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Introduction to Robotics V0.2

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Learning Path

Module 0: Course Introduction

About flipped classroom method

How to view a Course

How to view a Book

How to do a Quiz

How to join a Forum

How to submit an Assignment

How to join a Workshop

Submodule 1.1 - Discovering Robotics (Pre-Class)

SM1.1 - Aim, Outcomes & Instructions

SM1.1 - Video: "What is a Robot?

SM1.1 - Reading: "Robots Around Us"

SM1.1 - Discussion Forum: Let’s Talk Robots!

SM1.1 - Book: Getting Started with PNote

SM1.1 - CYU1 - Introduction to Robotics and Data Handling in PNote

Submodule 1.2 - Hands-On Python in PNote (In-Class)

SM1.2 - Aims, Expected Outcomes, Instructions

SM1.2 - Discussion - How Robots Changed the World

SM1.2 - Book: Getting Familiar CSV Files in PNote

SM1.2 - Sample Dataset (Resources)

Submodule 1.3 - Reinforcing Python & PNote (Post-Class)

SM1.3 - Aims, Expected Outcomes & Instructions

SM1.3 - Assignment: Python Basics Self-Practice

SM1.3 - Assignment: CSV Data Analysis

SM1.3 - CYU: Quiz: Python for Beginners Check

Submodule 2.1 - Understanding Robot Classifications & Variables (Pre-Class)

SM2.1 - Aims, Expected Outcomes & Instructions

SM2.1 - Video: Types of Robots & Their Applications

SM2.1 - Book: The World of Robotics: Understanding Types & Applications

SM2.1 - Understanding Variables in Python

SM2.1 - CYU: Robot Types & Variables Checkpoint Quiz

Submodule 2.2 - Exploring Robotic Data & Sorting Techniques. (In-Class)

SM2.2 - Aims, Expected Outcomes & Instructions

SM2.2 - Classroom Discussion: The Impact of Robots in Different Industries

SM2.2 - Book: Sorting Techniques in Python for Robotics Data

SM2.2 - Sample Dataset: Robot_data (File)

Submodule 2.3 - Reinforcing Python Sorting & Filtering (Post-Class)

SM2.3 - Aims, Expected Outcomes & Instructions

SM2.3 - PNote Activity: Advanced Sorting & Filtering

SM2.3 - Assignment: Robotics Data Analysis Report

Submodule 3.1 - Understanding Robotic Components & Data Visualization (Pre-Class)

SM3.1 - Aims, Expected Outcomes & Instructions

SM3.1 - Reading Material: Understanding Robotic Components

SM3.1 - Classroom Discussion: The Role of Sensors in Robotics

SM3.1 - Book: Introduction to Data Visualization in Python

SM3.1 - Sample Dataset (Resources)

SM3.1 - CYU - Quiz: Robotics Components & Data Visualization

Submodule 3.2 - Hands-On Component Analysis & Visualization (In-Class)

SM3.2 - Aims, Expected Outcomes & Instructions

SM3.2 - Book: Understanding LEANBOT Component Parts and Disassembly

SM3.2 - PNote Activity: Visualizing Leanbot’s Sensor Data

SM3.2 - Sample Dataset: leanbot_sensor_data (File)

SM3.2 - Download Leanbot_Sensor_Analysis_Template (.ipynb file)

SM3.2 - Forum Discussion: How Does Leanbot Use Sensor Data for Decision-Making?

Submodule 3.3: Applying Data Visualization & Reflection (Post-Class)

SM3.3 - Aims, Expected Outcomes & Instructions

SM3.3 - PNote Activity: Final Visualization Task

SM3.3 - Reflection & Forum Discussion: What Did We Learn from Leanbot’s Sensor Data?

SM3.3 - Assignment: Final Submission

SM3.3 - Template (Resources)

Submodule 4.1 - Understanding Pseudocode & Leanbot Movement Programming (Pre-Class)

SM4.1 - Aims, Expected Outcomes, Instructions

SM4.1 - Reading Material: "Writing Pseudocode for Robotics"

SM4.1 - Assignment Submission: Write & Submit Your Pseudocode

SM4.1 - CYU: Quiz: Pseudocode & Leanbot Movement

Submodule 4.2 - Introduction to C++ & Leanbot Movement Control (In-Class)

SM4.2 - Aims, Expected Outcomes, Instructions

SM4.2 - Book: Introduction to C++ & Leanbot Movement Functions

SM4.2 - Hands-on Activity 1: Understanding Leanbot Movement Commands & Parameters

SM4.2 - Hands-on Activity 2: Modifying & Running Pre-Written C++ Movement Functions

SM4.2 - Sample Dataset & Report Template (Resources)

SM4.2 - Assignment Submission: Leanbot Movement Analysis Report

Submodule 4.3 - Data-Driven Leanbot Movement Optimization with PNote Analysis (Post-Class)

SM4.3 - Aims, Expected Outcomes, Instructions

SM4.3 - Hands-on PNote Activity: Analyzing & Optimizing Leanbot Movement Using Data

SM4.3 - Forum Discussion: Using Data to Improve Leanbot Navigation

SM4.3 - Final Assignment Submission: Leanbot Movement Optimization Report (with PNote Analysis)

Submodule 5.1 - The Role of Robotics in Society (Pre-Class)

SM5.1 - Aims, Outcomes & Instructions

SM5.1 - The Ethical Challenges of AI & Robotics

SM5.1 - Video: Automation & Future of work

SM5.1 - Career Data Analysis in PNote

SM5.1 - CYU - Quiz: Ethics & Robotics Careers

SM5.1 - Sample Dataset & Template (Resources)

Submodule 5.2 - Ethics & Debate on Robotics (In-Class)

SM5.2 - Aims, Outcomes & Instructions

SM5.2 - Debate Forum: Should Robots Replace Human Workers?

SM5.2 - PNote Activity - Understanding Robotics Career Trends

SM5.2 - Sample Dataset (file)

SM5.2 - Case Study Discussion: AI in Hiring & Automation

Submodule 5.3 - Reflecting on the Future of Robotics in Society (Post-Class)

SM5.3 - Aims. Outcomes & Instructions

SM5.3 - PNote Activity: Forecasting Robotics Jobs

SM5.3 - Assignment: Robotics & Ethics Reflection

Submodule 6.1 - Route Planning & Orientation (Pre-Class)

SM6.1 - Aims, Outcomes & Instructions

SM6.1 - Mini Project Introduction & Selection

SM6.1 - CYU: Quiz - Mini Project Readiness

SM6.1 - Assignment: Project Plan Submission

Submodule 6.2 - Programming, Testing, & Peer Review (In-Class)

SM 6.2 - Aims, Outcomes & Instructions

SM6.2 - PNote Activity - Data Analysis & Visualization

SM6.2 - URL: PNote_Leanbot_Analysis_Template.csv (File)

SM6.2 - Workshop: Optimizing Leanbot Movement Using C++ (Peer Review & Feedback)

SM6.2 - Forum: Debugging & Optimization

SM6.2 - Assignment - Initial Project Submission

Submodule 6.3 - Data Analysis & Final Submission (Post-Class)

SM6.3 - Aims, Outcomes & Instructions

SM6.3 - Workshop: Final Project Presentation & Peer Review

SM6.3 - Assignment: Final Reflection Report Submission

SM6.3 - CYU: Final Robotics Knowledge Check Quiz

Certificate of Completion
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Course info

Introduction to Robotics V0.2

Teacher: thuan nguyen
Teacher: Mapua School Demo Teacher 1
Teacher: Mapua School Demo Teacher 2
Teacher: Teacher 1 Test QA
Teacher: Lê Văn Tị

Pythaverse self learning course: No

Pythaverse class learning course: No

Skill Level: Beginner

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