CHPC DSI Coding School Integration¶

Mapping CHPC Training Materials to DBE Curriculum¶

This document integrates the CHPC Training DSI Coding School repository content with the DBE Coding and Robotics Curriculum, providing cross-references and alignment between the two curricula.

CHPC Repository: https://github.com/ChpcTraining/dsi_coding_school
DBE Curriculum Repository: https://github.com/msovara/dbe-coding-robotics-curriculum

Contributing Scratch Days 1–2 back into CHPC: step-by-step remote → branch → push → PR instructions (including the Windows path issue) are in CHPC_DSI_CODING_SCHOOL_PR.md.

Overview¶

The CHPC DSI Coding School is a six-year flagship project (2022-2028) funded by the Department of Science and Innovation (DSI) to raise awareness of coding and robotics within the Department of Basic Education. This curriculum aligns with and complements that initiative.

Repository Structure Mapping¶

CHPC Repository Modules → DBE Curriculum Days¶

CHPC Module	DBE Day	Integration Level	Notes
scratch/	Day 1, Day 2	Direct Integration	CHPC Scratch materials complement Days 1-2
robotics/	Day 3	Direct Integration	CHPC robotics aligns with Arduino/S4A on Day 3
cloud_computing/	resources/cloud-computing	Reference	Former Day 3; kept in `resources/cloud-computing/`
computer_hardware/	resources/hardware	Reference	Former Day 4; kept in `resources/hardware/`
virtual_resources/	resources/cloud-computing	Supplementary	Virtual machines and cloud deployment
codeclub/	Day 5, Day 1-5	Direct / Supplementary	Day 5 = Micro:bit Part 2 (Code Club Intro); additional activities
resources/	All Days	Supplementary	General resources and materials
presentations/	All Days	Reference	Presentation materials for facilitators

Day-by-Day Integration¶

Day 1: Introduction to Coding with Scratch¶

CHPC Resources: - Primary: CHPC Scratch Module - Supplementary: CodeClub Resources

Integration Points: - Use CHPC Scratch materials as additional examples - Reference CHPC Scratch projects for inspiration - Align computational thinking concepts - Use CHPC presentation materials for teaching

DBE Materials (Keep): - day-01-scratch/lesson-plan.md - Detailed DBE lesson plan - day-01-scratch/scratch-introduction-guide.md - Teacher guide - day-01-scratch/activities/computational-thinking-exercises.md - Activities - day-01-scratch/projects/project-templates.md - Project templates - day-01-scratch/assessment/rubric.md - Assessment framework

How to Use: 1. Start with DBE lesson plan structure 2. Supplement with CHPC Scratch examples 3. Use CHPC projects as extension activities 4. Reference CHPC presentations for visual aids

Day 2: Advanced Scratch Programming¶

CHPC Resources: - Primary: CHPC Scratch Module - Supplementary: CodeClub Resources

Integration Points: - Use CHPC Scratch materials for advanced concepts (cloning, broadcasting) - Reference CHPC Scratch projects for complex games and simulations - Use CHPC presentation materials for teaching

DBE Materials (Keep): - day-02-scratch/lesson-plan.md - Detailed DBE lesson plan - day-02-scratch/scratch-advanced-guide.md - Advanced Scratch guide - day-02-scratch/activities/advanced-scratch-activities.md - Activities - day-02-scratch/projects/project-templates.md - Project templates - day-02-scratch/assessment/rubric.md - Assessment framework

How to Use: 1. Start with DBE lesson plan for structure 2. Supplement with CHPC Scratch examples 3. Use CHPC projects as extension activities 4. Reference CHPC presentations for visual aids

Day 3: Physical Computing with Scratch for Arduino¶

CHPC Resources: - Primary: CHPC Robotics Module - Reference: CHPC Scratch for Arduino materials

Integration Points: - Use CHPC robotics arm project as advanced example - Reference CHPC Arduino/S4A setup procedures - Align with CHPC robotics concepts - Use CHPC presentation materials

DBE Materials (Keep): - day-03-arduino/lesson-plan.md - Detailed DBE lesson plan - day-03-arduino/arduino-hardware-guide.md - Hardware guide - day-03-arduino/s4a-setup-instructions.md - Setup guide - day-03-arduino/activities/wiring-diagrams.md - Wiring diagrams - day-03-arduino/activities/robotics-activities.md - Robotics activities - day-03-arduino/projects/project-guides.md - Project guides - day-03-arduino/assessment/rubric.md - Assessment framework - resources/hardware/ - Hardware and troubleshooting reference

How to Use: 1. Follow DBE Day 3 lesson plan for structure (Arduino basics + robotics) 2. Reference CHPC robotics arm project (advanced) 3. Use CHPC materials for additional examples 4. Combine DBE wiring diagrams with CHPC projects 5. Reference resources/hardware/ for troubleshooting

Day 4: Coding & Robotics with Micro:bit – Part 1¶

CHPC Resources: - Supplementary: CHPC CodeClub (Micro:bit/Scratch projects) - Supplementary: CHPC Resources

Integration Points: - DBE Day 4 focuses on Micro:bit and MakeCode; CHPC CodeClub has additional Micro:bit/Scratch projects - Use CHPC resources for extension activities

DBE Materials (Keep): - day-04-microbit/lesson-plan.md - Detailed DBE lesson plan

How to Use: 1. Follow DBE lesson plan for Micro:bit Part 1 2. Use CHPC CodeClub for extra project ideas

Day 5: Coding & Robotics with Micro:bit – Part 2 (Code Club Intro)¶

CHPC Resources: - Primary: CHPC CodeClub - Reference: CHPC Resources - Reference: CHPC Presentations

Integration Points: - Day 5 introduces Code Club; CHPC CodeClub is the main reference - Use CHPC projects for mini Code Club session and action planning - Integration planning template in resources/templates/integration-planning-template.md

DBE Materials (Keep): - day-05-microbit-codeclub/lesson-plan.md - Detailed DBE lesson plan - resources/templates/integration-planning-template.md - Integration/action planning template

How to Use: 1. Follow DBE lesson plan for Micro:bit Part 2 and Code Club intro 2. Use CHPC CodeClub for project choices and structure 3. Use DBE integration template for action plans

Reference: Cloud and Hardware (in resources/)¶

Cloud computing (former Day 3) and computer hardware (former Day 4) content are preserved as reference material: - Cloud: resources/cloud-computing/ – CHPC cloud, Sebowa, data visualization (see CHPC cloud_computing and virtual_resources) - Hardware: resources/hardware/ – Troubleshooting and hardware guides (see CHPC computer_hardware)

Key CHPC Concepts Integrated¶

1. Scratch Programming¶

CHPC Focus: Visual programming fundamentals, interactive projects
DBE Integration: Day 1 - Introduction to Coding with Scratch, Day 2 - Advanced Scratch Programming

2. Robotics with Scratch for Arduino¶

CHPC Focus: Robotic arm project, servo control, mechanics
DBE Integration: Day 3 - Physical Computing with Arduino (basics + robotics)

3. Cloud Computing and Virtual Resources (Reference)¶

CHPC Focus: Sebowa cloud, virtual machines, cloud deployment
DBE Integration: Reference material in resources/cloud-computing/

4. Computer Hardware (Reference)¶

CHPC Focus: Disassembly, component identification, reassembly
DBE Integration: Reference material in resources/hardware/; supports Day 3 Arduino troubleshooting

5. Code Club and Micro:bit¶

CHPC Focus: CodeClub activities, projects
DBE Integration: Day 4 - Micro:bit Part 1, Day 5 - Micro:bit Part 2 and Code Club intro

Using Both Curricula Together¶

For Workshop Facilitators¶

Preparation: 1. Review DBE lesson plans for structure 2. Access CHPC repository for technical details 3. Download CHPC presentations for visual aids 4. Prepare CHPC examples as extensions

During Workshop: 1. Follow DBE lesson plan timing and structure 2. Reference CHPC materials for technical depth 3. Use CHPC projects as advanced examples 4. Combine DBE activities with CHPC resources

After Workshop: 1. Share both repositories with teachers 2. Provide links to CHPC materials 3. Encourage exploration of CHPC content 4. Support integration of both approaches

For Teachers¶

Learning Path: 1. Start with DBE curriculum (teacher-friendly) 2. Explore CHPC materials for technical depth 3. Use CHPC projects as inspiration 4. Combine approaches for classroom use

Resource Access: - DBE Curriculum: https://github.com/msovara/dbe-coding-robotics-curriculum - CHPC Training: https://github.com/ChpcTraining/dsi_coding_school - Both repositories are complementary

CHPC Repository Structure Reference¶

ChpcTraining/dsi_coding_school/
├── scratch/              → Day 1, Day 2 Integration
├── robotics/             → Day 3 (Arduino/Robotics) Integration
├── cloud_computing/      → resources/cloud-computing Reference
├── computer_hardware/    → resources/hardware Reference
├── virtual_resources/    → resources/cloud-computing Supplementary
│   └── linux_os_install/ → Virtual machine setup
├── codeclub/             → Day 5 Code Club Intro, All Days Supplementary
├── resources/            → All Days Reference
└── presentations/        → All Days Visual Aids

Specific Integration Examples¶

Example 1: Scratch Projects¶

DBE Approach: - Teacher-friendly project templates - Step-by-step instructions - Assessment rubrics - Curriculum integration focus

CHPC Approach: - Technical Scratch projects - Advanced concepts - Research-oriented - Community projects

Combined Use: - Start with DBE templates (beginner-friendly) - Progress to CHPC projects (advanced) - Use both for differentiated instruction

Example 2: Robotics¶

DBE Approach: - Basic Arduino projects - Simple sensors and actuators - Classroom-friendly activities - Educational focus

CHPC Approach: - Robotic arm project - Advanced servo control - Mechanical assembly - Research applications

Combined Use: - DBE for foundational learning - CHPC for advanced projects - CHPC robotic arm as capstone

Example 3: Cloud Computing (Reference)¶

DBE Approach: - Reference material in resources/cloud-computing/ - General cloud concepts, educational platforms

CHPC Approach: - Sebowa platform specifics - Virtual machine setup - Cloud deployment - Technical implementation

Combined Use: - Use resources/cloud-computing/ and CHPC cloud_computing when covering cloud topics - CHPC for Sebowa platform and virtual machine creation

Accessing CHPC Materials¶

Direct Links¶

Main Repository: - https://github.com/ChpcTraining/dsi_coding_school

Specific Modules: - Scratch: https://github.com/ChpcTraining/dsi_coding_school/tree/main/scratch - Robotics: https://github.com/ChpcTraining/dsi_coding_school/tree/main/robotics - Cloud Computing: https://github.com/ChpcTraining/dsi_coding_school/tree/main/cloud_computing - Computer Hardware: https://github.com/ChpcTraining/dsi_coding_school/tree/main/computer_hardware - Virtual Resources: https://github.com/ChpcTraining/dsi_coding_school/tree/main/virtual_resources - CodeClub: https://github.com/ChpcTraining/dsi_coding_school/tree/main/codeclub - Resources: https://github.com/ChpcTraining/dsi_coding_school/tree/main/resources - Presentations: https://github.com/ChpcTraining/dsi_coding_school/tree/main/presentations

Downloading Materials¶

Option 1: Clone Repository

git clone https://github.com/ChpcTraining/dsi_coding_school.git

Option 2: Download ZIP - Go to repository - Click "Code" → "Download ZIP" - Extract to local directory

Option 3: Access Online - Browse repository on GitHub - View files directly - Download individual files as needed

Best Practices for Integration¶

1. Start with DBE Structure¶

Use DBE lesson plans as primary framework
Follow DBE timing and pacing
Maintain DBE educational focus

2. Supplement with CHPC Content¶

Reference CHPC for technical details
Use CHPC projects as extensions
Access CHPC presentations for visuals

3. Maintain Both Approaches¶

Keep DBE materials (teacher-friendly)
Keep CHPC materials (technical depth)
Use both as complementary resources

4. Customize for Context¶

Adapt CHPC content for DBE context
Simplify CHPC technical content for teachers
Combine best of both approaches

Workshop Timetable Alignment¶

CHPC Timetable Structure¶

5 days (similar to DBE)
Scratch, Robotics, Micro:bit, Code Club focus
Cloud and hardware as reference (resources/)
CodeClub activities (Day 5)

DBE Timetable Structure¶

5 days (aligned with CHPC)
Similar topics, teacher-focused
Assessment and integration emphasis
Curriculum alignment focus

Combined Approach¶

Use DBE timetable for structure
Reference CHPC timetable for content depth
Align sessions where topics overlap
Maintain DBE timing (09:00-17:00)

Assessment Integration¶

DBE Assessment Approach¶

Teacher-focused rubrics
Curriculum integration assessment
Pedagogical application evaluation
Student learning outcomes

CHPC Assessment Approach¶

Technical skill evaluation
Project completion assessment
Research-oriented evaluation
Advanced skill demonstration

Combined Assessment¶

Use DBE rubrics for teacher evaluation
Reference CHPC projects for skill demonstration
Combine both for comprehensive assessment
Adapt CHPC assessments for educational context

Resources and Support¶

DBE Resources¶

Teacher guides and templates
Assessment rubrics
Procurement guides
Integration planning templates

CHPC Resources¶

Technical documentation
Project examples
Presentation materials
CodeClub activities

Combined Resources¶

Access both repositories
Use DBE for teaching materials
Use CHPC for technical reference
Combine for comprehensive support

Version Compatibility¶

CHPC Repository¶

Status: Active (2022-2025 project)
Updates: Regular updates expected
Version: Check repository for latest

DBE Curriculum¶

Status: Active development
Version: 1.0
Last Updated: 2024

Compatibility¶

Both curricula are complementary
CHPC provides technical depth
DBE provides educational structure
Use both together for best results

Contributing and Feedback¶

CHPC Repository¶

Managed by CHPC Training team
Part of DSI-funded project
Contact CHPC for contributions

DBE Curriculum¶

Managed by curriculum developers
Open for teacher feedback
Continuous improvement

Integration Feedback¶

Share integration experiences
Suggest improvements
Report issues
Contribute examples

Quick Reference¶

When to Use DBE Materials¶

Lesson planning and structure
Teacher training and support
Curriculum integration
Assessment and evaluation
Classroom management

When to Use CHPC Materials¶

Technical implementation details
Advanced project examples
Platform-specific setup (Sebowa)
Virtual machine configuration
Research-oriented content

When to Use Both¶

Comprehensive training
Differentiated instruction
Advanced teacher development
Extended learning opportunities
Complete resource library

Conclusion¶

The CHPC DSI Coding School and DBE Coding and Robotics Curriculum are complementary resources that work together to provide comprehensive coding and robotics education for South African teachers. Use both repositories to access the full range of materials, from teacher-friendly guides to technical implementation details.

Remember: - DBE materials = Educational structure and teacher support - CHPC materials = Technical depth and advanced content - Both together = Comprehensive training program

Last Updated: 22 January 2025 Version: 1.0

References: - CHPC DSI Coding School: https://github.com/ChpcTraining/dsi_coding_school - DBE Coding and Robotics Curriculum: https://github.com/msovara/dbe-coding-robotics-curriculum