This article synthesises the course’s approach directly from the syllabus and module structure in your folder. It provides a step-by-step framework for designing ICT-integrated lesson plans that are effective, inclusive, competence-based, and aligned with modern pedagogical models like TPACK (Technological Pedagogical Content Knowledge) and SAMR (Substitution, Augmentation, Modification, Redefinition). The guide follows the exact sequence and emphasis of the Sharebility materials while offering practical implementation tips.

1. Why ICT-Integrated Lesson Plans Matter (Course Foundations)

The Sharebility EduTech Course (Module 2 Unit 1) begins with the foundations of digital pedagogy. ICT integration is not about adding gadgets — it enhances teaching and learning when planned purposefully.

Key models taught in the course:

• TPACK: Effective integration occurs at the intersection of Content Knowledge (what you teach), Pedagogical Knowledge (how you teach), and Technological Knowledge (tools you use). A strong TPACK lesson plan ensures technology supports specific learning objectives rather than being an add-on.
• SAMR: Classify technology use on a ladder — Substitution (tech replaces paper), Augmentation (tech adds functional improvement), Modification (tech redesigns tasks), Redefinition (tech enables previously impossible activities). The course encourages aiming for Modification and Redefinition levels.

The course stresses that well-designed ICT lessons improve student engagement, cater for diverse needs (including Special Educational Needs – SEN), support competence-based curricula, and prepare learners for 21st-century skills.

2. Step-by-Step Process: Planning ICT Integration in Schemes of Work and Lesson Plans (Unit 2.2 Core)

Unit 2.2 dedicates 8 hours to this exact process. Follow these five principles directly from the course:

Step 1: Align with Schemes of Work and Curriculum Objectives

Start with your subject scheme of work. Identify the topic, competence, and learning outcomes. Ask: “Which digital tools will best help learners achieve this competence?” Example: In a Mathematics lesson on geometry, map the objective to Algebra (interactive simulation) rather than static diagrams.

Step 2: Apply Principles of Inclusive Lesson Design (SEN Focus)

The course emphasises universal design for learning. Design plans that cater for learners with disabilities:

• Provide multiple means of representation (text + video + audio).
• Offer alternatives (screen readers, speech-to-text, simplified interfaces).
• Ensure accessibility (high-contrast colours, captioned videos, keyboard navigation).
• Include differentiation: e.g., AI tools for personalised pacing.

Step 3: Select and Prepare Digital Content and Tools

Utilise internet and content-creation tools (covered in Module 1 Units 3 & 4):

• Create or curate videos with CapCut or ClipChamp.
• Design graphics with Canva.
• Source OERs from Kolibri, Rachel, or Sharebility libraries.
• Prepare offline backups for low-connectivity schools.

Step 4: Plan ICT Use in Competence-Based Classwork and Projects

Shift from teacher-centred to learner-centred activities:

• Use Google Classroom or Moodle for collaborative projects.
• Incorporate interactive tools (Kahoot for assessment, PhET simulations for science).
• Design project work where students create digital content (e.g., video explanations, infographics).
• Plan group roles that leverage technology for collaboration (Google Docs real-time editing).

Step 5: Master Class Presentation Techniques and Projection Management

• Practise smooth transitions between digital and non-digital activities.
• Manage projection (Zoom, Google Meet, or classroom projector).
• Prepare backup plans for technical failures (offline versions ready).

A complete lesson plan template (implied in the course materials) should include:

• Learning objectives (Bloom’s taxonomy levels).
• ICT tools selected with TPACK/SAMR justification.
• Differentiation for SEN and diverse abilities.
• Assessment methods (digital quizzes, rubrics in Google Forms).
• Reflection section for teacher and students.

3. Choosing and Integrating Subject-Specific Digital Pedagogy Tools (Unit 2.3)

Module 2 Unit 3 (12 hours) provides hands-on guidance on tools:

• Maths: Algebra, PhET simulations.
• Sciences: Virtual labs (Cyber School, PhET).
• Languages/Arts: Canva, H5P for interactive content.
• Assessment: Kahoot, Google Forms, Hot Potatoes.
• Libraries: Offline tools like Kolibri for resource-limited settings.
• AI & SEN: Speech-to-text, screen readers, adaptive platforms.

The course teaches evaluation: “Does this tool improve learning outcomes?” Always pilot and reflect.

4. Facilitating e-Learning and Collaboration (Unit 2.4 + Module 1)

Extend lessons beyond the classroom:

• Host virtual classes on Zoom/Google Meet.
• Use LMS (Google Classroom, Moodle) for assignments and forums.
• Enable asynchronous learning with recorded videos and blogs.

5. Implementation, Assessment, and Continuous Improvement

From Module 3 Unit 4 (Supporting ICT Integration):

• Organise school ICT clubs for peer support.
• Conduct follow-up training and PLCs (Professional Learning Communities).
• Evaluate impact through student performance data, teacher reflection, and observation.
• Document successes for annual exhibitions or conferences.

Practical Example Lesson Plan Outline (Based on Course Principles) Subject:

Secondary Science – Photosynthesis Objective: Learners explain the process and factors affecting photosynthesis (competence-based). ICT Tools: PhET simulation + Canva infographic + Google Forms quiz. TPACK Justification: Content (science facts) + Pedagogy (inquiry-based) + Technology (interactive simulation). SAMR Level: Modification (students manipulate variables in simulation). Inclusive Features: Audio narration, simplified interface option, group roles for SEN learners. Activities: 10-min simulation exploration → Group infographic creation → Digital quiz. Assessment: Formative (quiz data) + Peer feedback on Canva products. Reflection: Teacher notes technical issues and student engagement.

6. Challenges and Solutions (Course Emphasis)

The materials acknowledge common barriers:

• Limited devices/internet → Use offline tools (Kolibri, pre-downloaded videos).
• Teacher confidence → Join Sharebility follow-up sessions and EduTech clubs.
• Infrastructure → Advocate via school ICT policies (Module 3).
• Equity → Prioritise inclusive design from Day 1.

Conclusion: Becoming an ICT-Confident Educator

The Sharebility EduTech Course materials in your folder provide a complete roadmap from basic ICT skills (Module 1) through sophisticated lesson design (Module 2) to institutional support (Module 3). By following Unit 2.2’s structured approach — integrating ICT into schemes and lesson plans, applying TPACK/SAMR, ensuring inclusivity, and leveraging subject-specific tools — teachers create transformative, learner-centred experiences.

Start small: Pick one unit from your scheme of work this week, redesign it using the steps above, and implement it. Share your lesson plans in professional communities or the course’s “Have2Give” sessions. Over time, you will move from Substitution-level technology use to Redefinition-level innovation that truly prepares learners for the digital world.

For deeper study, revisit the specific PDFs in your folder (especially Module 2 Unit 2 and Unit 2.3). The course also recommends ongoing practice through school ICT champions and annual EduTech events.

This framework, drawn directly from the provided Sharebility materials, empowers every educator to design ICT-integrated lesson plans that are purposeful, inclusive, and impactful. Happy planning and teaching!

Why Every School Needs an ICT Policy: A Practical Guide for Ugandan and African Educators

In today’s rapidly evolving world, where smartphones, internet access, and digital tools are becoming everyday realities even in rural corners of Uganda, schools face a critical choice: embrace technology thoughtfully or risk being left behind. Imagine a secondary school in Gulu where teachers struggle with unreliable power, students share one outdated computer among dozens, and cyber risks lurk unchecked in online activities. Contrast this with a school in Kampala that has a clear framework guiding device use, teacher training, data protection, and inclusive access—lessons flow smoothly, students engage actively, and safety is prioritized. The difference often boils down to one essential document: a school ICT policy.

In the rolling hills of southwestern Uganda, where schools like those in Kabale and more Districts balance traditional teaching with the growing need for digital skills, educators face a familiar challenge: how to prepare learners for a world increasingly defined by technology while working with limited resources, intermittent connectivity, and diverse classroom needs. A dedicated primary teacher in Kabale might spend evenings manually creating teaching aids or struggling to incorporate online resources into lessons on local geography or basic science. Yet, with targeted professional development, such educators can unlock tools that make lessons more interactive, inclusive, and aligned with Uganda’s competency-based curriculum.

An ICT policy is more than paperwork; it is a living roadmap that ensures technology serves education rather than disrupts it. In Uganda and across Africa, where national strategies like the Education Digital Agenda 2021-2025 push for digital transformation, individual schools must align with these visions through tailored policies. Without one, efforts to integrate tools—from projectors to Google Classroom—remain fragmented, inefficient, and potentially harmful. This article explores why every school needs an ICT policy, its core components, best practices drawn from African contexts, and a step-by-step guide to creating one. It draws inspiration from resources like the Sharebility Academy sample policy, emphasizing practical, context-relevant approaches for resource-constrained environments.

The Urgent Need for School-Level ICT Policies in Uganda and Africa

Uganda’s education landscape is transforming under national drives for digital inclusion. The Ministry of Education and Sports’ Education Digital Agenda aims to expand ICT infrastructure, boost teacher skills, and integrate technology into teaching and learning. Initiatives from the Uganda Communications Universal Service Access Fund (UCUSAF) have installed labs and trained teachers in secondary schools, improving STEM performance through interactive tools. Yet, challenges persist: unreliable electricity, high connectivity costs, limited devices, inadequate teacher training, and the digital divide between urban and rural areas hinder progress.

Across Africa, similar patterns emerge. In sub-Saharan countries, poor infrastructure, affordability issues, and competing priorities like poverty reduction limit ICT adoption. Studies show that without structured policies, investments in computers or internet often fail to translate into better learning outcomes. Schools end up with unused labs or inconsistent practices, wasting scarce resources.

A school ICT policy addresses these gaps by providing clear guidelines. It promotes responsible use, safeguards students from online dangers like cyberbullying or inappropriate content, and ensures equitable access—vital in contexts where many learners come from low-income households or have special needs. For instance, in refugee settlements like Kyaka II, ICT can enhance competency-based curriculum delivery, but only if policies tackle limited resources and connectivity.

Policies also align with national goals. Uganda’s National ICT Policy (2014) and Digital Agenda emphasize broadband expansion, teacher capacity building, and inclusive access. A school policy bridges the gap between national ambitions and daily classroom realities, preventing ad-hoc decisions that lead to inefficiencies or risks.

Key Benefits of Implementing an ICT Policy

Enhanced Teaching and Learning:

This encourages pedagogical integration, moving beyond basic computer literacy to tools that support active, personalized learning. Teachers can use videos, collaborative platforms, or AI aids effectively.

Improved Administrative Efficiency

Policies guide inventory management, data security, and communication, reducing paperwork and enabling better record-keeping.

Digital Safety and Ethics

With rising internet use, policies outline rules against cyberbullying, data privacy, and ethical AI use, fostering responsible digital citizenship.

Inclusivity

They ensure tools accommodate learners with disabilities, such as screen readers or captions, aligning with calls for equitable education.

Sustainability and Cost-Effectiveness

By prioritizing maintenance, upgrades, and partnerships, policies stretch limited budgets.

In Ugandan examples, schools with policies report better stakeholder engagement and alignment with competency-based reforms.

Core Components of an Effective School ICT Policy

Drawing from the Sharebility Academy sample and African best practices, a strong policy includes:

1. Introduction and Purpose — State the policy’s aim, alignment with national strategies, and commitment to ethical, inclusive ICT use.
2. Objectives and Scope — Outline goals like structured integration, ethical use, sustainable infrastructure, and capacity building.
3. Acceptable Use Guidelines — Define rules for students, teachers, and staff on device use, internet access, social media, and content creation.
4. Infrastructure and Maintenance — Cover acquisition, maintenance, upgrades, power backup (e.g., solar in off-grid areas), and inventory tracking.
5. Security and Data Protection — Address antivirus, passwords, backups, and privacy, especially for student data.
6. Digital Safety and Citizenship — Include anti-cyberbullying measures, screen time management, and education on online risks.
7. Teacher Training and Support — Mandate ongoing professional development, linking to Sharebility EduTech Course modules on basics like cloud tools and video creation.
8. Inclusive Practices — Ensure accessibility for special needs learners and gender equity.
9. Monitoring, Evaluation, and Review — Set mechanisms for policy enforcement, audits, and periodic updates.
10. Roles and Responsibilities — Clarify duties for headteachers, ICT patrons, teachers, parents, and students.

The table below summarizes key sections with Ugandan/African relevance:

Step-by-Step Guide to Creating Your School’s ICT Policy

Creating a policy is collaborative and adaptable:

1. Form an ICT Committee — Include the headteacher, ICT patron, teachers, parents, and students for diverse input.
2. Conduct a Needs Assessment — Survey current resources, usage, and challenges using simple tools like forms.
3. Research Benchmarks — Review samples like Sharebility Academy’s and national guidelines.
4. Draft the Policy — Start with core sections, customize to your school’s context (e.g., rural power issues).
5. Consult Stakeholders — Gather feedback from staff, parents, and learners.
6. Approve and Implement — Get board/PTA approval; train everyone.
7. Monitor and Update — Review annually; enforce through audits.

Schools in Lira have succeeded by involving tech-savvy parents, while rural ones prioritize solar solutions.

Overcoming Common Challenges

Challenges like limited funding, power outages, and resistance can be mitigated through partnerships (NGOs, UCUSAF), low-cost tools (mobile apps), and gradual rollout. Teacher training via free platforms builds confidence.

Conclusion

In Uganda and Africa, where education must prepare learners for a digital future amid constraints, a school ICT policy is indispensable. It transforms potential chaos into structured progress, ensuring technology enhances equity, safety, and quality. As emphasized in the Sharebility EduTech Course (e.g., modules on digital safety and collaboration), policies empower educators to lead innovation. Start small, involve your community, and watch your school thrive in the digital age. Every click counts—make yours purposeful.

The EduTech Teachers Network (ETN)—a vibrant, non-profit professional community born from Sharebility Uganda’s grassroots efforts—invites educators, school leaders, ICT coordinators, and education administrators to a transformative Education Technology Capacity Building.

This practical guide equips you with the knowledge, skills, and resources to record, edit, enhance, share, and integrate high-quality video content. Follow the step-by-step sections, complete the activities, and start transforming your teaching today.

Benefits of Video-Based Learning

Video-based learning offers clear advantages that directly improve student outcomes:

• Flexibility – Students can watch videos at their own pace and convenience, which allows them to learn at their own speed.
• Access to Expert Teachers – Video-based learning allows students to access lectures from expert teachers who may not be available in their local area.
• Interactive Learning – Videos can be used to make learning more interactive and engaging for students.
• Simplification of Complex Concepts – Videos can be used to simplify complex concepts and make learning more accessible for CBSE students.
• Personalized Learning – Video-based learning allows for personalized learning, where students can learn at their own pace and focus on areas where they need more help.

These benefits make videos especially valuable in competence-based curricula, where practical understanding matters more than rote memorization.

Minds-on Discussion: What do you think are the key benefits of using videos in education, and how might they transform your teaching methods?

Recording Instructional Videos Using Mobile Devices

Mobile devices are portable and easy to use for recording.

Key tips for quality recordings:

• Hold your camera horizontally to shoot in 16:9 high definition.
• Ensure good lighting, clear audio, and a steady hand.
• If possible, use external microphones or tripods for better quality.
• Use built-in camera apps or apps like Filmic Pro for advanced features.

Activity 1: Record a 1-minute video explaining a topic using your phone.

Recording and Editing Videos on PCs with Basic Tools

PCs offer larger screens and advanced tools for recording and editing.

Recommended free tools for screen recording:

• ScreenRec
• OBS Studio
• Zoom
• FlashBack Express
• Windows Game Bar (Win + G)
• PowerPoint Screen Recorder

Activity 2: Record a short instructional video on your PC using ScreenRec, showing your screen and webcam.

Basic Video Editing Features and Tools

It is usually necessary to combine, trim clips, add text, transitions, and adjust brightness. Tools like CapCut offer user-friendly interfaces for beginners.

Recommended free tools for video editing:

• CapCut (Desktop/Web/Mobile)
• Clipchamp (cloud-based with free desktop version)
• OpenShot
• Shotcut
• DaVinci Resolve

Activity 3: Use CapCut Desktop or Mobile to combine the earlier camera video and screen recording into one video. Add an appropriate text title.

Video Editing Techniques: Trimming and Converting

Why Convert Video Formats?

• Compatibility
• File Size
• Quality Adjustments
• Editing Requirements

Key tools for conversion:

• VLC Media Player
• HandBrake (open-source with advanced compression)
• Any Video Converter

Activity 4: Use HandBrake to convert your video from Activity 3 to be less than 25MB in size.

Adding Text, Sound, and Effects to Enhance Videos

Add subtitles/captions for clarity and accessibility. Use background music and sound effects to maintain interest.

Sources for free music:

• YouTube Audio Library
• Pixabay Music
• Free Music Archive
• Bensound

Activity 5: Add music and auto captions to a video using CapCut.

Uploading and Sharing Educational Videos via YouTube

YouTube serves as a cost-effective platform for educators and schools to create an online presence, improve access to learning materials, and increase visibility for project work and school achievements. Videos can be easily embedded in Google Slides, school websites, email, or shared via WhatsApp.

CASE STUDY Gayaza High School has an active YouTube Channel with educative project videos, lesson recordings and school stories: https://www.youtube.com/@gayazahighschool/search?query=project

YouTube Pro Tips:

• Use clear and descriptive titles
• Add tags and keywords
• Create custom thumbnails
• Keep videos short
• Use playlists
• Monitor analytics
• Include calls-to-action (“Subscribe” or “Comment”)

Activity 6: Upload a practice video to YouTube (unlisted) and share it via Google Classroom or WhatsApp.

Creating Interactive Multimedia Content for Lessons

Use tools like H5P or Active Presenter to add clickable hotspots, embedded quizzes, and interactive timelines.

Activity 7: Create an interactive video quiz using H5P (free account at h5p.org).

Integrating Video Content into Your Teaching Practice

Strategies:

• Use videos to introduce topics, explain concepts, or summarise lessons.
• Examples: Flipped classrooms or video-based assignments.
• Combine videos with discussion or worksheets.

Activity 8: Plan a lesson incorporating a video on one topic.

Making Videos Accessible to Learners with Special Needs (SEN)

Accessibility practices:

• Add captions/subtitles
• Use large, clear fonts
• Clear audio with minimal background noise
• Audio descriptions
• Avoid flashing lights
• High-contrast visuals
• Adjustable playback speeds
• Screen-reader compatibility

Recommended resources:

• YouTube Studio captions
• Otter.ai
• WAVE Accessibility Test Tool
• WCAG guidelines

Conclusion

Creating visual learning materials and videos no longer requires expensive equipment. With a smartphone, free tools like CapCut and HandBrake, and platforms like YouTube and H5P, every teacher can produce professional, engaging, and inclusive content.

Start small, complete the activities, and share your videos. Join the Edutech Teachers Network and Sharebility Uganda for more support.

Benefits for Teachers

By using PROCESS, teachers can save time on planning while fostering creativity. It encourages prompts that go beyond generic responses, incorporating real-life examples to make lessons engaging. However, it’s important to approach AI as a supportive tool, not a replacement, and to review all generated content.

Practical Tips

Start with simple prompts and refine them based on results. Include specifics like grade level or curriculum standards to get targeted outputs. For more ideas, explore resources like AI for Education’s prompt libraries.

The rise of artificial intelligence (AI) in education has opened new doors for teachers, allowing them to streamline lesson planning, create customized resources, and enhance student engagement. However, the key to unlocking AI’s full potential lies in how we communicate with it—through well-crafted prompts. Poor prompts often lead to vague or irrelevant outputs, while structured ones can produce precise, actionable results. This is where the PROCESS framework comes in: a comprehensive approach to designing “perfect” AI prompts tailored for educators.

Developed as an original tool to empower teachers, especially in contexts like Uganda’s education system where resources may be limited, PROCESS stands for Persona, Result, Objective Details, Standards, Constraints, Structure, and Examples. It builds on established prompting best practices, such as those outlined in frameworks like CARE (Context, Ask, Rules, Examples) or the Atlassian guide‘s emphasis on Persona, Task, Context, and Format, but expands them into a holistic acronym that’s easy to remember and apply. By following PROCESS, educators can generate materials that align with curricula, promote critical thinking, and incorporate real-life relevance, all while ensuring ethical use.

Breaking Down the PROCESS Framework

At its core, PROCESS treats an AI prompt like a detailed lesson plan: it assigns a role, defines goals, and sets boundaries to guide the AI toward meaningful outputs. The framework is visualized in the accompanying illustration, which depicts an “AI Brain” at the center, surrounded by the seven components radiating outward like spokes on a wheel. This diagram highlights how each element interconnects to form a cohesive prompt.

Here’s a detailed table summarizing each component of PROCESS, including descriptions, purposes, and educational applications:

This table not only breaks down PROCESS but also demonstrates how it can be applied practically. For comparison, similar frameworks like REFINE (Role, Expectations, Format, Instructions, Narrow, Examples) emphasize role assignment and narrowing constraints, which overlap with PROCESS’s Persona and Constraints. However, PROCESS uniquely integrates Standards for quality assurance, making it particularly suited for educational contexts where promoting critical thinking is paramount.

A Real-World Example Using PROCESS

To see PROCESS in action, consider this final example prompt from the illustration:

“Act as an experienced Ugandan secondary school Mathematics teacher. Create a detailed lesson plan on solving linear equations for Senior Two (S2). Include clear lesson objectives, step-by-step teaching procedures, guided practice activities, learner exercises, and assessment questions. Use simple English appropriate for S2 learners. Align the lesson with Uganda’s Lower Secondary Curriculum. Use locally available teaching materials. Dont include advanced algebra with more than two unknowns. Use real-life examples, such as sharing mangoes or everyday market situations, to explain variables and solving equations. Present the lesson sequence in a table format with the following columns: Time / Stage, Teacher Activity, Learners’ Activity, Indicators for assessment. Ensure the lesson promotes critical thinking, active learner participation, and formative assessment throughout the teaching process.”

This prompt yields a structured lesson plan that’s culturally relevant, pedagogically sound, and ready for the classroom. see below the output of the prompt in grok:

It demonstrates how PROCESS turns a vague idea into a precise request, resulting in outputs that save teachers time while enhancing learning outcomes. In practice, educators can iterate on AI responses—refining prompts based on initial results, as recommended in best practices from AI for Education, which stress clarity, specificity, and feedback loops.

Best Practices for Teachers Implementing PROCESS

Drawing from broader research on AI in education, here are expanded tips to integrate PROCESS effectively:

1. Start with Clarity and Specificity: As highlighted in Columbia University’s AI guides, be explicit about objectives and audience. For teachers, this means including grade levels, subjects, and standards to avoid generic content.
2. Incorporate Ethical Considerations: Always verify AI outputs for accuracy, bias, and appropriateness. Frameworks like those from Packback emphasize using AI to support, not replace, student thinking—prompt for activities that encourage analysis rather than direct answers.
3. Iterate and Refine: Treat prompting as a conversation. If the first output isn’t ideal, provide feedback like “Make it more engaging for visual learners” to improve results, aligning with conversational tips from Atlassian.
4. Align with Curriculum and Local Contexts: Use PROCESS to create resources that leverage local curriculum and examples, as seen in the mango-sharing scenario. This fosters relevance and inclusivity.
5. Train and Collaborate: Schools can adopt a training plan to build teacher confidence, starting with basics like specificity and structure.
6. Explore Prompt Libraries: Resources like Common Sense Education’s AI tips offer libraries of educator-focused prompts. Adapt them using PROCESS for personalization.
7. Measure Impact: Track how AI-generated materials affect student participation and outcomes.

Potential Challenges and Solutions

While PROCESS streamlines prompting, challenges like AI hallucinations (fabricated facts) persist. Counter this by cross-verifying with reliable sources and using warnings in prompts, similar to the “Warnings” component in Medium’s anatomy guide. Additionally, in low-connectivity areas, offline AI tools or pre-planned prompts can maintain accessibility.

In controversial topics, such as integrating AI ethically in assessments, balance views by prompting for pros and cons, ensuring diplomatic outputs that acknowledge debates around AI’s role in education.

Conclusion: Empowering Educators with AI

The PROCESS framework represents a powerful, educator-centric approach to AI prompting, enabling teachers to create dynamic, curriculum-aligned resources efficiently. By incorporating elements like real-life examples and quality standards, it not only saves time but also elevates teaching quality. As Sharebility Uganda continues to champion digital transformation in education, frameworks like PROCESS can help bridge gaps, fostering a more empowered learning environment. Experiment with it in your next lesson planning session—start small, refine as needed, and watch AI become a true ally in the classroom.

Key Points:

• WordCamp Mukono 2026, themed “Sustainable Growth – Building a Lasting WordPress Future,” is set for March 13-14 at Murs Country Resort in Mukono, Uganda, offering sessions for beginners, developers, creatives, and educators.
• The event fosters inclusive learning, with hands-on workshops, expert talks, and networking opportunities that could enhance digital skills in Uganda’s growing tech community.
• Attendees can expect perks like meals, swag, and an afterparty, making it a balanced mix of professional development and enjoyment.
• There are significant benefits for everyone, including educators, as specialized tracks address digital transformation in schools, though individual outcomes may vary based on participation.

Event Overview

Scheduled just next week on March 13 and 14, 2026, this community-driven conference anticipates over 300 participants, including WordPress enthusiasts, developers, designers, and educators. Organized by local volunteers under Mukono WordPress Meetup, it emphasizes sustainability in technology and community building.

What to Expect

The packed schedule includes inspirational keynotes, practical workshops, and dedicated tracks. Highlights cater to diverse audiences, ensuring broad appeal.

Registration

Early bird tickets at UGX 30,000 include full access, meals, and more. Register via https://mukono.wordcamp.org/2026/tickets/ or Momo Ticketing.

As Uganda’s digital landscape continues to flourish, WordCamp Mukono 2026 stands out as a beacon for WordPress enthusiasts, promising two days of transformative experiences at Murs Country Resort in Mukono from March 13 to 14, 2026. Under the theme “Sustainable Growth – Building a Lasting WordPress Future,” this non-profit, volunteer-organized event is expected to attract over 300 attendees, ranging from beginners to seasoned professionals in development, design, education, and business. The conference highlights sustainable practices that bolster the WordPress ecosystem, local communities, and open-source innovation, building on previous gatherings to foster a robust movement in Uganda.

Detailed Schedule Highlights

The schedule, available at https://mukono.wordcamp.org/2026/schedule/, features a diverse array of sessions across tracks like Warrior (general), EduTech (education-focused), and Grand Master (advanced).

Tailored Experiences for Every Attendee

WordCamp Mukono 2026 truly has something for everyone. Beginners benefit from interactive workshops like “Build Your Website in 7 Easy Steps,” gaining confidence without prior coding knowledge.

Developers explore advanced topics such as clean code, debugging, and AI integration. Creatives delve into UI/UX design, storytelling, and accessibility. Educators and students thrive in the EduTech Track, with sessions on HTML/CSS tools, AI in curricula, and digital educator strategies.

Business leaders can learn about scaling media businesses and ethical site building, fostering career growth in Africa’s digital economy.

Special Educators’ Track

Lead organizer Moses Cursor Ssebunya extends a special invitation to educators and students, highlighting WordPress as a free tool for creating e-learning platforms and enhancing digital literacy. Below is the letter [pdf].

Practical Details and Involvement

Tickets are affordably priced at UGX 30,000 for early birds and UGX 120,000 for the actual cost tickets which grant you Full Access to all Sessions, Networking Opportunities, Lunch & Coffee, Official WordCamp T-Shirt and After-Party Entry. Secure yours through the event site or Momo Ticketing. Below is a demo video on how to secure your ticket.

Accommodation

The Travel and Accommodation Guide for WordCamp Mukono 2026 recommends options near the venue at Murs Country Resort in Kigungu, Seeta (along the Kampala–Jinja Highway, close to Paul Mukasa Secondary School), Mukono District, Uganda. Closest choices include the on-site Murs Country Resort (rooms ~UGX 150,000–200,000 per night, with pool, restaurant, spa; book at +256 392 001 332 and other prices range from a lowest of UGX 50,000 per night.

As Sharebility Uganda and EduTech Teachers Network community, we strongly encourage educators not to miss this event. It provides invaluable tools to integrate WordPress into curricula, boost student digital literacy, and connect with peers driving edtech success in Uganda.

The program: 2-week training for skill expansion, resource creation, club support.

Watch the full showcase recording:

Session Structure: Review, Present, Assess

• Review: Recapped objectives: online sites, school ICT plans, tech-integrated projects.
• Showcase: Teachers demoed sites/blogs/systems with embedded content (multimedia, quizzes).
• Mentimeter Quiz: Tested tool knowledge—high scores showed mastery.
• Reflections: Overcoming challenges (devices/access); emphasis on practical implementation.

Supported by UNICEF/Airtel, the training enhanced digital skills for improved practices.

Key Takeaways: Integration and Sustainability

• Sites as consolidated hubs.
• Offline accessibility via Kolibri.
• Week-long project: Publish content on sites.
• Materials in Google Classroom/website for ongoing development.

This conclusion wasn’t an end it’s a beginning for sustained EdTech in Uganda.

All resources available. Join ETN Exchange for continued growth.

Transforming education, one click at a time.

• Acquisition: Budget-friendly options (refurbished laptops, Android tablets, Raspberry Pi), funding sources (Airtel/UNICEF partnerships, MoES grants, donor programs).
• Maintenance: Basic troubleshooting (software updates, virus protection, hardware care), low-cost repairs, device sharing strategies.
• Tips: Prioritize offline-capable devices (for Kolibri), energy-efficient models (solar chargers for rural areas), security (passwords, safe use policies).

Participants shared experiences, with facilitators offering guidance on aligning with school strategic plans from Extra 1.

This episode ensured EdTech isn’t just theory—it’s implementable.

Join future Exchanges at edutechteachers.org/join. Resources in Classroom.

Transforming education, one device at a time.

The program: 2-week training to consolidate skills, create resources, support clubs.

Watch the full recording for tool demos and project examples:

Session Objectives: From Theory to Projects

Objectives:

• Recap Session 2 educator sites and reflect on embedding club projects.
• Understand STEAM clubs as vehicles for innovative, cross-subject EdTech integration (Science, Technology, Engineering, Arts/Humanities, Maths).
• Explore practical tools and sample projects for Apps, Robotics, Websites, and Multimedia.
• Form teams with clear roles; apply problem-solving steps and safety guidelines.
• Plan an EdTech integrated STEAM club project aligned with curriculum.

Introduction: Clubs in the Curriculum

Project work and clubs are curriculum recommendations. Participants shared active clubs at their schools and EdTech support.

Competencies assessed in projects:

• Planning: Conceptualize/organize.
• Implementation: Engage resources/stakeholders, execute, produce product.
• Reporting: Compile findings/records.
• Dissemination: Present to peers/teachers/community.
• Cross-cutting issues: Environmental/health awareness, mixed abilities, socio-economic, citizenship/patriotism.
• Generic skills: ICT proficiency, critical thinking, communication.

What is a STEAM Club? Why Bother?

An extracurricular group for hands-on exploration of STEAM. Why:

• Build 21st-century skills: Critical thinking, creativity, collaboration, problem-solving, teamwork, peer learning.
• Cross-subject integration: e.g., Humanities in multimedia storytelling, Maths in robotics logic.
• Align with new curriculum: ICT standalone/integrated; solves community problems (SDGs).
• Incubate for fairs/exhibitions.
• Benefits: Raises school profile, fosters innovation, career prep.
• Relevance: Empowers learners to solve local issues with products (multimedia, robotics, apps, sites).

EdTech Product Examples and Tools

Table from presentation:

Tools list: Graphics (Canva, Adobe Express, MS Paint, Pixlr, Tux Paint); Video (CapCut, OBS); etc.

Schools like Gayaza High and Tororo Girls have YouTube channels from club activities.

National/International Opportunities for ICT Clubs

Watch past pitches to build confidence.

• Edify UG: EdTech Exhibition 2025
• UCC NCC – Iganga SS Pitch: https://youtu.be/ibGm7sv3q54
• UPSTU Science Innovation Projects: https://www.youtube.com/watch?v=MY3TlUtpHzg
• Website Competition: https://youtu.be/0JWHoT_htws?t=2706
• WAKISO KALANGALA SESEMAT: https://www.youtube.com/watch?v=Anyf5uSx1M0&t=7488s

Benefits for Teachers/Schools

• Raises profile/academic performance.
• Enables interdisciplinary teaching.
• Opportunities for teachers (international programs).

Needed Resources

i) Lab/science room as club ‘home’. ii) Smartphone/tablet for videos. iii) Laptop for WiFi research/publicity. v) Hardware/tools for projects (robotics). v) Weekly timetable slot. vii) Supportive administration. viii) Mentor/facilitator (external).

Assignment: Plan a STEAM Club Project

• Choose EdTech product (Multimedia/Robotics/Apps/Websites) for science/arts club project.
• Outline: Title, subject integration, problem statement, solution, ICT use.
• Submission: Blog post on project plan/prototype; share link on WhatsApp for peer review, Google Classroom; prepare for Feb 13 showcase (4:30–6:30 PM).

This session inspired hands-on innovation clubs turn learning into action.

Resources/recording in Classroom. Next: Showcase.

Transforming education, one click at a time

The session focused on: Using Google Docs to collaboratively develop ICT integrated schemes of work and lesson plans for all subjects. Using AI as a productivity tool.

Watch the full recording for AI demos and breakouts:

Session Objectives: Efficiency and Integration

Objectives included:

• Understand benefits of digital scheming and AI-aided planning for ICT-integrated lessons across subjects, with a focus on science.
• Explore Google Docs for collaborative scheme development and AI tools as productivity aids.
• Create ICT-integrated lesson plans collaboratively in a subject department.
• Complete a hands-on assignment to develop a shared scheme of work, preparing for the final showcase educator site integration.

Facilitators:

Experts in Action

What is Digital Scheming? Benefits Explained

Digital scheming: Creating structured schemes/lessons using digital tools, enhanced by AI. Key Benefits:

• Collaboration: Team editing in Google Drive/Docs fosters peer input.
• EdTech Integration: Include digital tools (hard/soft) in teaching/learning/assessment.
• AI Productivity: Generate ideas, outlines, assessments quickly (save time); customize.
• Sustainability: Digital plans shareable, updatable, offline via exports.
• Impact: Saves up to 50% planning time; promotes innovative, learner-centered teaching (STEM/Arts).

Screenshot of Google Drive showed real-time shared files.

Overview of Tools for AI-Aided Planning

Table from session:

Live Demo: AI + Google Docs Workflow

Facilitators demoed:

• AI prompt for science unit (e.g., Photosynthesis): Generate draft with objectives, ICT activities (PhET sims), assessments.
• Paste into shared Google Doc table (Week, Topic, Outcomes, Methods, Resources, Assessment).
• Collaborative edits/comments.
• Embed Phase 1/2 resources (Kolibri links, site embeds).

Breakouts: Shared AI uses (lesson plans, cost reduction, interactive tools), challenges (internet for AI).

Assignment: Develop Shared Scheme of Work

• Create shared Doc for scheme/unit in your subject.
• Use AI for drafts, integrate ICT (Kolibri, Forms, Canva).
• Collaborate with department (simulate if alone).
• Prepare to embed in educator site for Feb 13 showcase.
• Submit link/PDF to Classroom.

This session transformed planning from solo task to team efficiency.

Resources/recording in Classroom. Next: Club projects.

Transforming education, one click at a time.

Watch the recording for shares and plan details:

Progress Sharing: Real Demos and Guidance

• Kakuru: Website with campus tour video, contact form, resources; Rogers guided on linking/publishing/blog setup.
• Masty: Kolibri activity with questions/account; Rogers helped publish channel, get token, complete settings.
• Lubega: Site with homepage/about/contact/ICT resources; Rogers demoed Blogger for blog creation.
• Kakuru question: Embedding 3D simulations Rogers suggested PhET OERs from Kolibri Library.

This hour built confidence through peer learning.

ETN EdTech Exchange Launch: Ongoing Community

Rogers explained ETN’s mission: empower educators for digital innovation. Structure:

• Weekly Zoom on topics like digital skills, pedagogy, leadership.
• Membership: Free at edutechteachers.org/join; access resources, groups, Kolibri libraries.
• Regional coordinators Hanifah and Emmanuel Angoda shared workshop stories, stressing participation.

The Exchange extends training turning skills into habits.

Developing a School EdTech Strategic Plan

Aligned with MoES Digital Agenda, the 4-phase sample plan (editable template shared):

1. Vision & Needs Assessment: Define goals, audit infrastructure/skills/access.
2. Capacity Building & Infrastructure: Train staff, secure devices/power/internet, set policies (safe use, ethics).
3. Integration & Expansion: Embed ICT in lessons/clubs, pilot projects.
4. Sustainability & Innovation: Monitor KPIs (lesson ICT %, engagement), innovate with AI/emerging tools, fundraise.

Monitoring throughout: Stakeholder engagement, regular reviews.

Adapt for your school start small, involve all.

This session inspired beyond training join the Exchange for continued growth.

Resources in Classroom/Whatsapp. Next: AI scheming.

Transforming education, one exchange at a time.