Foreward

Book Summary - IoT & Robotics Term 1, 2 & 3 - Complete Notes & Assessment Tests

All Grade Levels - Weeks 1-8 Complete:

Preschoolers (4-6 years):

  • Weeks 1-5: STEM basics, play corners, simple machines, unplugged coding
  • Weeks 6-8: Technology awareness, sequencing & floor grid coding, advanced storytelling
  • Hands-on assessments with observation rubrics

Grade 2-5 (7-11 years):

  • Weeks 1-5: Scratch programming, Blockly games, interface mastery
  • Weeks 6-8: Game development, text-based transition, logic puzzles
  • Computer-based assessments with coding projects

Grade 6-9 (11-14 years):

  • Weeks 1-5: Drone basics, safety rules, aviation principles, flight theory
  • Weeks 6-8: Kenya drone laws (KCAA), emergency procedures, practical flying
  • Written tests + practical flight demonstrations

Grade 10-12 (14-16 years):

  • Weeks 1-5: Python basics, functions, loops, libraries, motor/sensor control
  • Weeks 6-8: Advanced integration projects, professional presentations
  • Major coding projects + technical presentations

Key Features:

Assessment Variety:

  • Practical demonstrations for hands-on skills
  • Coding challenges for programming concepts
  • Written tests for theoretical knowledge
  • Project presentations for communication skills
  • Peer evaluations for collaboration

Professional Rubrics:

  • Clear criteria for each skill level
  • Age-appropriate expectations for each grade
  • Progressive difficulty building through weeks
  • Holistic evaluation including creativity and collaboration

Learning Progression:

  • Scaffolded learning from basic to advanced concepts
  • Cross-curricular connections to math, science, art
  • Real-world applications relevant to students’ lives
  • Career pathway awareness for future planning

Safety & Ethics:

  • Comprehensive safety protocols for all activities
  • Legal awareness (especially drone regulations)
  • Responsible technology use emphasis
  • Professional behavior standards

Practical Implementation:

  • Detailed material lists for each activity
  • Step-by-step instructions for complex projects
  • Troubleshooting guides for common problems
  • Extension activities for advanced learners

Assessment Rubric:

  • Exceptional (95-100%): Code runs flawlessly, excellent structure, creative additions, comprehensive error handling
  • Proficient (85-94%): Code works correctly, good structure, meets all requirements, minor improvements possible
  • Developing (75-84%): Code mostly works, basic structure present, meets most requirements, some bugs or missing features
  • Beginning (65-74%): Code has significant issues, poor structure, missing major requirements
  • Incomplete (Below 65%): Code doesn’t run or major portions missing

Additional Resources and Extensions

For All Grade Levels:

Vocabulary Glossary:

  • Algorithm: Step-by-step instructions to solve a problem
  • Bug: Error in code that prevents it from working correctly
  • Debug: Process of finding and fixing errors in code
  • Hardware: Physical components of computer systems
  • Software: Programs and applications that run on hardware
  • Interface: Way users interact with programs or devices
  • Sensor: Device that detects changes in environment
  • Actuator: Device that causes movement or action

Project Portfolio Suggestions:

  1. Weekly Reflection Journal: Students document learning and challenges
  2. Photo Documentation: Pictures of projects and experiments
  3. Video Demonstrations: Students explain their projects
  4. Peer Teaching: Advanced students help beginners
  5. Innovation Challenges: Open-ended problems to solve creatively

Cross-Curricular Connections:

  • Math: Geometry in robotics, statistics in data analysis
  • Science: Physics of flight, electronics principles
  • Art: Creative programming projects, design thinking
  • Social Studies: Impact of technology on society
  • Language Arts: Technical writing, documentation skills

Safety Reminders:

  • Always supervise young children with electronic components
  • Check battery connections before powering devices
  • Keep work area clean and organized
  • Wash hands after handling electronic components
  • Report any damaged equipment immediately
  • Follow proper shutdown procedures for all devices

Assessment Portfolio Checklist:

  • Completed weekly assessments
  • Project documentation with photos
  • Reflection essays on learning progress
  • Peer evaluation forms
  • Self-assessment rubrics
  • Evidence of problem-solving process
  • Creative extensions or improvements to basic projects

Notes

Comprehensive set of notes and assessment tests for Term 1, 2 & 3 across all grade levels (Preschoolers through Grade 10-12). The book includes:

What’s Included:

For Each Grade Level:

  • Detailed weekly lesson notes covering weeks 1-8 content
  • Key concepts and learning objectives for each topic
  • Practical examples and code samples (for programming grades)
  • Age-appropriate assessment tests with multiple formats

Assessment Formats:

  • Preschoolers (4-6): Practical/observational assessments with hands-on activities
  • Grade 2-5 (7-11): Computer-based Scratch/Blockly challenges
  • Grade 6-9 (11-14): Written tests + practical drone safety demonstrations
  • Grade 10-12 (14-16): Coding assignments + hardware integration projects

Key Features:

  • ✅ Covers all 8 weeks of Term 1 content
  • ✅ Aligned with curriculum from the IoT & Robotics document
  • ✅ Progressive difficulty appropriate for each age group
  • ✅ Practical assessments that test real understanding
  • ✅ Detailed rubrics for fair evaluation
  • ✅ Extension activities for advanced learners
  • ✅ Safety guidelines and best practices

Topics Covered:

  • Preschoolers: STEM basics, simple machines, unplugged coding
  • Grade 2-5: Scratch programming, Blockly games, interface navigation
  • Grade 6-9: Drone basics, aviation principles, safety regulations
  • Grade 10-12: Python programming, hardware control, sensor integration