AI Code Academy offers STEM coding and AI programs for students aged 6-18, focusing on project-based learning. Their curriculum aims to equip young learners with modern technological skills through engaging and hands-on projects.
The academy’s approach involves teaching computational programming and AI machine learning concepts using various tools and platforms, including Scratch, Micro:bit, Raspberry Pi, and Python. The curriculum is structured into different levels catering to various age groups and skill levels, ensuring that learning is both challenging and age-appropriate. They emphasize the integration of fundamental theories within each project to foster problem-solving abilities and a deeper understanding of the concepts.
AI Code Academy highlights the importance of individualized learning, allowing students to progress at their own pace. Their instructors, who are college students and graduates in Computer Science and related fields, provide guidance and support to ensure no student is left behind or feels unchallenged. They also focus on the social and cultural relevance of their teachings, aiming to make the learning experience meaningful and respectful of each student’s background.
The programs cover a range of topics, including:
- Scratch Coding: Introducing younger students to the basics of programming through a visual block-based language.
- Micro:bit Coding: Utilizing microcontrollers to create interactive projects.
- Machine Learning with Scratch and Python: Introducing AI concepts through accessible platforms.
- Python Coding: Developing more advanced programming skills for various applications, including AI.
- Web Design: Teaching the fundamentals of HTML, CSS, and WordPress for web development.
- Game Development: Using platforms like Roblox and Unity to learn game design principles and coding.
- Smart Devices and Robotics: Exploring the integration of coding with hardware.
AI Code Academy offers various learning formats, including live virtual classes, in-person group sessions, and private tutoring, providing flexibility to suit different learning preferences and schedules. They also conduct summer and winter camps to offer intensive learning experiences during school breaks. Their focus on project-based learning and a comprehensive curriculum aims to prepare students for future academic and career opportunities in STEM fields, particularly in the rapidly evolving areas of coding and artificial intelligence.
