now and get ready for a learning journey that will take you to the next level! The future is waiting for you, be part of it!

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Meet your incredibly patient robotics professor! I'm here to turn your ideas into reality. Don't hesitate to apply, even if you're starting from scratch or have little prior knowledge. I'll provide guidance tailored to your unique pace and needs.

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The course is divided into several stages starting first with - A general introduction to the embedded system; definition, areas of activity, interest, advantages and disadvantages. - Studies of the internal architectures of the various embedded systems (Memories, buses, cache, debugging) as well as the various embedded communication protocols (I2C, UART, SPI, CAN). - Introduction to the C programming language and applications to embedded domains. - Study and application of Arduino and STM32 microcontrollers. - Various applications according to the needs of the student. - Complete follow-up of the different stages and progress of the student.

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I will teach you how to develop a human-robot interface for remote operations in hazardous environments, for example, in the radioactive areas at the European Organization for Nuclear Research (CERN). This is an authored course based on my PhD research, you will understand: -what realities we can have (virtual, augmented, mixed, extended) -what are the head-mounted devices and what are their advantages -how to overcome limited bandwidth in a mobile network while operating a robot in the XR interface -how to remotely control robots and program the communication -Unity game engine use for the interface development

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One of the cornerstones of STEM education (Science, Technology, Engineering, and Mathematics) and the entryway to the new modern Industrial 4.0 era is robotics and computer science. In order to ask robots to perform jobs more precisely, building and programming them takes a great deal of background knowledge in engineering-related areas. However, in this course, there won't be any in-depth rocket science theory, and we'll start by learning how to build and code for our Simple Robot using only the most fundamental ideas and applications. Throughout the course you will learn : - Basics coding using Scratch Programming, - Basics robotics coding and building At the end of the course, you will team up with other students to compete in mini competition. With that result, you will be chosen to enroll in the following advanced levels. Course Duration - 10 weeks

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I am a Mechanical Engineer, who is always eager to share my knowledge and passion with high school, university students, and anyone who is interested in getting to know more about this fascinating world of robotics. Having experienced how education and practical skills are important in the career via various projects done in my college days from the simple ones such as accident prevention systems using an ultrasonic sensor to complex ones such as building a tri-copter drone, I would like to offer this class as an exciting opportunity to, experience the joys of robotics which I experienced while making those drones. The subject of the class will be fully customized to the interest, level, and motivation of the student. I am looking forward to seeing you in my class and helping you see build projects and experience that "Yipee ka yee" moment

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These lessons introduce learners of all ages from curious children (6+ years) to adults (18+) to the exciting world of computer programming and robotics. The classes are designed to be flexible, practical, and engaging, ensuring that every student learns at their own pace. Through guided activities and projects, learners will: Understand the fundamentals of coding (loops, conditionals, variables, algorithms) Create interactive animations, games, and stories with Scratch (ideal for younger learners) Explore Python programming for problem-solving, data handling, and creative coding (great for teens and adults) Experiment with electronics and robotics using Arduino and simple circuits Develop essential 21st-century skills such as problem-solving, logical thinking, and creativity Teaching Approach: For children (6–12 years): Lessons are playful, hands-on, and project-based—using games, stories, and interactive activities to make learning fun. For teenagers and adults (13+ years): Lessons focus on building real-world skills, practical coding projects, and understanding how technology can be applied in different fields. Outcome: By the end of the lessons, each learner will have the confidence to create, design, and problem-solve using programming and robotics. They will walk away with completed projects, a deeper understanding of technology, and the motivation to continue exploring on their own.

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I offer good trining on Arduino, with interacting projects, starting from basics to advanced knowledge. By persuing this course you'll be able to create great electronic projects based on Arduino boards with other devices (sensors, DC motors, Servo motors..etc). It doesn't matter how your level in programming is, This training will guide you from the zero to advanced level in Arduino programming.

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In this Autodesk Inventor course, Anders Rojas (Autodesk Inventor Expert) will teach you how to create sketch, parts, assembly and drawing file using the variety of tools in Autodesk Inventor. This course is designed for the absolute beginner, meaning no previous experience with Autodesk Inventor is required. If anyone wants to fill up his/her gap in Autodesk Inventor, then this is also right course for them. You will be fully capable of using these tools and techniques to create your own drawing and get control perfectly using this 3D modeling software.You'll quickly have relevant skills for real-world applications.