Teaching changes quickly: a resource that was useful a few years ago may have moved, changed its audience, or stopped accounting for accessibility and student privacy. The best development resources for educators now combine subject knowledge with practical lesson materials, support for different age groups, and a clear way to test a new approach before using it with a whole class.
The six resources below cover computer science, web development, classroom technology, and teaching practice. They are not interchangeable courses. Choose the one that matches your learners' age, devices, curriculum, and school or district requirements.
How to choose a resource
Before assigning a course or adopting a platform, check:
- Audience and prerequisites: Confirm the age range, reading level, language, and prior knowledge. A self-paced web-development curriculum may suit older learners but overwhelm a beginner class.
- Access requirements: Test the material on the devices and browsers students actually use. Note whether it needs a public account, fast internet, a particular operating system, or paid features.
- Accessibility: Look for captions or transcripts, keyboard support, readable contrast, alternative text, and instructions that do not depend only on color, sound, or fine motor control.
- Privacy and safeguarding: Find out what student data is collected, whether student work is public by default, and whether the service meets your school's age, consent, and data-retention rules.
- Evidence of learning: Decide what students should be able to make or explain after the lesson. A small pilot and a short reflection are more useful than adopting a large resource without a feedback loop.
1. Code.org for curriculum and teacher support
Code.org's teacher resources combine computer-science and AI lessons with classroom materials and professional learning. The structured courses can help an educator plan a sequence rather than collecting unrelated exercises, while the activities provide starting points for students with different levels of experience.
Start by matching a course to the learners' age and your available lesson time. Preview each activity, check its account and device requirements, and adapt examples that do not fit your local context. Code.org is a useful first option when you need a curriculum framework and teacher-facing guidance, not just a programming playground.
2. Scratch for creative programming lessons
Scratch for educators provides educator guidance and classroom resources for teaching programming through interactive stories, games, and animations. Its block-based interface lowers the syntax barrier, so students can focus on sequencing, events, variables, iteration, and explaining their design choices.
Use a short project brief rather than asking students to copy a finished animation. Give them a checklist for testing controls, audio, text, and color contrast, and offer a non-public way to submit work when classroom or safeguarding policies require it. Scratch works particularly well for early projects, pair programming, and reflection about how a program behaves.
3. Raspberry Pi teaching resources
Raspberry Pi's teaching resources include classroom materials for computing and digital making. They are useful when you want to connect code with physical computing, problem solving, or projects that produce something visible beyond a code editor.
Review the equipment list before planning a lesson. A project that assumes Raspberry Pi hardware should have a device-free alternative or a shared-equipment rotation, and every activity should include time for setup, safe handling, troubleshooting, and cleanup. This makes the resource more practical for a small classroom budget.
4. MDN Curriculum for web-development foundations
The MDN Curriculum is a structured path through the essential skills for beginner front-end developers. It is a strong reference for educators teaching HTML, CSS, JavaScript, accessibility, and browser fundamentals because the material can be connected to standards-based examples instead of a particular commercial framework.
Use it as a map for a course or as a source of focused reading, not as a promise that students will master web development by following a page list. Ask students to build a small semantic page, test it with keyboard navigation and browser developer tools, and explain the trade-offs they made. That approach keeps accessibility and debugging in the lesson rather than treating them as optional topics.
5. Edutopia for teaching practice
Edutopia publishes practical material about classroom strategy, project-based learning, assessment, social-emotional learning, and educational technology. It is less of a technical curriculum than the resources above, but it can help an educator improve how a development lesson is introduced, supported, and assessed.
Treat individual articles as ideas to evaluate rather than universal evidence. Compare a suggested activity with your learners' needs, accessibility requirements, and available time, then record what worked and what should change before repeating it.
6. BookWidgets for lesson ideas and classroom activities
The BookWidgets blog offers lesson ideas and articles about educational technology. It can be a useful source of activity formats when students need practice, retrieval, or a quick check for understanding alongside a coding or digital-literacy lesson.
BookWidgets is a vendor's resource, so separate its teaching ideas from any product-specific recommendation. Check whether an activity can be completed with tools your students can access, whether it works without unnecessary student accounts, and whether its output is usable with assistive technology.
Other useful links from the original guide
The Adobe Education Exchange remains a source of workshops and educator learning materials. TeachThought covers teaching, learning, and critical thinking, and the EdTech School YouTube playlist contains technology-in-education videos. For a related approach to improving online learning, see how trainers can make e-learning more engaging.
The former Joy of Professional Learning link was not included because the site was no longer reachable when this article was reviewed. Removing a dead recommendation is better than sending educators to a resource they cannot verify.
A simple pilot workflow
- Pick one learning outcome and one resource. Avoid changing the curriculum, platform, and assessment at the same time.
- Preview the activity as a student. Check the instructions, links, account flow, keyboard access, captions, contrast, and expected completion time.
- Run the smallest useful version with a few learners or one class period. Provide a paper or offline fallback if access fails.
- Collect evidence such as a finished artifact, explanation, debugging notes, or exit ticket. Do not rely only on whether students appeared busy.
- Record what to keep, simplify, or replace. Recheck external resources at the start of a new term because links, platform policies, and features can change.
Conclusion
Educator development is most useful when it leads to a better learning experience, not simply a longer list of tools. Use Code.org or Scratch for accessible starting points in computing, Raspberry Pi resources for hands-on making, MDN for web foundations, and Edutopia or BookWidgets for teaching and activity ideas. Pilot the material, protect student privacy, and adapt the lesson to the learners and devices in front of you.
Cover Photo by Vanessa Garcia from Pexels
