KOKOS AI AND ROBOTICS
KOKOS is a future-ready technology education package that equips learners with essential digital skills from basic computer science to advanced fields like Artificial Intelligence (AI), Robotics, and Automation. It operates as an all-in-one platform where a complete syllabus is fully integrated with hands-on practical learning. The KOKOS platform combines theory with real-time practice through structured lessons, coding environments, simulations, AI tools, robotics modules, and continuous assessments. This ensures students instantly apply what they learn and develop strong, job-ready skills. Designed for schools and training institutions, KOKOS provides a modern, technology-driven learning environment that enhances creativity, critical thinking, problem solving and innovation. By offering practical, project-based learning at every level, KOKOS prepares students confidently for future careers in the digital world.
Kokos Objectives
Equip the next generation with the knowledge and skills to be AI-ready, fostering innovation, critical thinking, and creativity.
1. AI Education for All: Provide AI education to students, especially in underserved communities and top schools.
2. AI Literacy: Promote AI awareness and inspire students to pursue AI careers.
3. Competition Participation: Encourage students to engage in AI and robotics competitions.
AI Code the future
--> BASIC COMPUTER SCIENCE
--> PROBLEM SOLVING & COGNITIVE THINKING
--> ALGORITHM & FLOWCHARTS
--> VISUAL CODING
--> SCRATCH
--> PYTHON
--> AI DOMAINS
--> AI ETHICS
--> AI APPLICATIONS & HISTORY
--> AI POSSIBILITIES
--> AI ACTIVITIES
--> AI GAMES
--> SCRATCH PROJECTS
Areas KOKOS AI Covers
DESIGN PRINCIPLES
Age-Appropriate Content: Match concepts with developmental stages.
Hands-On Learning: Encourage experiential, project-based learning.
Ethical Foundations: Emphasize human values and responsible AI use.
Creativity & Curiosity Driven: Let children explore AI as a tool to solve real-life problems.
Grades 1–3 (Ages 5–8): “AI Awareness & Curiosity”
Goals:
--> Build intuition around smart machines.
--> Encourage curiosity and questioning.
Pedagogical Approach:
--> Storytelling & Analogies
--> Play-Based Learning: “Google Hum to Search “
--> Visual Tools: Visual Coding
Grades 4–6 (Ages 9–11): “Basic AI Concepts & Thinking”
Goals:
Understand basic logic, decision-making, and data.
--> Pedagogical Approach:
--> Block Coding Tools: Scratch
--> Guided Experiments: AI games to understand CV, NLP and Data.
--> Scratch Projects: Lost in Space, Build a Game, Create a Story
Grades 7–10 (Ages 12–15): “AI Foundations & Ethics”
Goals:
Deeper technical understanding
Introduce ethics, fairness, and privacy.
Pedagogical Approach:
--> Simulation Platforms: Google Teachable Machine.
--> Problem Solving: Real-world scenarios (e.g., AI for the environment).
--> Discussion-Based Learning: “Can AI make fair decisions?”
International Standards Alignment
UNESCO’s “AI in Education” Guidelines (2021–2023)
Alignment:
Grade-based scaffolding aligns with UNESCO’s "age-appropriate competency levels".
Ethics integration maps directly to UNESCO's pillar: Human-centered and ethical AI.
Focus on equity, digital inclusion, and social good supports their SDG-aligned vision for AI education.
International Standards Alignment
IEEE Global Initiative on Ethics of Autonomous and Intelligent Systems
Kokos integrated learning workbench
IDE integration
Single Sign On
Individual login
Cloud access
Individual Microsite
Visual Coding Concepts
kokos
Scratch Programming
-->Editor, Code Tab, Costume Tab, -->Sound Tab
-->Sprite Creation & Animation
-->Scratch Projects & Videos
-->Encourages creativity through coding-based storytelling and game design
Python Programming
Internet & IoT Technology
Student outcomes
AI Understanding:
Grasp of AI fundamentals and real-world applications.
Excitement for AI:
Ignite passion for AI and inspire career ambitions.
Coding Skills:
Build a foundation for AI development.
Hands-on Experience:
Train machine learning models and work on projects.
Engineering & Robotics:
Enhance problem-solving and technical skills.
AI Robotics Lab for Schools
Empowering the next generation through cutting-edge AI and robotics education. Our comprehensive platform provides schools with innovative tools, hands-on learning experiences, and curriculum designed to prepare students for the future of technology.
AI Learning Modules
Engaging, hands-on, and interactive concepts of artificial intelligence, combined with essential AI fundamentals, carefully designed to inspire young minds to explore, experiment, and gain a deep understanding of how artificial intelligence works and impacts the world around them.
Robotics Kits
Immersive, hands-on robotics building experiences using programmable components, thoughtfully designed to help young learners bring coding and engineering concepts to life through engaging, tangible, and interactive physical experimentation.
STEM Curriculum
Comprehensive and thoughtfully designed lesson plans, along with well-structured learning paths, that integrate seamlessly with school curricula, align with educational standards, and support clear learning objectives to enhance students’ understanding and engagement.
Teacher Training
Comprehensive professional development programs, combined with ongoing guidance and support, designed to empower educators to confidently teach and deliver engaging, hands-on AI and robotics education in their classrooms.