Level One: TechStart

• Week 1: Getting Started with Scratch

• Introduction to Scratch interface
• Meet the Sprites and Backgrounds
• Basic scripting with blocks

• Week 2: Motion Magic

• Exploring motion blocks
• Fun with loops for repetition
• Creating simple animations

• Week 3: Interactive Adventures

• Handling events with broadcast
• Responding to user input
• Building interactive projects

• Week 4: Project Showcase

• Students showcase their projects
• Peer review and feedback

Level Two: TechFlow

• Week 1: Mastering Motion

• Utilizing broadcast for inter-sprite communication
• Creating custom events
• Implementing motion with variables

• Week 2: Decision Dynamo

• Introducing if..then statements
• Using if..then..else for branching
• Building decision-based games and simulations

• Week 3: Data Wizardry

• Introduction to variables
• Storing and retrieving data
• Building projects with data-driven logic

• Week 4: Project Development

• Students work on projects incorporating concepts learned
• Instructor guidance and support

Level Three: TechGenius

• Week 1: Cloning Conqueror

• Understanding clones and their applications
• Creating reusable code with My Blocks
• Introduction to boolean logic

• Week 2: Function Fusion

• Defining custom functions
• Implementing procedures for modular programming
• Building complex projects using functions

• Week 3: Advanced Adventures

• Exploring computer-generated art
• Developing simulations with boolean logic
• Integrating all learned concepts into comprehensive projects

• Week 4: Final Project Showcase

• Students present their final projects
• Evaluation and feedback session
• Graduation ceremony

Month 1: Level One - The Python Pioneers

Session 1: Welcome to the Python Playground

• Introduction to Python programming language
• Setting up Python and getting ready to code

Session 2: Variable Voyagers and Data Discoverers

• Exploring variables and data types
• Assigning values and performing operations

Session 3: Function Funhouse and Conditional Carnival

• Diving into functions and conditional statements
• Building logic with functions and if-statements

Session 4: Loop Legends and Project Pioneers

• Mastering loops for repetition and iteration
• Embarking on your first coding project: The Python Adventure Game

Month 2: Level One - Continued

Session 5: Review Rendezvous and Practice Party

• Reflecting on our coding journey so far
• Practicing Python skills with interactive challenges

Session 6: Intermediate Challenges and Project Palooza

• Leveling up with intermediate functions and projects
• Crafting interactive artwork in the Code Creations Studio

Session 7: Creative Coding Crusaders and Debugging Detectives

• Unleashing creativity in coding projects
• Solving coding mysteries with debugging techniques

Session 8: Project Showdown and Skill Surge

• Showcasing projects and celebrating progress
• Leveling up with advanced coding concepts

Month 3: Level Two - Python Powerhouses

Session 9: List Legends and Dictionary Dynamos

• Harnessing the power of lists and dictionaries
• Organizing data like a coding pro

Session 10: File Wizards and Data Divers

• Delving into file handling and data processing
• Exploring data like never before

Session 11: Chart Champions and Visualization Voyagers

• Creating stunning visualizations with Python
• Bringing data to life with charts and graphs

Session 12: Final Showdown and Graduation Gala

• Showcasing final projects and celebrating achievements
• Graduating as certified Python Powerhouses!

Level 1: Introduction to Robotics with Defender Wisekit

Month 1: Basics of Robotics and Design Principles

Session 1: Introduction to Defender Wisekit and Robotics

• Overview of Defender Wisekit platform
• Introduction to robotics concepts
• Understanding basic components: motors, sensors, etc

Session 2: ZMROBO Programming Basics

• Introduction to
• ZMROBO programming environment
• Basics of programming language syntax
• Simple program execution on the platform

Session 3: Basic Movement and Sensor Interaction

• Understanding basic movement commands
• Introduction to wait and loop blocks
• Basic interactions with touch sensor

Session 4: Sensor Integration and Mission Challenges

• Introduction to additional sensors (ultrasonic, color, gyro)
• Implementing sensor-based decision-making
• Basic mission challenges to apply learned concepts

Level 2: Intermediate Robotics with Intelligent Storm

Month 2: Engineering and Design Integration

Session 1: Advanced Programming Concepts

• Review of ZMROBO programming
• Introduction to loops, variables, and conditional statements
• Applying these concepts to control robot behavior

Session 2: Mathematical Concepts in Robotics

• Introduction to mathematical concepts relevant to robotics (geometry, trigonometry)
• Applying mathematics to control robot movement and navigation

Session 3: Task-Oriented Programming

• Designing algorithms and flow charts for problem-solving
• Applying algorithms to accomplish specific tasks

Session 4: Engineering Design Process

• Introduction to engineering design principles
• Problem identification and brainstorming solutions
• Prototyping and testing methodologies

Level 3: Advanced Robotics Integration

Month 3: Project-Based Learning and Advanced Engineering Concepts

Session 1: Project Initiation and Design Thinking

• Introduction to design thinking process
• Defining project objectives and constraints
• Ideation and concept generation for project ideas

Session 2: Mechanical Design and Prototyping

• Basics of mechanical design for robotics
• Prototyping techniques and materials
• Design considerations for robot structure and components

Session 3: Electrical and Electronic Systems

• Understanding electrical components in robotics (motors, sensors, etc.)
• Circuit design and wiring for robot control
• Troubleshooting and debugging electronic systems

Session 4: Project Testing, Optimization, and Presentation

• Testing and optimization of project prototypes
• Iterative improvement based on testing feedback
• Final project presentation to peers and instructors

Module 1: Introduction to Artificial Intelligence

Duration: 1 Month (4 Sessions)

Session 1: Understanding Artificial Intelligence

• Introduction to AI and its significance in today's world
• Exploring the sub-areas and applications of AI
• Discussion on the importance of AI in various fields

Session 2: Exploring AI Applications

• Hands-on exploration of AI applications such as image recognition and chatbots
• Understanding how AI is used in everyday life
• Analyzing case studies of AI in action

Session 3: Building an Image Recognition Program

• Practical workshop on building a basic image recognition program
• Introduction to machine learning concepts behind image recognition
• Group exercises to develop and refine image recognition algorithms

Session 4: Designing AI-Powered Solutions

• Creative project to design AI-powered solutions for real-world problems
• Brainstorming session on potential applications of AI
• Presentation of projects and peer feedback

Module 2: Core Concepts of Machine Learning

Duration: 1 Month (4 Sessions) Session 1: Understanding Machine

Session 1: Understanding Machine Learning

• Introduction to machine learning and its principles
• Overview of supervised, unsupervised, and reinforcement learning
• Discussion on the role of data in machine learning algorithms

Session 2: Types of Machine Learning

• IDeep dive into supervised, unsupervised, and reinforcement learning algorithms
• Practical exercises to differentiate between types of ML
• Case studies highlighting the application of ML in various domains

Session 3: Building an AI Game Player

• Hands-on workshop to build a simple AI system capable of playing games
• Experimentation with different ML algorithms for game playing
• Group challenges to optimize AI game player performance

Session 4: Exploring AI in Robotics

• Introduction to the intersection of AI and robotics
• Showcase of real-world robotic applications powered by AI
• Interactive demonstration of AI-controlled robots

Module 3: Developing Code for a Real-World ML Project

Duration: 1 Month (4 Sessions)

Session 1: Applying ML to Real-World Problems

• Understanding the process of applying ML to real-world challenges
• Introduction to ML project lifecycle: data collection, preprocessing, modeling, and evaluation
• Discussion on the ethical considerations in AI development

Session 2: Writing Code for ML Projects

• Hands-on coding session to develop ML algorithms from scratch
• Introduction to popular ML libraries and frameworks
• Practice exercises to implement ML models for specific tasks

Session 3: Building a Real-World ML System

• Collaborative project to develop a real-world ML system
• Implementation of ML pipelines and model deployment
• Evaluation of the ML system's performance and iteration based on feedback

Session 4: Ethical Considerations in AI Development

• Exploration of ethical dilemmas in AI development and deployment
• Discussion on bias, fairness, and accountability in AI systems
• Case studies highlighting ethical challenges in AI projects

Module 1: Understanding eXtended Reality (XR)

Duration: 1 Month

Session 1: Introduction to XR

• Introduction to eXtended Reality (XR)
• Differentiating between VR and AR
• Exploring the impact of XR on the digital and physical worlds

Session 2: Exploring the Information Age

• Delving into the historical context of XR
• Understanding the evolution of technology leading to XR
• Discussing the role of XR in the Fourth Industrial Revolution

Session 3: Embracing XR in Daily Life

• Identifying the need for XR in various aspects of life
• Examining real-world applications of XR in education, entertainment, healthcare, and more
• Brainstorming potential uses of XR to address societal challenges

Session 4: Unleashing Creativity with XR

• Stimulating creativity through XR experiences
• Hands-on activity: Creating simple XR projects or experiences
• Reflecting on the unique opportunities presented by XR

Module 2: Immersive Experiences with Virtual Reality (VR)

Duration: 1 Month

Session 1: Introduction to Virtual Reality (VR)

• Understanding the fundamentals of VR technology
• Exploring immersive VR environments and experiences
• Discussing the impact of VR on storytelling and entertainment

Session 2: Creating VR Content

• Introduction to VR content creation tools and platforms
• Hands-on activity: Designing and building a virtual environment or scenario
• Collaborative project: Creating a simple VR game or interactive story

Session 3: Navigating Virtual Worlds

• Exploring VR navigation techniques and locomotion methods
• Discussing the importance of user experience (UX) design in VR
• Virtual field trip: Visiting simulated environments or historical landmarks in VR

Session 4: Ethical Considerations in VR

• Examining ethical and social implications of VR technology
• Discussing topics such as privacy, safety, and digital citizenship in virtual environments
• Brainstorming ways to promote responsible VR usage and content creation

Module 3: Enhancing Reality with Augmented Reality (AR)

Duration: 1 Month

Session 1: Introduction to Augmented Reality (AR)

• Understanding the basics of AR technology and its components
• Exploring the difference between marker-based and markerless AR
• Analyzing examples of AR applications in education, gaming, and retail

Session 2: Developing AR Experiences

• Introduction to AR development tools and platforms
• Hands-on activity: Creating simple AR overlays or interactive experiences
• Collaborative project: Designing an educational AR application or game

Session 3: Integrating AR into Daily Life

• Identifying opportunities to integrate AR into everyday activities and tasks
• Exploring AR-enhanced learning experiences in various subjects
• Brainstorming innovative uses of AR to solve real-world problems

Session 4: Future of eXtended Reality (XR)

• Reflecting on the journey through XR exploration
• Discussing emerging trends and advancements in XR technology
• Imagining the possibilities of XR in the future, including the metaverse and beyond

Module 1: Introduction to Websites (Month 1)

Session 1: Understanding Websites (2 hours)

• What is a website?
• How does a website work?
• Introduction to HTML: Basic structure and tags

Session 2: Getting Creative with HTML (2 hours)

• HTML elements and attributes
• Creating simple web pages with HTML
• Hands-on coding exercises

Session 3: Styling with CSS (2 hours)

• Introduction to CSS: Syntax and selectors
• Adding style to web pages using CSS
• Hands-on coding exercises to style HTML pages

Session 4: Combining HTML and CSS (2 hours)

• Integrating CSS styles into HTML pages
• Building a basic webpage with HTML and CSS
• Review and practice

Module 2: Visual Design and Web Tools (Month 2)

Session 1: Introduction to Visual Design (2 hours)

• Basics of good web design: Layout, color theory, typography
• Principles of user interface (UI) design
• Examples and case studies of well-designed websites

Session 2: Exploring Web Design Tools (2 hours)

• Introduction to visual web design tools (e.g., Wix, Squarespace)
• Hands-on exploration of web design tools with a visual interface
• Creating simple website prototypes using visual tools

Session 3: Applying Design Concepts (2 hours)

• Applying design principles learned earlier to web design projects
• Group activities to brainstorm and design web pages
• Feedback and iteration on design projects

Session 4: Creativity and Problem-Solving (2 hours)

• Encouraging creativity in web design
• Problem-solving challenges related to web development
• Finalizing and polishing web design projects

Module 3: Publishing and Showcasing (Month 3)

Session 1: Publishing Your Website (2 hours)

• Overview of web hosting and domain registration
• Uploading web files to a web server
• Publishing the completed website online

Session 2: Review and Feedback (2 hours)

• Peer review of classmates' websites
• Providing constructive feedback on design and functionality
• Iterative improvements based on feedback

Session 3: Presenting Your Website (2 hours)

• Preparing a presentation of the website
• Demonstrating website features and functionality
• Q&A session with classmates and instructor

Session 4: Graduation and Celebration (2 hours)

• Graduation ceremony
• Showcasing websites to family and friends
• Celebrating achievements and reflecting on the learning journey