From Telecenters to Connected Schools: A Strategic Evolution in Malawi's ICT Development. July 27 2024. Malawi has made a pivotal shift in its approach to digital inclusion by transitioning from the ICT Telecenter Project to the more targeted Connect a School initiative. This change marks a significant step towards sustainable and impactful technology integration in education and community development in one of the world’s least developed countries. Unsustainable: Telecentres! The ICT Telecenter Project aimed to provide community access to digital resources. However, several challenges made this model unsustainable: 1. High Operational Costs: Telecenters required significant financial resources for infrastructure, connectivity, and staffing. Many centers struggled with consistent funding, leading to irregular services and closures. 2. Limited Reach and Utilization: Located mostly in areas with less foot traffic, telecenters were often inaccessible to rural populations. 3. Maintenance and Technical Support Issues: Keeping telecenters operational demanded regular maintenance and technical support. Many centers faced prolonged downtimes because of a lack of technical expertise and resources for repairs, within their locality. 4. Dependence on MACRA funding: The sustainability of telecenters was heavily reliant on MACRA funding. When these funds were exhausted, many centers could not continue their operations. What do we do? In response to these challenges, the Connect-A-School(CAS) initiative was developed to create more sustainable and impactful digital inclusion. Here’s why this approach is more strategic policy shift; 1. Direct Impact on Education: Connecting schools ensures that ICT resources are integrated into the educational system, enhancing learning and preparing students for a digital future. Schools act as centers of community development, providing benefits to both students and the surrounding community. 2. Cost-Effective Implementation: CAS model is integrating new infrastructure, digitalisation curricula, broadband and equipment deployment per school. 3. Building Digital Literacy from a Young Age: By embedding ICT in schools, digital literacy becomes a part of students' education from an early age. 4. Schools as Community Hubs: Outside of school hours, the ICT facilities in schools can serve the broader community. This dual usage maximizes the impact of the resources, providing benefits beyond just the student population. Conclusion Malawi's transition from the Telecenter Project to the Connect a School initiative highlights a strategic evolution towards sustainable digital inclusion. By focusing on schools, the initiative not only enhances the educational framework but also ensures a more inclusive and lasting impact on the community. This model sets a valuable precedent for other least developed countries, demonstrating the critical role of education in driving technological advancement and community development.
School Infrastructure Modernization
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Summary
School-infrastructure-modernization refers to updating and investing in school buildings, technology, and resources to create healthier, more innovative, and accessible learning environments for students and communities. This includes upgrading digital tools, improving air quality systems, and building advanced labs so schools can prepare students for a rapidly changing world.
- Prioritize digital upgrades: Focus on equipping schools with reliable internet access, digital learning tools, and modern equipment to support both students and the wider community.
- Improve air quality: Consider adopting newer ventilation standards and cost-friendly HVAC improvements to make classrooms safer and healthier for everyone.
- Invest in teachers and tech: Provide teachers with opportunities for professional growth and supply classrooms with up-to-date labs and technology so students are ready for future challenges.
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To all K-12 School Leaders working to improve indoor air quality (IAQ), here’s a critical point: Current building codes do not yet require ASHRAE 241—the standard introduced in 2023 to mitigate the risk of another pandemic. Let me say that again because it’s incredibly important: 🔹 ASHRAE 241 was created in 2023 to reduce the risk of airborne pathogens—not just in future pandemics, but in classrooms today. This standard isn’t just about preparing for a “what if” scenario. It’s about protecting students and staff right now from the airborne contaminants present in most school buildings every single day. Let’s be real: Designing a brand-new, state-of-the-art school is far more appealing than tackling outdated, legacy buildings that require major investments—investments that only the wealthiest school districts can afford. And that’s exactly why so many school districts feel stuck. They’ve been told “It’s not in the budget.” But here’s the truth: 💡 It IS in the budget. At the district level. At the state level. At the federal level. If we actually paid attention to ASHRAE 241, we’d realize there are innovative, cost-effective solutions that could transform classrooms—even those relying on natural ventilation—into spaces that exceed the most stringent ventilation codes every single minute of the school day. So here’s the real question: 👉 If your engineering team is upgrading HVAC systems, investing in ventilation improvements, or running test pilots that meet today’s code, shouldn’t we be designing for the future? Because the future is ASHRAE 241. And whether we prepare for it or not, it will become the standard. Why wait? Let’s lead the way. National Center on School Infrastructure (NCSI) National School Boards Association Go Green Initiative Council of the Great City Schools Healthy Green Schools & Colleges National Education Association National PTA NYC School Construction Authority (SCA) Chicago Public Schools Los Angeles Unified School District The School District of Philadelphia https://lnkd.in/e7zaSWJe
ASHRAE standard 241-2023 Control of Infectious Aerosols (William P. Bahnfleth, PSU, USA)
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🌍 Every year, thousands of bright Indian students pursue higher education abroad. Many of them settle there, contributing to innovation ecosystems in the US and other countries. Why? Because those nations invest heavily in educational infrastructure—from cutting-edge labs to research facilities, from strong teacher ecosystems to advanced learning technologies. Meanwhile in India, we are proud of our roads, digital networks, and manufacturing hubs. But the missing piece is clear: ⚠️ Educational Infrastructure Without modern labs, tools, and empowered teachers, we cannot retain our brightest minds. We risk continuing the cycle where talent first migrates for higher education, then contributes abroad through H-1B visas. ✨ If India truly wants to become a global innovation hub, we must invest in: Teachers: giving them stability, autonomy, and growth opportunities. Tools: labs, robotics, AI, and hands-on resources to nurture curiosity. Technology: digital infrastructure that makes quality education accessible everywhere. 🚀 Roads and factories build economies. But educational infrastructure builds nations. 👉 I invite educators, investors, and policymakers to rethink priorities. The real transformation will come when India invests as much in minds as it does in machines. #Education #Innovation #EdTech #H1B #India #FutureOfWork #EducationalInfrastructure