Basic Programming : Embedded C & Python
In Basic Programming Course Students will learn about basic input and output electronics components, their connections to the microcontroller Arduino, and their programming using embedded C and Python languages at this level. In Basic Python programming, students will learn how to create projects such as calculators and AI chatbots to understand more about the Python language. Science concepts: Tokens, Literals, Data types, data flow, and various conditional statements are used to control various electronic components.
Why Basic Programming
Acquisition of Practical Skills
Problem-Solving Abilities
Keeping Up with Industry Trends
Benefits of This Course
- Gain Technical Skills
- Kids develop a sense of empowerment and achievement.
- Skills they gain will be valuable for the tech-driven world kids will grow up in.
- Kids develop logical thinking and problem-solving skills.
- Improve Creativity
Overview Of Courses
- Introduction to Programming
- Real-world applications of programming
- Introduction to Python
- Python Basics
- Variables and data types in Python
- Basic operators in Python
- Control structures (if statements, for and while loops)
- Introduction to Embedded C
- What is Embedded C?
- Differences between C and Embedded C
- Introduction to microcontroller projects integrating the concepts learned
Why Choosing Us
Teaching Methods
Operational Plan
FAQ'S
Embedded C is a programming language used to program small computer systems, like microcontrollers found in everyday devices. Learning Embedded C can help kids understand how these devices work and how to create their own projects.
No prior programming knowledge is necessary. Embedded C can be a great starting point for kids who are new to programming. We'll teach you everything you need to know!
Programming can be challenging, but we'll make it fun and easy to understand. We'll start with the basics and gradually build your skills, so you'll be able to tackle more complex projects as you learn.
Student Success Story
My daughter, Emma, embarked on an extraordinary journey of innovation and discovery through the AI and robotics training program at Futurbrain. As a concerned parent, I wanted to provide her with opportunities that would not only broaden her horizons but also equip her with essential skills for the future.
One of the most remarkable aspects of the program was its hands-on approach. Jad had the chance to build robots from scratch, write code to control their movements, and even delve into machine learning concepts. It was truly immersive, and I could see the spark of curiosity in her eyes every time she came home from class.