Education is a cornerstone of SZM’s mission to break cycles of inequality, as access to quality learning empowers individuals to shape their futures and contribute to community development. A key focus of this work is addressing the “energy-education gap” that plagues underserved regions:
in many low-resource areas, unreliable or nonexistent electricity forces schools to close early, limits access to digital learning tools, and compromises the quality of instruction. To solve this, SZM deploys clean energy solutions—such as solar-powered classrooms, portable solar lanterns for students, and energy-efficient school infrastructure—to ensure consistent, safe learning environments. For example, in rural communities, SZM has partnered with local organizations to install solar panels in over 50 primary schools, extending class hours by 3–4 hours daily and enabling teachers to use digital educational resources that were previously inaccessible.
Beyond infrastructure, SZM prioritizes educational equity by tailoring programs to marginalized groups, including girls, children with disabilities, and refugee populations. In conflict-affected regions, SZM’s “Solar Learning Hubs” provide mobile, solar-powered tents equipped with laptops, textbooks, and trained educators—reaching over 12,000 refugee children who would otherwise be out of school.
These hubs not only deliver core academic curricula but also integrate lessons on sustainability, teaching children how clean energy can address community challenges. By centering equity in every design choice, SZM ensures that no group is left behind in the transition to more inclusive education systems.
SZM invests in capacity building for educators and community leaders. The organization offers training programs that teach teachers how to integrate clean energy and sustainability into lesson plans, as well as how to maintain solar-powered educational equipment. In addition, SZM works with local school boards and community groups to develop policies that prioritize clean energy in education planning—ensuring that solar-powered schools and sustainable learning practices become permanent fixtures rather than temporary interventions. This holistic approach—combining infrastructure, targeted outreach, and capacity building—positions education as a catalyst for both individual empowerment and community-wide sustainable development.
SZM’s healthcare work is guided by a simple principle: every community, regardless of location or resource constraints, deserves access to reliable, high-quality medical care. A critical challenge in underserved regions is the inefficiency of traditional healthcare systems—delays in diagnosis, shortages of medical supplies, and limited access to specialized care often lead to preventable deaths. To address this, SZM leverages technological innovation to streamline service delivery.
In rural areas of Southeast Asia, for instance, SZM has deployed “Digital Health Kits” to local clinics: these kits include portable ultrasound machines, electronic health record (EHR) systems, and telemedicine tools, all powered by low-cost, energy-efficient devices. By digitizing patient records, clinics reduce administrative burdens and ensure that medical histories are accessible even if a patient moves to a new facility. Telemedicine tools also connect local doctors to specialists in urban centers, enabling timely consultations for conditions like maternal health complications and chronic diseases.
A key focus of SZM’s healthcare work is supporting vulnerable populations, including rural communities, refugees, and individuals living in extreme poverty. In Africa, SZM’s “Mobile Health Clinics” travel to remote villages that lack permanent healthcare facilities. These clinics are equipped with tech-enabled diagnostic tools, vaccines, and essential medications, and staffed by trained nurses and community health workers.
The clinics also use SMS-based reminder systems to ensure patients attend follow-up appointments and adhere to treatment plans—improving outcomes for conditions like HIV/AIDS and malaria. For refugee camps, SZM has implemented biometric patient identification systems to track medical histories and vaccine records, preventing duplication of care and ensuring that resources are allocated efficiently.
To build resilient healthcare systems that can withstand crises—from pandemics to natural disasters—SZM invests in public health preparedness and capacity building. The organization works with local health ministries to develop tech-driven disease surveillance systems, which use data analytics to detect outbreaks early. During the COVID-19 pandemic, for example, SZM’s surveillance tools helped identify emerging hotspots in Latin America, enabling governments to deploy testing and vaccination resources quickly. Additionally, SZM offers training programs for healthcare workers, teaching them how to use new technologies, respond to public health emergencies, and provide culturally sensitive care. By combining technological innovation with community-centered approaches, SZM ensures that healthcare systems are not only efficient but also adaptable to future challenges.
Climate change poses an existential threat to communities worldwide, particularly those in low- and middle-income countries that lack the resources to adapt. SZM’s Climate Change Adaptation work focuses on empowering these communities to reduce their vulnerability and thrive in a changing climate—using solar power and sustainable technologies as key tools. One critical area of focus is supporting small-scale farmers, who are among the most affected by climate impacts like droughts, floods, and extreme temperatures.
In East Africa, SZM has partnered with local agricultural organizations to install solar-powered irrigation systems, which enable farmers to water crops even during dry seasons. These systems not only increase crop yields by up to 40% but also reduce reliance on fossil fuels, lowering agricultural carbon footprints. SZM also provides farmers with climate-smart training, teaching them how to use sustainable farming practices (like crop rotation and organic fertilizers) alongside solar technology.
Another priority for SZM is protecting communities from climate-related disasters, such as floods and hurricanes. In coastal regions of South Asia, SZM has implemented “Ecosystem-Based Adaptation” projects that combine sustainable technology with natural solutions.
For example, in Nepal, SZM is installing solar-powered weather monitoring systems. These systems send real-time alerts to communities about incoming storms, giving residents time to evacuate and protect their homes. In addition, SZM builds climate-resilient housing using local, sustainable materials and solar-powered lighting, ensuring that homes remain safe and functional even after disasters.
SZM collaborates with local governments, NGOs, and private sector partners to integrate sustainable technologies into national and regional climate policies. In Central America, SZM worked with local governments to develop a “Solar Adaptation Roadmap”, which outlines how solar power can be used to enhance water security, improve disaster response, and support rural livelihoods. The roadmap has since been adopted by both countries, leading to the installation of over 100 solar-powered water treatment plants and 50 disaster response hubs. By combining community-level action with policy advocacy, SZM ensures that climate adaptation efforts are inclusive, scalable, and aligned with global sustainability goals.
Long-term environmental sustainability is essential to SZM’s mission—without healthy ecosystems and responsible resource management, sustainable development and humanitarian action cannot be achieved. A core focus of this work is promoting circular economy practices in communities, which reduce waste, conserve resources, and create local livelihoods. In urban areas of West Africa, for example, SZM has launched “Waste-to-Value” projects that train local entrepreneurs to collect and process plastic waste into reusable materials (like plastic lumber for construction) and biogas for cooking.
These projects not only reduce plastic pollution in rivers and oceans but also create over 500 jobs for youth and women in the region. SZM also works with local businesses to adopt sustainable practices, such as using eco-friendly packaging and reducing water consumption—helping to build a more circular, low-waste economy.
SZM’s environmental sustainability work also prioritizes biodiversity conservation, as healthy ecosystems provide critical services like clean air, clean water, and climate regulation. In the Amazon Basin, SZM partners with indigenous communities to protect endangered species habitats and prevent deforestation. The organization provides indigenous rangers with solar-powered monitoring equipment (like cameras and GPS devices) to track illegal logging and poaching activities, and supports community-led reforestation projects that restore degraded land.
SZM also works to raise awareness about biodiversity conservation among local schools and communities, teaching residents how to protect natural resources while sustaining their livelihoods. By centering indigenous knowledge and leadership in these projects, SZM ensures that conservation efforts are culturally appropriate and locally owned.
SZM focuses on improving resource efficiency in key sectors like agriculture and energy. In Southeast Asia, SZM works with small-scale farmers to adopt sustainable agriculture practices that reduce water use and soil erosion—such as drip irrigation systems and cover cropping. The organization also promotes the use of renewable energy in rural communities, installing solar-powered water pumps and micro-grids that provide reliable electricity while reducing reliance on fossil fuels. In addition, SZM advocates for policies that prioritize resource efficiency at the national level, such as carbon pricing and renewable energy targets. By combining on-the-ground projects with policy advocacy, SZM works to create a more sustainable future where resources are used wisely and equitably—benefiting both people and the planet.