Courses We Offer

Micro:bit + Block Coding

"Discover the Basics: Micro:bit & Block Coding"

Overview:
This beginner-friendly course introduces students to the exciting world of Micro:bit and block coding. Designed for 5th-6th graders, it provides a hands-on approach to learning coding through interactive exercises and creative projects.

Key Learning Outcomes:

1. Understand the basics of Micro:bit hardware.

2. Create interactive animations and games.

3. Program LEDs, buttons, and sensors.

4. Foster logical thinking and problem-solving skills.

Curriculum Highlights:

1. Understand the basics of Micro:bit hardware.

2. Create interactive animations and games.

3. Program LEDs, buttons, and sensors.

4. Foster logical thinking and problem-solving skills.

Tools & Technologies Used:

1. Micro:bit hardware.

2. Block-based coding platforms.

Why Choose This Course?

1. Hands-on learning with real-world applications.

2. Creative and engaging projects for young minds.

3. Develops problem-solving and logical skills.

Micro:bit + Python Coding

"Level Up: Micro:bit & Python Coding"

Overview:
This course bridges hardware and software by introducing Python coding with Micro:bit for 7th-8th graders. Students will learn to write Python code to interact with sensors, LEDs, and more.

Key Learning Outcomes:

1. Master Python basics and syntax.

2. Program Micro:bit hardware using Python.

3. Create advanced projects using sensors and accelerometers.

4. Develop computational thinking.

Curriculum Highlights:

1. Understand the basics of Micro:bit hardware.

2. Create interactive animations and games.

3. Program LEDs, buttons, and sensors.

4. Foster logical thinking and problem-solving skills.

Tools & Technologies Used:

1. Micro:bit hardware.

2. Python Programming Language

Why Choose This Course?

1. Combines hardware and software for a comprehensive learning experience.

2. Prepares students for advanced coding challenges.

3. Encourages innovation through hands-on projects.

Arduino + C++ Coding

"Engineer Your Future: Arduino & C++ Coding"

Overview:
Dive into the world of electronics and programming with Arduino and C++. This course for 9th-10th graders teaches students how to create smart devices and automation systems using cutting-edge technology.

Key Learning Outcomes:

1. Understand Arduino hardware and its components.

2. Write and debug C++ code for microcontrollers.

3. Design and build automated systems.

4. Develop real-world problem-solving skills.

Curriculum Highlights:

1. Introduction to Arduino and microcontrollers.

2. Basics of C++ programming.

3. Interfacing sensors and actuators.

4. Building real-world projects like smart lights and robotic arms.

Tools & Technologies Used:

1. Arduino Boards

2. C++ Programming Language

Why Choose This Course?

1. Perfect blend of hardware and software learning.

2. Real-world projects to develop technical skills.

3. Prepares students for advanced robotics and IoT.

Complete Python Programming: Scratch to Advance

"Master Python: From Scratch to Advance"

Overview:
This comprehensive course takes students from the basics to advanced Python programming. Designed for all age groups, it ensures a solid foundation in coding logic and application.

Key Learning Outcomes:

1. Grasp Python syntax and logic building.

2. Work with libraries and modules.

3. Solve complex problems using algorithms.

4. Build real-world applications like games and tools.

Curriculum Highlights:

1. Python basics: variables, loops, and functions.

2. Intermediate topics: OOP and data structures.

3. Advanced concepts: GUI, APIs, and automation.

4. Capstone projects: Build your own applications.

Tools & Technologies Used:

1. Python IDEs like PyCharm or Thonny.

2. Popular Python libraries (Pygame, Tkinter).

Why Choose This Course?

1. Comprehensive learning from basics to advanced.

2. Real-world applications and projects.

3. Prepares students for college-level coding.