Want to take your robot programming skills to the next level and command virtual robots to solve complex challenges? This course is for you! If you've completed the Basic Virtual Leanbot course or already know some basic block coding, get ready to supercharge your abilities and create amazing robotic solutions.
What is it? An advanced workshop for K-12 students (building on basic Leanbot programming knowledge) to learn:
Advanced robotics programming techniques with Blockly.
Algorithmic thinking and project planning using flowcharts and pseudocode.
Controlling RGB LEDs for visual feedback and effects.
Developing solutions for complex, multi-step robotic projects.
What will you learn?
Mastering advanced application of Blockly for precise Leanbot movement and gripper control.
How to design program logic and plan solutions using Flowcharts and Pseudocode.
Problem-solving strategies for breaking down complex robotic tasks.
Programming RGB LEDs to make your robot communicate with colors, create patterns, and add visual effects.
Project planning, coding, debugging, and testing skills through a comprehensive final project.
What do you need?
A computer with internet access.
Access to the Virtual Leanbot environment (Python Blockly Editor, PNote, Digital Twin).
Completion of the "Basic Virtual Leanbot Blockly Programming" course or equivalent basic block coding experience.
What's the workload? Approximately 6-8 hours of learning activities, including hands-on programming and project work.
What you'll do:
Command Robots Like a Pro: Elevate your Blockly coding! You'll learn to master complex robot behaviors, implement precision control for intricate tasks, and meticulously plan multi-step robotic operations. It’s like becoming the director of your own robot's actions!
Become a Robot Problem-Solver: Learn to think like an engineer! You'll design solutions using flowcharts and pseudocode before you even write a line of code. It's like creating a detailed blueprint for your robot's brain, ensuring every step is logical and efficient!
Light Up Your Creations: Dive into programming RGB LEDs! You'll make your virtual Leanbot communicate using a spectrum of colors, create cool visual effects for different actions, and add an extra layer of interactive flair to your projects.
Why this course is epic:
Robotics Programming Mastery: Elevate your Blockly skills to command virtual robots for sophisticated tasks and solve challenging problems.
Create and Innovate: Learn to design, plan, and build your own robotic solutions, transforming ideas into working virtual robot programs.
Future-Ready Skills: Gain crucial skills in programming, algorithmic thinking, systematic problem-solving, and project development – essential for many exciting future paths in technology and beyond!
Course Structure
Module
Description
Course Information
Essential course information (About this Advanced Course, Why Level Up?, Requirements, Learning Overview, Navigating the Course, Q&A Forum link).
Module 1: Review of Basics & Workflow Mastery
Quickly refresh basic Leanbot movement and gripper commands, and master the essential programming workflow (Blockly to PNote to Digital Twin).
Module 2: Algorithmic Thinking: Flowcharts & Pseudocode
Learn to plan and design program logic using industry-standard tools like flowcharts and pseudocode to structure effective solutions.
Module 3: Programming with Light: RGB LEDs
Discover how to control your Leanbot's RGB LEDs to add dynamic visual feedback, create expressive light patterns, and enhance robot interactions.
Module 4: Advanced Mini-Project - Forensic Investigator Challenge (No Sound)
Apply all your advanced skills to meticulously plan, program, and test a solution for a complex forensic investigation scenario using movement, gripper actions, and RGB LEDs.
An introductory course covering the objectives, rules, and tools for Challenge D1 of the Digital Twin Competition Round 2, focusing on Leanbot programming for collecting and placing resources.
An introductory course covering the objectives, rules, and tools for Challenge D1 of the Digital Twin Competition Round 2, focusing on Leanbot programming for collecting and placing resources.
Welcome to the preparation course for the Digital Twin Competition, specifically tailored for participants in Group C (13-15 years old) and Group D (16-18 years old) who will be tackling the Data Analytics challenge
In this course, you will learn about:
- Competition Structure: Understand the rules, registration process, and individual participation requirements
- Prerequisites: Completing mandatory learning modules on the Pythaverse PContest platform, including PNote usage, JSON handling, and Python basics, is essential before you can access the competition missions.
- Challenge : Data Analytics (Groups C & D only):
- Use the PNote online Python environment and libraries like Pandas and Matplotlib
- Analyze provided JSON datasets containing Leanbot sensor (RGB) data.
- Develop a Python algorithm to classify unknown sensor readings based on patterns in labeled data
- Score points based on the accuracy of your classifications (1 point per correct prediction)
- Use the PNote online Python environment and libraries like Pandas and Matplotlib
- Submission: Submit your solutions (Blockly code, simulation video link for Challenge 1; Python code and classified JSON file links for Challenge 2) electronically via the PContest platform before your timeslot ends. Submission time acts as a key tiebreaker
This course provides the essential information drawn directly from the competition guidelines to help you prepare effectively for both the programming and data analysis components of the competition.
An introductory course covering the objectives, rules, and tools for Challenge D1 of the Digital Twin Competition Round 2, focusing on Leanbot programming for collecting and placing resources.
An introductory course covering the objectives, rules, and tools for Challenge D1 of the Digital Twin Competition Round 2, focusing on Leanbot programming for collecting and placing resources.