FAQs

Children at CodeGeeko learn by completing fun and engaging projects, challenges, and capstone tasks. They work on live projects to practice coding and debug errors, which helps them develop problem-solving skills. Hackathons at the end of each course provide additional learning opportunities, allowing students to participate in competitions and win cash awards.

CodeGeeko follows the CSTA (Computer Science Teachers Association) Framework, ensuring a comprehensive approach to computer science education. The focus is on text-based programming, developing foundational skills, and encouraging teamwork through pair programming. This differs from other platforms that may rely on block-based coding or short-term goals like app development without a deep understanding of real-world coding practices.

Yes! CodeGeeko is perfect for beginners, even those who have never coded before. Students only need basic computer skills like typing. The program gradually builds coding skills, leading from simple projects to advanced computational logic.

Yes, CodeGeeko is designed to guide students through coding independently. While younger children may need help setting up accounts, the platform is intuitive and safe for students to navigate on their own. Additionally, weekly Practice Sessions provide an interactive space where students can ask questions and work through projects together.

Learning to code offers a 360-degree development in areas like arithmetic, logical thinking, cognitive skills, and geometry. It builds confidence, fosters self-exploration, and enhances communication skills. Pair programming encourages teamwork, while coding challenges teach resilience and problem-solving in the face of errors and setbacks.

Python is one of the most widely adopted programming languages due to its ease of use, strong community support, and relevance in fields like artificial intelligence. Its popularity is growing across industries, making it an essential language to learn.

While languages like C++ and Java are still widely used, Python’s simplicity and versatility have led to its dominance, especially in AI, data science, and automation. It allows learners to build a strong foundation in coding and is easier for beginners compared to more complex languages.

Block-based coding is often used to introduce beginners to programming concepts, but it is not commonly used in real-world applications. CodeGeeko focuses on text-based coding, which provides students with practical skills that can be applied in actual coding environments and projects.

CodeGeeko offers group sessions, with four children per batch. This promotes teamwork and pair programming, where one child acts as the driver and the other as the navigator. Group work encourages collaboration and prepares students for real-world coding environments.

Coding enhances skills in mathematics, cognitive thinking, grammar, and geometry. It also builds self-confidence and encourages logical problem-solving, which can translate into better academic performance overall.

If your child discontinues after completing the basic level, they can rejoin the program later. Upon returning, their skill level will be assessed, and they can continue from the appropriate level instead of starting from the beginning.

For children aged 6.5 years or older, parents need to monitor their progress but do not need to sit through the entire class. As long as your child can type and read, they should be able to manage the lessons independently.

CodeGeeko provides weekly practice sessions, ensuring that students have hands-on experience and guidance. While specific materials like books are not provided, these sessions act as reinforcement to ensure students understand what they’ve learned.

Yes, the curriculum encourages children to develop their own apps and games. While building apps isn't the sole focus, students are guided to create real-world coding projects as they progress through the course.

At CodeGeeko, we are excited to introduce GEN AI (Generative Artificial Intelligence), a cutting-edge technology shaping the future of various industries. Our GEN AI course is designed to give kids a head start in understanding and applying AI concepts through hands-on coding projects. The course is divided into 3 to 4 parts, where students will:

• Learn the basics of coding needed for AI applications.
• Gain an understanding of how generative AI works.
• Explore real-world examples of AI in action.
• Understand the benefits and risks of AI, including its ethical implications and potential for both positive and negative impacts on society.

In today’s rapidly advancing world, AI is becoming a core part of industries like healthcare, finance, and entertainment. By learning GEN AI, kids not only stay up to date with the latest technological advancements but also gain skills that will be crucial in the future job market. It helps them develop critical thinking, problem-solving, and an understanding of how AI can be used responsibly.

The GEN AI curriculum at CodeGeeko is structured into four key parts:

1. Introduction to AI and Coding: Kids will learn the coding skills needed to develop AI applications.
2. Generative AI Models: Understanding how models like ChatGPT and DALL-E work to create text, images, and more.
3. Applications of AI: Hands-on projects where students create AI-driven tools, such as chatbots or simple image generators.
4. Ethical AI and Risks: Exploring the benefits and risks of AI, including privacy concerns, bias, and ethical considerations in AI development.

Yes, by the end of the GEN AI course, your child will have a foundational understanding of how to create simple AI models. They will work on projects that simulate real-world AI applications, helping them to grasp the concepts of machine learning and generative AI.

GEN AI represents the next big leap in technology, with applications across industries. Learning GEN AI will not only prepare kids for careers in technology but also help them understand how AI can be used to solve problems in areas like healthcare, education, and business. By understanding AI now, kids will be better equipped to adapt to future innovations.

GEN AI, while powerful, comes with risks such as misuse, ethical concerns, and privacy issues. At CodeGeeko, we teach kids about these risks and how to responsibly use AI. This includes lessons on bias in AI, the importance of transparency, and the role of ethics in technology development