Robotics and arts and crafts lessons for children.

Àpd 98.54 $ /h

I can teach fun and engaging sessions in spheros and ozobots.

We can learn basic coding, and also make the classes more fun by getting creative and making things. We can then program the robots to interact and move around the things we make.
I have been teaching robotics to school classes for one year, but also have many years teaching arts and crafts sessions with children. I like to combine both these subjects in the lessons.

Informations supplémentaires

Laptop, basic arts and crafts materials. Sphero or Ozobot robot

Lieu

En ligne depuis Royaume-Uni

Age

Enfants (4-6 ans)

Enfants (7-12 ans)

Niveau du Cours

Débutant

Intermédiaire

Avancé

Durée

45 minutes

Enseigné en

anglais

Compétences

Robotique

Disponibilité semaine type

(GMT -05:00)

New York

Cours par webcam

Mon

Tue

Wed

Thu

Fri

Sat

Sun

00-04

04-08

08-12

12-16

16-20

20-24

Harry

3.6

(5)

I have 10 years of experience in maths, physics, and science within aerospace, electronics, and space physics research. I can teach maths in a very innovative way that anybody can understand and become proficient. I provide very easy exercises step by step

Matías

3.6

(5)

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!

Ayoub

3.6

(5)

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.

Rachid

3.6

(5)

Je suis un enseignant certifié par l'Éducation Nationale française et spécialisé dans les sciences numériques. Je propose des cours ludiques et interactifs de robotique utilisant les équipements LEGO et VEX. Nous apprendrons ensemble à construire des robots de manière efficace et à les programmer pour les faire fonctionner de manière autonome. Les cours s'effectuent à mon domicile (quartier Californie, Casablanca), dans une ambiance d'apprentissage amusante et stimulante.

En tant qu'enseignant passionné et expérimenté en robotique, j'ai une grande expérience pour créer des expériences d'apprentissage ludiques et mémorables pour mes élèves. Je suis convaincu que la robotique est un moyen efficace pour aider les élèves à développer leur pensée logique, leur résolution de problème et leur créativité. N'hésitez pas à me contacter pour discuter de vos besoins et planifier une première séance pour découvrir les merveilles de la robotique avec moi.

Fahol

3.6

(5)

During this training you will learn the basics of electronics and Arduino programming.

Prerequisites: None,
The only personal prerequisite is to like tinkering and experiments. No need to be excellent in electronics or a computer expert to understand and reproduce the assemblies during this course.
We will start gently so that everyone can follow along. Don't put any pressure on yourself.

Software: PROTEUS pro software will be sent to you for free

Goals :
• Introduction to the C language
• Learn to create small assemblies on your own using electronic components with a microcontroller
• Program the sensors (temperature, pressure, distance, gas detector, etc.) according to your needs
• Control your objects remotely with your Smartphone or a remote control
• Several individual practice sessions at your own pace

Abdeer

3.6

(5)

Doctor and graduate in mechanical engineering, I give private lessons at the following level:
* Kinematic Model Course (direct or inverse)
* Dynamic Model Course (direct or reverse)
* Static Model Course (direct or inverse)
* Course Planning the trajectory
* Robot Control Course
* Programming course on Matlab or RoboStudio.

Abdelhakim

3.6

(5)

As a programming expert, I have a perfect command of several languages such as C and Python, as well as the programming of ARDUINO and Raspberry Pi electronic boards and the modeling of systems with MATLAB SIMULINK.

I am delighted to offer my skills to help you accomplish your professional projects or succeed in your private lessons in full quality and on time. With my experience and my passion for programming, I am confident that we can work together to achieve the desired results.

Whether you need assistance programming an application, designing an electronic circuit, robotics project, or modeling a system, I'm ready to help. Do not hesitate to contact me now to discuss your project and start working together.

Sirine

3.6

(5)

As an electronic engineer with hands-on experience in robotics and a native speaker of Arabic, I’m excited to offer lessons that connect practical knowledge with a passion for learning. My goal is to inspire curiosity, build confidence, and provide engaging insights into both robotics and Arabic. Whether you’re a beginner exploring these fields or someone looking to deepen your understanding, I’m here to guide you step-by-step on your learning journey.

Boris

3.6

(5)

Vous êtes intéressé par le monde captivant des objets connectés, de la robotique ou de l'électronique embarquée ? "Initiation à la Programmation de Microcontrôleurs – Apprenez le C/C++ Facilement et Réalisez vos Premiers Projets" est le cours parfait pour vous plonger dans cet univers passionnant ! Ce cours est spécialement conçu pour les débutants qui souhaitent acquérir les bases de la programmation en C/C++ tout en apprenant à contrôler des microcontrôleurs comme les Arduino et les ESP32.

Pourquoi se lancer dans la programmation de microcontrôleurs ?
Essentiel pour l'électronique et la robotique : Les microcontrôleurs sont au cœur des objets connectés, des systèmes domotiques, des robots et bien plus encore.
Projets pratiques et concrets : Apprenez à réaliser des projets utiles et amusants, tels que des systèmes de détection de mouvement, des lumières automatisées ou de petits robots.
C et C++ : Langages polyvalents et performants : Utilisés dans l'industrie de l'embarqué, ils offrent une grande flexibilité et un contrôle total sur le matériel.
Perspectives professionnelles : La demande pour des compétences en programmation embarquée est en forte augmentation dans les secteurs de l'électronique, de l'automobile et de l'Internet des Objets (IoT).

Ce que vous allez apprendre :
Ce cours aborde toutes les notions essentielles pour maîtriser la programmation en C/C++ appliquée aux microcontrôleurs :

Introduction aux microcontrôleurs : Découvrez ce qu'est un microcontrôleur, son rôle et ses diverses applications dans le monde réel.
Choisir et configurer votre plateforme : Explorez des plateformes populaires comme Arduino et ESP32, et apprenez à installer les environnements de développement (IDE) nécessaires (Arduino IDE, PlatformIO).
Bases du C/C++ appliquées aux microcontrôleurs :
Syntaxe de base, variables et types de données.
Opérateurs mathématiques et logiques.
Conditions (if, else, switch) et boucles (for, while).
Fonctions : Définition, appel et organisation du code.
Entrées et sorties numériques et analogiques :
Lecture des capteurs (boutons, potentiomètres, capteurs de température).
Commande des actionneurs (LEDs, moteurs, relais).
Communication avec d'autres appareils :
Communication série (UART) pour échanger des données avec un ordinateur.
Protocoles I2C et SPI pour connecter plusieurs composants (écrans, capteurs avancés).

Méthodologie et approche pédagogique :
Apprentissage par la pratique : Chaque concept théorique est immédiatement mis en œuvre à travers des exercices pratiques et des mini-projets engageants.
Cours interactifs en ligne : Les cours se déroulent en ligne, utilisant l'audio et le partage d'écran pour garantir une communication fluide et un apprentissage interactif.
Progression structurée et adaptée : Le contenu est organisé pour permettre une progression étape par étape, allant du niveau débutant à intermédiaire.
Approche personnalisée : Nous ajustons le rythme et le contenu en fonction de votre niveau et de vos besoins spécifiques.
Projets motivants : Créez vos propres projets électroniques pour expérimenter et réaliser des dispositifs concrets.
Pour qui ?
Ce cours s'adresse à :

Les débutants en programmation désireux de découvrir le C/C++ de manière pratique et ludique.
Les passionnés d'électronique souhaitant apprendre à programmer leurs propres circuits et dispositifs embarqués.
Les étudiants en informatique, électronique ou ingénierie qui cherchent à renforcer leurs compétences en programmation embarquée.
Les makers et hobbyistes curieux de concevoir des projets innovants avec Arduino ou ESP32.
Les professionnels en reconversion désireux d'acquérir des compétences recherchées dans l'IoT et l'électronique embarquée.
Pourquoi choisir ce cours ?
Un enseignant expérimenté : Le cours est animé par un ingénieur informaticien passionné par l'électronique et la programmation embarquée, avec une approche pédagogique claire et motivante.
Des projets concrets et engageants : Chaque projet vous permet de mettre en pratique les concepts appris tout en réalisant des dispositifs utiles et amusants.
Accompagnement personnalisé : Un suivi régulier pour s'assurer de votre progression et répondre à toutes vos questions.
Flexibilité et accessibilité : Apprenez depuis chez vous à votre rythme, avec des ressources complémentaires pour approfondir vos connaissances.

Comment ça fonctionne ?
Évaluation initiale : Un bilan sur mesure pour définir vos objectifs et évaluer votre niveau de départ.
Cours en ligne interactifs : Apprenez depuis chez vous avec des explications en direct, des démonstrations et des exercices pratiques.
Suivi personnalisé : Recevez des retours réguliers sur vos progrès et des conseils pour vous améliorer en continu.
Inscrivez-vous dès maintenant !
Ne laissez pas la programmation embarquée vous sembler difficile. Rejoignez-nous pour maîtriser le C/C++ appliqué aux microcontrôleurs et réalisez vos idées électroniques. Plongez dans le monde des objets connectés avec assurance et créativité !

Wissem

3.6

(5)

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.

Said

3.6

(5)

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!

Hiba

3.6

(5)

Learn how to create modern and dynamic websites, master Python, and then discover how to integrate artificial intelligence into your projects! We'll cover web basics (HTML, CSS, JavaScript), backend development with Python (Django, Flask), and the use of AI libraries (TensorFlow, Scikit-learn) to create intelligent applications: data analysis, anomaly detection, chatbots, etc. Each session is interactive, adapted to your level, and focused on real-world projects to help you code with confidence and creativity.

Hussein

3.6

(5)

I offer tutoring in mathematics and robotics for middle school, high school, and university students. The goal is to strengthen the foundations, develop understanding of concepts, and progress through clear explanations and tailored exercises.

In mathematics, courses cover algebra, analysis, geometry, and test preparation.

In robotics, the sessions include programming (Python, C++, MATLAB), modeling and simulation (ROS, Simulink, SolidWorks), as well as the design of robotic systems. I also offer specialized courses in robotic system control (linear, non-linear, robust control, etc.).

In addition, I support students in their mechanical design and simulation projects in robotics and control, in order to help them develop concrete solutions adapted to their academic or professional needs.

Each course is personalized according to the student's needs to ensure effective and lasting progress.

Mohamed

3.6

(5)

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

Meriem

3.6

(5)

Electronics and Arduino programming are essential skills for anyone interested in embedded systems and smart projects. In this course, you’ll learn how to understand electronic components and how to program Arduino boards to bring your ideas to life. The course is designed as a practical and beginner-friendly guide to electronics and Arduino, with hands-on examples and real applications.

You’ll learn how to work with sensors and actuators, read schematics, write and debug Arduino code, and build interactive projects such as LED systems, motor control, and basic IoT applications. By the end of the course, you’ll have the confidence to design, build, and program your own electronic projects.