This was the central message of the 15th episode of EdTech Exchange yesterday, where educators, learners and EdTech enthusiasts gathered to explore one of the most important, yet often underestimated, skills in innovation: pitching.

Facilitated by Rogers Mukalele, Founder of Sharebility Uganda and an EdTech Innovation Mentor, the session equipped participants with practical strategies for preparing compelling pitch presentations ahead of the Edify EdTech Exhibition. While the discussion was geared towards exhibition participants, the lessons apply to any classroom where learners are encouraged to think creatively, solve problems and communicate their ideas with confidence.

Start with the problem, not the technology

One of the most common mistakes young innovators make is introducing the technology before explaining the problem.

Whether learners have designed a website, developed a mobile application, built a robotics prototype or produced a multimedia campaign, judges and indeed any audience first want to understand what challenge the project is trying to solve.

A strong pitch begins by helping the audience connect with a real issue affecting a school, community or society. Only then should learners explain how their solution responds to that challenge.

When learners understand the “why” behind their project, their presentation becomes more authentic and much easier for others to follow.

Tell a story, don’t read slides

Many presentations fail because learners try to fit everything they know onto a PowerPoint slide.

Instead, Rogers encouraged participants to think of their slides as visual guides rather than scripts.

An effective pitch should take the audience on a journey, from the problem to the solution, to how the project was developed, the technology used, and finally the impact it hopes to create. Images, diagrams and short demonstrations often communicate ideas more effectively than long paragraphs of text.

The goal isn’t to impress people with complicated slides. It’s to make complex ideas easy to understand.

Let the project speak for itself

Nothing builds confidence in a project like seeing it in action.

For this reason, learners were encouraged to prepare short demonstration videos that showcase their innovation from start to finish. Whether demonstrating a website, mobile app, robotics prototype or digital learning resource, a one- to two-minute video can help judges quickly understand what the project does and how it was created.

The session introduced learners to accessible editing tools including CapCut, Clipchamp, OpenShot, Shotcut, and DaVinci Resolve, proving that producing a professional demonstration doesn’t require expensive software.

For teachers mentoring innovation teams, encouraging learners to document their development process can make creating these videos much easier.

Build with the judging criteria in mind

Preparing for an innovation exhibition doesn’t begin a week before the event; it starts the moment learners begin designing their project.

During the webinar, Rogers unpacked the criteria that judges use to eediting

valuate projects, reminding participants that successful innovations combine creativity with purpose.

Projects are assessed on several areas, including the significance of the problem being addressed, the originality and functionality of the solution, technical quality, feasibility, effort invested, sustainability and the team’s ability to confidently communicate their ideas.

Understanding these expectations early helps learners make better design decisions throughout the project rather than trying to improve everything at the last minute.

Confidence comes from preparation

Even the most brilliant innovation can be overshadowed by poor delivery. One of the strongest messages from the session was simple: practice matters.

Learners were encouraged to rehearse their presentations repeatedly, test every aspect of their project before exhibition day, anticipate questions from judges and seek feedback from classmates and teachers.

Rather than memorising speeches word for word, they were advised to understand their projects deeply enough to explain them naturally and confidently.

Good eye contact, clear speech, effective body language and good time management can make the difference between a presentation that is merely informative and one that truly inspires.

Expect the unexpected

Technology doesn’t always cooperate.

A website may refuse to load. A projector might stop working. Internet connectivity can fail at the worst possible moment.

Instead of allowing these situations to derail a presentation, Rogers encouraged learners to prepare for them.

Carrying offline copies of presentations, storing videos on multiple devices, printing essential materials and shortening long web links are simple precautions that can save valuable presentation time and reduce unnecessary stress.

Being prepared isn’t just about avoiding problems; it’s about demonstrating professionalism.

Every pitch is an opportunity to learn

Winning an exhibition is exciting, but it isn’t the only measure of success.

Every presentation helps learners develop communication, critical thinking, teamwork and problem-solving skills that extend far beyond the classroom. Whether learners receive first prize or constructive feedback from judges, each experience contributes to their growth as innovators and confident communicators.

As Rogers reminded participants during the session, innovation is a journey. Every project refined, every question answered and every presentation delivered prepares learners for even greater opportunities in the future.

Preparing learners for more than competitions

The Edify EdTech Exhibition provides an exciting platform for showcasing student innovation, but the real value lies in the skills learners develop along the way.

When teachers help learners identify meaningful problems, think critically, collaborate effectively and communicate their ideas with confidence, they are preparing them for much more than a competition. They are nurturing young people who can lead, innovate and create solutions that make a positive difference in their communities.

The real test of these lessons is just around the corner. On 12 July 2026, the Edify EdTech Exhibition 2026 will bring together some of Uganda’s brightest young innovators at the Makerere University School of Public Health Auditorium in Wandegeya. After months of learning, mentoring, designing, building, and refining their ideas, learners from primary and secondary schools across the country will take to the exhibition floor to showcase technology-driven solutions that address real challenges in their schools and communities.

Whether you’re cheering from the audience or engaging with learners at the exhibition stands, prepare to be inspired by what Uganda’s young minds are capable of creating.

This article was produced by EduTech Teachers Network

Whether you teach in a well-equipped school or a low-resource classroom, technology can support every stage of the teaching process, from lesson preparation to classroom instruction and learner assessment.

During yesterday’s EdTech Exchange, educators unpacked practical, low-cost ways to integrate ICT before, during, and after teaching, demonstrating how even simple tools like smartphones can improve lesson preparation, learner engagement, and assessment. Watch the full session below, then explore the key insights from the discussion.

Before: Use ICT to plan smarter

Good lessons begin with good preparation. ICT tools can help teachers save time, access quality content and create engaging learning materials.

A smartphone, laptop, or shared school computer can be used to research content, develop lesson plans, create worksheets and design visual learning materials. Tools such as PowerPoint and Canva allow teachers to create presentations, posters, and diagrams that make complex concepts easier to understand.

Teachers can also access digital learning resources, educational videos and open educational content to enrich their lessons. Collaborating with fellow educators through WhatsApp groups and online communities can further support lesson preparation by enabling the sharing of schemes of work, lesson notes and teaching resources.

The goal is simple: use technology to prepare lessons that are organized, interactive and relevant to learners.

During: Make learning more interactive

Technology can help transform learners from passive listeners into active participants.

Presentation slides, videos, images and digital demonstrations can make lessons more engaging and easier to understand. Even a basic smartphone can be used to display educational content, record demonstrations, or capture learner work for classroom discussions.

One effective approach is the flipped classroom model, where learners access learning materials before class through digital platforms. This allows classroom time to focus on discussion, collaboration and problem-solving rather than content delivery alone.

Teachers can also encourage learner participation through quizzes, group discussions, peer teaching and interactive activities supported by digital tools.

The most important lesson is that ICT should enhance learning, not replace good teaching practices.

After: Support assessment and continuous learning

Teaching does not end when the lesson is over.

ICT can simplify assessment, feedback and learner follow-up. Digital tools can help teachers create quizzes, track learner progress and provide timely feedback. Messaging platforms such as WhatsApp can be used to share revision materials, answer learner questions and provide additional support outside the classroom.

Teachers can also record short audio or video explanations that learners can revisit when revising. This extends learning beyond classroom walls and gives students opportunities to learn at their own pace.

Emerging technologies such as artificial intelligence tools can further support teachers by helping generate assessment questions, learning scenarios and teaching ideas that can be adapted to local classroom contexts.

You don’t need expensive technology to get started

One of the biggest misconceptions about ICT integration is that it requires expensive equipment and advanced technology.

In reality, many effective digital teaching practices can begin with a smartphone, a shared computer, or freely available educational resources. What matters most is not the technology itself, but how teachers use it to improve learning experiences and outcomes.

By integrating ICT before, during and after teaching, educators can save time, improve learner engagement and create more inclusive and effective learning environments.

Technology is not a separate part of teaching, it is a tool that can strengthen every stage of the teaching and learning process.

This article was developed by EdTech Teachers Network. The feature image is AI generated

In a world grappling with climate change, unemployment, public health challenges, and rapid technological advancement, the ability to innovate has become just as important as the ability to acquire knowledge. Yet many learners still spend more time consuming technology than creating with it.

This raises an important question: Are we preparing learners to navigate the future, or to shape it?

This question formed the basis of Episode 13 of the EdTech Exchange Series, where educators explored how robotics and innovation can empower learners to transform ideas into practical solutions for real-world challenges.

Facilitated by Kevin Ssenabulya, the session challenged educators to rethink the role of technology in education. Rather than viewing technology merely as a tool for delivering content, participants examined how it can become a platform for creativity, experimentation, and problem-solving.

Robotics is more than robots

When people hear the word “robotics,” many imagine sophisticated machines, advanced laboratories, or expensive equipment. However, robotics in education is about much more than building robots.

At its core, robotics provides learners with opportunities to ask questions, investigate challenges, design solutions, test ideas, and learn from failure.

The session introduced participants to the basic components of robotic systems, including sensors, controllers, motors, and power sources. Educators explored how these elements work together to perform specific tasks and how they can be used to introduce learners to engineering and computational thinking concepts.

More importantly, the discussion highlighted how robotics creates opportunities for learners to become active participants in the learning process rather than passive recipients of information.

Every innovation starts with a problem

One of the key messages from the session was that innovation does not begin with technology. It begins with a problem.

Whether it is reducing water wastage at school, improving security, managing waste, or addressing challenges in the community, meaningful innovation starts when learners identify a need and begin exploring possible solutions.

Participants were introduced to the innovation process, which involves identifying challenges, generating ideas, creating prototypes, testing solutions, gathering feedback and making improvements.

This approach encourages learners to see challenges not as obstacles, but as opportunities for creativity and growth.

In many ways, innovation mirrors the learning process itself. Both require curiosity, experimentation, persistence, and a willingness to learn from mistakes.

Learning by building

A highlight of the session was a practical demonstration of a simple alarm system built using Arduino technology.

The demonstration provided educators with a glimpse into how learners can move beyond theory and engage in hands-on problem-solving. By connecting components, programming simple instructions, and testing outcomes, learners are able to see the direct relationship between ideas and action.

This hands-on approach also helps learners develop confidence. Instead of simply learning how technology works, they begin to understand that they can use technology to create solutions themselves.

Preparing learners for an uncertain future

The jobs many learners will hold in the future may not even exist today. As a result, education systems must place increasing emphasis on skills that can adapt to changing circumstances.

Robotics and innovation projects help learners develop many of these essential competencies, including critical thinking, creativity, collaboration, communication, and problem-solving.

These skills are valuable far beyond science and technology subjects. They help learners become adaptable thinkers who can analyse challenges, work with others and develop practical solutions in a variety of contexts.

As educators discussed during the session, the goal is not necessarily to turn every learner into an engineer or programmer. Rather, it is to nurture a mindset that encourages exploration, innovation and lifelong learning.

Creating spaces for innovation

For schools seeking to prepare learners for the future, innovation cannot be confined to occasional classroom activities.

Participants were encouraged to establish robotics and innovation clubs where learners can experiment with ideas, collaborate on projects and engage with real-world challenges. Such spaces provide opportunities for learners to apply knowledge in meaningful ways while developing confidence in their abilities.

These clubs can become hubs of creativity where learners learn not only how to use technology but also how to use it responsibly and purposefully to improve their communities.

From consumers to creators

Perhaps the most important takeaway from the session was the need to shift learners from being consumers of technology to becoming creators of solutions.

Today’s learners interact with technology every day. They use smartphones, social media platforms, websites and digital applications. However, the future belongs to those who can create, innovate, and solve problems using technology.

By integrating robotics and innovation into teaching and learning, educators can help learners develop the confidence and skills needed to move from asking, “How does this work?” to asking, “How can I make this better?”

And perhaps that is the most important lesson of all.

What lies ahead?

The future will not be shaped by those who simply know the answers. It will be shaped by those who can identify problems, imagine possibilities, and create solutions.

The conversation on robotics and innovation does not end with EdTech Exchange. Educators interested in exploring these concepts further will have an opportunity to continue the journey during the upcoming EduTech Workshop scheduled for 12th July 2026 at St. Kizito SS Katikamu Kisule in Luweero District.

The workshop will provide hands-on learning experiences in robotics, coding, app development, multimedia creation and other digital skills, equipping educators with practical tools to nurture creativity, innovation, and problem-solving among learners. As schools seek to prepare learners for an increasingly technology-driven world, such opportunities offer a valuable platform for turning ideas discussed during webinars into classroom practice.

Education has a vital role to play in helping learners become those people.

This article was produced by EduTech Teachers Network. Images used in the article are AI generated

This was the central message during Episode 11 of the EdTech Exchange Series, where educators gathered virtually to explore how multimedia projects can transform teaching and learning in the digital age.

The session, titled “Creating Creative Multimedia Projects,” was facilitated by George Emorut, Deputy Secretary General of EduTech Teachers Network, who guided participants through practical approaches to designing engaging multimedia learning experiences that foster creativity, collaboration and critical thinking among learners.

Why multimedia projects matter

Modern learners are growing up in a world shaped by videos, graphics, audio content, and interactive digital experiences. As such, educators have an opportunity to move beyond traditional teaching methods and embrace approaches that encourage learners to become active creators of knowledge.

George emphasised that multimedia projects provide a powerful avenue for developing essential 21st-century skills.

Rather than simply receiving information, learners are empowered to express ideas, tell stories, and demonstrate understanding through digital media.

Effective multimedia project design

A key focus of the session was the importance of thoughtful planning when developing multimedia projects.

Participants learned that successful projects begin with clear learning objectives and a strong understanding of the intended audience. George encouraged educators to prioritise simplicity, clarity, and purposeful design, noting that effective multimedia content does not necessarily require sophisticated equipment or advanced technical expertise.

Teachers were reminded that the goal is not merely to use technology for its own sake but to create meaningful learning experiences that support curriculum objectives and learner engagement.

Exploring digital storytelling

The session introduced participants to the basics of digital storytelling, a powerful instructional strategy that combines narrative techniques with multimedia elements such as images, audio, video, and text.

Digital storytelling enables learners to communicate ideas creatively while developing research, communication, and digital literacy skills. It can be applied across subjects, from documenting scientific investigations and historical events to creating language projects and community stories.

By integrating storytelling into classroom activities, educators can make learning more relatable, engaging, and learner-centred.

Hands-On learning with Canva

One of the practical highlights of the session was a step-by-step demonstration of Canva, a popular online design platform.

Participants learned how to:

• Access and navigate Canva
• Select design templates
• Create posters and infographics
• Edit text and visual elements
• Add images and graphics
• Download and share completed designs

George demonstrated how educators can use Canva to create visually appealing teaching materials, classroom posters, learner projects, and communication resources.

The session highlighted how well-designed visuals can improve communication and help learners present information in creative and meaningful ways.

Creating and editing videos with CapCut

Recognising the growing importance of video content in education, participants were also introduced to CapCut, a user-friendly video editing application.

The demonstration covered several foundational video editing skills, including:

• Importing media files
• Trimming and arranging video clips
• Adding transitions
• Inserting text overlays
• Enhancing videos for instructional purposes

Educators discussed how video projects can support classroom instruction, learner presentations, project-based learning, and content creation.

By equipping learners with video production skills, teachers can help them develop both digital competence and creative confidence.

Screen recording with OBS Studio

The session further explored the use of OBS Studio for screen recording and content creation.

Participants learned how screen recording can support:

• Creating instructional videos
• Recording demonstrations
• Developing online learning resources
• Delivering remote learning content

This practical introduction provided educators with additional options for producing digital learning materials and supporting blended learning environments.

Promoting creativity and 21st-Century skills

Throughout the session, George repeatedly emphasised that multimedia projects should not be viewed simply as technology activities. Rather, they are opportunities to nurture skills that learners need to thrive in today’s world.

When learners collaborate on multimedia projects, they practice teamwork, communication, creativity, critical thinking, and problem-solving. These experiences prepare them not only for academic success but also for future careers and lifelong learning.

The discussion encouraged educators to create learning environments where learners are empowered to experiment, innovate, and express themselves through digital tools.

You can watch the full episode below;

Looking Ahead

As the EdTech Exchange Series continues, this episode served as a timely reminder that meaningful technology integration is not about having the most advanced tools. It is about empowering educators and learners to create, communicate, and collaborate in new and exciting ways.

By embracing multimedia project design, educators can unlock opportunities for deeper learning, greater learner engagement, and the development of skills that will remain valuable far beyond the classroom.

For teachers seeking to make learning more interactive, creative, and learner-centered, multimedia projects offer a practical and accessible starting point for innovation.

This Article was produced by EduTech Teachers Network

The report, From Unplugged to ICT-Ready: A Digital Readiness Assessment of Secondary Schools in Uganda, recently released by UNICEF, assessed 3,257 secondary schools—representing 78% of all secondary schools registered with the Association of Secondary School Headteachers of Uganda (ASSHU)—and paints the clearest picture yet of the country’s readiness for digital learning.

The findings reveal a system with enormous potential but significant inequalities.

While digital transformation has become a central pillar of Uganda’s education agenda, only 20% of secondary schools are classified as ICT-ready, while 41% are semi-connected and 39% remain unplugged, lacking the minimum conditions needed to support meaningful digital learning.

For educators, school leaders, policymakers, and development partners, the report offers more than statistics. It presents a roadmap for understanding where schools are today and what must happen next if no learner is to be left behind in the digital age.

Three Ugandas in One Education System

The assessment identifies three distinct categories of schools.

At one end are ICT-ready schools, where learners have access to reliable electricity, stable internet connectivity, and a relatively favourable learner-to-device ratio. These schools are already integrating technology into teaching and learning.

In the middle are semi-connected schools—the largest group—which possess some infrastructure but face frequent power interruptions, unstable internet, and limited support. These schools have the greatest potential for rapid improvement if targeted investments are made.

At the other end are unplugged schools. Many of these schools have little or no internet connectivity, limited electricity, and severe shortages of digital devices, making meaningful digital learning virtually impossible. These schools are disproportionately located in rural communities, particularly in Northern and Eastern Uganda.

The findings remind us that digital transformation is not occurring evenly across the country. A learner in Kampala may have regular access to digital resources, while another learner in a rural district may never have the opportunity to interact with educational technology during their entire secondary education journey.

Infrastructure Matters—But It Is Not Enough

One of the report’s most important messages is that digital learning is about far more than devices.

Although 98% of schools report access to electricity, only half enjoy reliable power for more than 16 hours per day. Nearly 38% of schools have no internet access at all, while many connected schools experience daily disruptions. In some districts, a single computer serves more than 200 learners, with extreme cases reaching over 300 learners per device.

Yet the report also cautions against viewing infrastructure as the sole solution.

International evidence cited in the study shows that technology only improves learning when it is accompanied by quality content, teacher support, pedagogical guidance, and strong leadership. Simply supplying computers without addressing these factors risks increasing teacher workload rather than improving learning outcomes.

Leadership: Uganda’s Hidden Digital Asset

Perhaps the most encouraging finding in the report is that school leadership commitment remains consistently strong across all regions and readiness levels.

More than 90% of school leaders recognize the importance of digital learning for developing computer skills, information access, and responsible technology use. Importantly, this commitment remains high even in schools facing the greatest infrastructure challenges.

As Bbuye Abubaker, Principal Education Officer at the Ministry of Education and Sports, noted:

“Schools with strong leadership and commitment to ICT integration tend to perform better. The key question is how we protect and sustain resources for ICT integration over time.”

His remarks highlight a critical reality: digital transformation is not merely a technical project—it is a leadership project.

Schools that successfully integrate technology are often led by administrators who prioritize innovation, mobilize resources, support teacher development, and create a culture of continuous learning.

Technology Should Support Teachers, Not Replace Them

Another powerful reflection came from Joaquin Matinez, Research Specialist at UNICEF Innocenti, who emphasized that digital transformation should focus on supporting teachers rather than replacing them.

“ICT integration should be thought about through the lens of the value addition technology brings to schools. It is not about replacing what teachers are doing, but identifying areas where technology can enhance and ease the tasks teachers are already doing like lesson planning, grading, among others.”

For teachers, this message is particularly important.

Technology should simplify planning, improve assessment, support learner engagement, expand access to resources, and create opportunities for collaboration. When introduced thoughtfully, digital tools become teaching assistants rather than additional burdens.

The Missing Piece: Teacher Capacity and Digital Pedagogy

The report identifies leadership, infrastructure, and partnerships as key strengths. However, the next stage of Uganda’s digital journey must focus on strengthening teacher capacity.

As Rev. Fr. Isabirye B. Antony of UNITE Kaliro Campus observed:

“Many pre-service teachers still lack foundational digital competencies, requiring basic ICT training to be integrated into lectures.”

His observation reflects a challenge ETN encounters frequently through teacher professional development programs. Access to technology is growing faster than educators’ confidence in using it effectively.

The future of digital learning therefore depends on more than infrastructure investment. It requires sustained investment in:

• Digital pedagogy
• AI literacy and responsible use of emerging technologies
• Digital content creation
• Online safety and digital citizenship
• Continuous professional development
• Peer learning communities

Technology becomes transformative only when teachers are empowered to use it meaningfully.

Content Remains a Major Challenge

While internet access receives considerable attention, the report reveals another significant challenge.

Among connected schools, 76% reported that available digital content remains insufficient. Schools also expressed concerns about content quality, curriculum alignment, local relevance, language adaptation, and accessibility for learners with disabilities.

This finding presents a major opportunity for teachers.

Educators are not only consumers of digital content; they can also become creators. Through collaborative networks such as ETN, teachers can develop and share locally relevant lesson materials, videos, assessments, simulations, and open educational resources aligned to Uganda’s curriculum.

Key Voices Shaping the Way Forward

The report’s release brought together voices from government, development partners, school leadership, and higher education institutions, all emphasizing different dimensions of the digital transformation journey.

Collectively, these voices point toward a common conclusion: Uganda’s digital future will depend on coordinated action rather than isolated interventions.

ETN Reflection: From Readiness to Transformation

For the EduTech Teachers Network (ETN), the message is clear:

Digital transformation is not about technology alone. It is about empowering teachers, strengthening schools, and ensuring every learner—regardless of location—has the opportunity to participate in the future of learning.

The Digital Readiness Assessment confirms that Uganda is not starting from scratch. Strong leadership, growing platform adoption, active partnerships, and increasing policy attention provide a solid foundation for progress.

However, the findings also reveal a digital divide that cannot be ignored.

If Uganda is to achieve equitable digital learning, investments must focus not only on connectivity and devices but also on teacher capacity, digital content, leadership development, sustainability, and support for the schools furthest behind.

As educators, we must move beyond asking whether schools have technology and begin asking whether technology is improving learning.

That is the journey from being merely connected to becoming truly transformed.

That vision came alive during the two recent #EdTechExchange sessions, where educators joined a growing community of digital learning practitioners to explore practical ways technology can transform teaching and learning. The sessions focused on learner-centred digital activities, hands-on innovation, and introducing teachers to mobile app development using MIT App Inventor.

Facilitated by Kevin Ssenabulya, the practical sessions walked participants through the process of designing and programming a Quiz App, an engaging educational tool that can be adapted for classroom assessments, revision exercises, and interactive learning. Using MIT App Inventor’s drag-and-drop programming environment, teachers learned how even beginners can create fully functional educational mobile applications without advanced coding knowledge.

The training emphasised that digital literacy today extends beyond basic computer use. Educators were encouraged to embrace computational thinking, creativity, and problem-solving as essential skills for modern classrooms. Through practical demonstrations, participants explored how apps can be customised to suit different subjects and learning environments, helping learners become active participants rather than passive recipients of information.

One of the key highlights of the sessions was the accessibility of the platform itself. MIT App Inventor was developed to simplify mobile application development through a visual block-based programming system, enabling users with little or no programming background to design meaningful applications.

The sessions also reinforced the growing role of project-based learning in education. By guiding teachers through the development of a functional Quiz App, participants gained firsthand experience in integrating collaboration, creativity, logic, and digital innovation into classroom activities. The approach demonstrated how educational technology can move beyond theory into practical, learner-centred experiences.

As schools continue adapting to the demands of the digital age, initiatives like #EdTechExchange are helping educators build confidence in emerging technologies while fostering communities of innovation and peer learning. The trainings are not only equipping teachers with technical skills, but also inspiring them to rethink how technology can make learning more engaging, interactive, and relevant for learners.

In an era where mobile technology shapes everyday life, empowering teachers and learners to become creators of technology, rather than just consumers, may prove to be one of the most important steps toward preparing students for the future.

You can watch the Introductory session here, then watch the intermediate session below;

This article was produced by EduTech Teachers Network

That was one of the key reflections during this week’s EdTech Exchange Online Session, where educators explored how website development and STEAM projects can help transform learning from theory-based instruction into real-world innovation.

Facilitated by Rogers Mukalele, the session introduced teachers to practical ways of integrating digital tools and project-based learning into classroom activities and STEAM club programs. Participants learned how schools can use platforms like WordPress to create websites that showcase student innovations, research projects, school activities, and community solutions.

A major highlight of the discussion was demonstrating how accessible technology has become for schools and educators. Teachers were guided through the process of setting up free educational websites and using digital platforms to promote creativity, collaboration, communication, and problem-solving among learners.

The session also challenged educators to think beyond traditional computer lessons. Teachers from the sciences, humanities, mathematics, and arts were encouraged to integrate technology into their teaching in ways that make learning more engaging, practical, and learner-centred.

Beyond building websites, the discussion explored what makes student projects stand out during innovation competitions and exhibitions. Key areas included;

• Creativity and originality
• Problem-solving and community impact
• Technical execution
• Usability and sustainability of projects

As schools continue to adapt to the digital age, sessions like the EdTech Exchange are creating spaces for educators to rethink how technology can be used not just for teaching but also for nurturing innovation and preparing learners for real-world challenges.

Watch the full session here:

This article was produced by EduTech Teachers Network

“Digital technologies are currently transforming education and everyday life, but they also it introduces risks and inequalities. So we need to address them. If we don’t address the risks, then we shall be doing more harm than good,” she asserted.

Children face real online risks, including exposure to inappropriate content, data misuse, grooming through platforms like WhatsApp, and cyberbullying. At the same time, many learners, especially those with disabilities, in refugee settings, or in under-resourced communities, still struggle to access digital tools fairly.

The good news is that these challenges can be managed effectively through consistent policies, practical actions, and collaboration.

Practical guidelines you can implement immediately

1. Secure device access and usage

• Set strong passwords on all school and home devices used by learners.
• Establish clear screen-time rules and supervise younger children.
• Install updated antivirus software and enable firewalls.
• Use content filters to block inappropriate websites on school networks.

2. Teach responsible digital citizenship

• Train learners to verify information before sharing it.
• Show them how to create and manage strong passwords.
• Teach them to recognise suspicious messages and requests.
• Introduce child-friendly search tools and safe browsing habits.

3. Prevent and address cyberbullying

• Educate learners on what cyberbullying looks like and its impact.
• Create simple, well-known reporting channels in your school.
• Respond promptly to incidents and support affected learners.
• Involve parents early and apply consistent consequences.

4. Build trust with learners

Apofia went ahead to add that when learners trust their teachers, they are far more likely to report uncomfortable online experiences.

5. Promote inclusion for every learner

• Choose accessible digital tools and platforms.
• Provide alternative options for learners with disabilities.
• Support students in low-connectivity areas with offline resources.
• Ensure digital materials consider different learning needs and backgrounds.

A shared responsibility

Digital safety works best when teachers, parents, school leaders, and the wider community work together. Regular parent engagement sessions and clear school ICT policies are essential.

As a community, we should strive for balance by encouraging the use of technology for learning while maintaining firm safety boundaries. Digital safety is not a one-time activity; it is an ongoing process that should be part of your school culture.

Take Action Today

By applying these practical steps, we can harness the power of technology while keeping our learners safe, confident, and included. Moving forward;

• Review or create your school’s Digital Safety Policy this term.
• Conduct a short digital safety lesson with your learners this week.
• Join the next EdTech Exchange every Wednesday at 5:30 PM.

Watch the full session below;

Are you an educator interested in being part of our growing community? Visit EduTech Teachers Network to explore Associate, Delegate, or Institutional membership options, as well as explore our Edify EdTech Clubs Course for more hands-on support and resources. 

How is technology being guided and managed in the school?

This is where a School ICT Policy becomes essential,a School ICT Policy helps schools use technology in a way that is organized, safe, purposeful, and sustainable. Without one, schools may invest in ICT tools but struggle to use them effectively. Today ETN is here as an eye openner to all Educators all over the Country and beyond feel free to join this amaizing NetWork.

“we must all know that Technology in schools works best when there is a clear plan guiding its use.”

What Is a School ICT Policy?

A School ICT Policy is a guiding document that explains how technology should be used in a school.

It helps answer important questions such as:

• Why are we using ICT in our school?
• Who is responsible for managing it?
• How should teachers and learners use devices?
• How do we ensure safety and responsible use?
• How do we maintain and sustain ICT resources?

In simple terms, it is a school’s roadmap for digital teaching, learning, and management.

Why Every School Needs One

Many schools have computers, internet, projectors, or digital tools, but without a policy, these resources may be underused, misused, or unsustainably managed.

Benefits of a School ICT Policy

A strong ICT policy helps schools to:

• Use ICT in a more organized and intentional way
• Promote digital safety and responsible use
• Clarify roles and responsibilities of staff and learners
• Guide investment and planning for ICT resources
• Support classroom integration and digital administration
• Align ICT use with school goals and curriculum needs

It also helps schools become more consistent and confident in their digital transformation journey.

Key Areas a School ICT Policy Should Cover

A good School ICT Policy should be practical, realistic, and tailored to the school’s context ,These following sections help ensure that technology is not only present in the school but, also purposeful and well managed.

1. Vision and goals for ICT use
2. Teaching and learning integration
3. Use of digital tools in administration
4. Roles of school leaders, teachers, and ICT staff
5. Internet and device usage guidelines
6. Digital safety and child protection
7. Maintenance and security of ICT equipment
8. Sustainability and future planning

How a School ICT Policy Supports Teachers

A clear ICT Policy gives teachers direction and confidence.

It helps them understand What digital tools are encouraged,How to use ICT safely and professionally, How technology supports lesson delivery and How to manage learners in digital learning spaces. This creates a more supportive environment for teachers who are trying to integrate ICT into their teaching.

How It Supports Learners

A good ICT Policy also protects and empowers learners by helping learners to

• Promote safe and responsible technology use
• Encourag digital literacy and innovation
• Provid clearer expectations for digital behavior
• Support equal and guided access to ICT tools

This is especially important as learners begin using digital devices and online resources more frequently.

A Practical Starting Point for Schools

Schools do not need to wait until they are “fully digital” to create an ICT Policy. In fact, it is better to begin early. A school can start by asking:

1. What ICT resources do we already have?
2. What are our current challenges?
3. What do we want ICT to help us achieve?

From there, the school can begin building a policy that reflects its vision, needs, and capacity.

Final Thoughts

A School ICT Policy is not just a formal document for filing. It is a foundation for responsible, effective, and future-focused use of technology in schools. therefore as schools continue to embrace digital learning and administration, having a clear ICT Policy is no longer optional but really essential. When schools plan for ICT wisely, they create stronger learning environments for both teachers and learners and this can Transform Education one Click at a time.

In the recent EdTech Exchange Webinar, Ogwal Isaac, Head of ICT Department at Ndejje Senior Secondary School, shared clear, practical insights on turning ICT clubs into powerful spaces for learner growth, innovation, and digital competence.

This article distils the key takeaways as a step-by-step guide to help you strengthen or establish an effective ICT club in your school. 

The importance of ICT clubs. 

Well-structured ICT clubs go far beyond random computer use or basic typing practice. They become engines for developing practical skills, fostering innovation, and building a vibrant digital culture in the school. As Ogwal Isaac emphasised.

When done right, these clubs shift learners from being passive consumers of technology to active creators and problem-solvers. 

One of the strongest reasons to invest in purposeful ICT clubs is their natural alignment with Uganda’s Competence-Based Curriculum (CBC). In the classroom, learners often focus on theory and basic digital literacy. 

In a well-run ICT club, they apply and extend those concepts through real projects such as developing simple applications, creating digital content, automating simple processes, or solving community problems using technology. 

This hands-on approach strengthens key competences, including critical thinking, problem-solving, collaboration, creativity, and digital citizenship.

What effective ICT clubs look like

Success does not depend primarily on the number of computers available. It depends on clarity of purpose and intentional structure. Key elements include:

• Clear goals known to everyone
• Learner leadership and ownership with defined roles
• Project-based activities instead of unstructured sessions
• Inclusivity, especially for girls and beginners
• Proper documentation, portfolios, and public recognition

Ogwal shared practical ways he motivates and grows participation at Ndejje SSS. One powerful strategy is the Wall of Fame in his office. He explained that learners who actively participate have their photos displayed on what the students themselves named the “Wall of Fame.” This simple idea creates strong motivation because every learner wants to see themselves on that wall. He added an important condition, “You will only appear on my Wall of Fame only and only if you are an active member.”

Another effective recognition method he uses is inviting the Principal to personally shake hands and congratulate students during certificate presentations. This small but powerful gesture gives learners a strong sense of achievement and makes them feel valued by the entire school leadership.

These low-cost, high-impact ideas show how personal encouragement and visible recognition can dramatically increase learner ownership and sustained participation. 

Practical steps to structure your ICT club

• Develop a simple club constitution with clear roles and an activity calendar.
• Hold regular meetings with planned agendas and reflection time.
• Start small with achievable projects and scale gradually.
• Link club activities to classroom learning where teachers act as mentors, not controllers.
• Involve school leadership by inviting them to exhibitions and recognition events.

Reflection questions for your school:

• Is our ICT club truly learner-led?
• Are we producing tangible projects and visible skills growth?
• How are we recognising and celebrating active members?

Final Thoughts

When ICT clubs are purposefully structured, they transform learners into confident digital creators and responsible citizens instead of mere users of technology. A strong ICT club becomes one of the most powerful tools for deepening competence-based learning and fostering innovation.

Watch the full webinar recording to hear more practical examples and insights directly from Ogwal Isaac, including his personal strategies for motivation and recognition

Ready to strengthen your school’s ICT club? Join the EduTech Teachers Network and explore our Edify EdTech Clubs Course for more hands-on support and resources. Share your own experiences or questions in the comments below. Let’s learn from each other and build stronger ICT clubs across our schools.