The first time I walked into Makini Girls' Secondary School in rural Kitui County, I had low expectations. The school is in a part of Kenya with no grid electricity and no internet connectivity. The nearest town with reliable mobile signal is two hours away by dirt road. I expected maybe a few donated desktop computers, dusty and broken. That's what you see in most rural schools.
Instead, I found twenty girls huddled around solar-powered laptops, their faces lit by the glow of a Python IDE. They were building a calculator. A fifteen-year-old named Esther walked me through her code line by line, explaining each function with the confidence of someone who knew she was the smartest person in the room. I built this in three days, she said. Next, I'm going to build an app that helps farmers track crop prices. My father is a farmer. He always gets cheated because he doesn't know the market price.
I stood there for a long moment, not saying anything. I didn't trust my voice. Because what I was looking at was not a computer lab. It was a revolution.
The Digital Divide Is a Gender Divide
Let me give you the stark numbers. In sub-Saharan Africa, only 34% of women use the internet, compared to 45% of men. In rural areas, the gap is much wider. Girls face multiple barriers: no electricity, no devices, no data — and, most insidiously, deeply ingrained cultural attitudes that technology is not for girls. When I ask parents in rural communities what they want for their daughters, they say marriage, children, maybe a teaching job. Nobody says software engineer.
But here's what we've learned: those attitudes change fast when girls start coding. When a father sees his daughter build something useful — a budget tracker, a crop-price lookup, a health reminder app — his entire framework shifts. She's not just a daughter anymore. She's a problem-solver. She's someone who can earn real money without leaving the village. She's the future.
How Solar-Powered Labs Work
Peace League's digital literacy program, launched in 2023, operates in 64 schools across Kenya, Uganda, and Rwanda. Each school receives a solar-powered computer lab: ten rugged laptops, a local server, a projector, and a satellite internet connection where feasible. In areas without internet — which is most of them — we use the Kolibri offline learning platform, which stores Khan Academy videos, Wikipedia, and interactive coding exercises on a local server. The girls don't need the cloud. Everything they need is in the room.
What These Girls Are Achieving
The results are not incremental. They're transformative.
- 24,000 girls have completed our program since 2023. The curriculum covers basic computer skills, Scratch programming, Python, online safety, and digital entrepreneurship.
- 3 times more likely to pursue tertiary education in STEM fields compared to girls in comparable schools without the program.
- 40% of graduates earn income through digital skills — tutoring, data entry, graphic design, basic coding — within six months of completing the program.
- 68% improvement in overall academic performance among program participants, measured against matched control groups.
But the stat that gets me every time is this: 92% of girls in the program say they want to become mentors to younger students. The program doesn't just create coders. It creates teachers. It creates a pipeline of girls pulling other girls up behind them.
A Conversation That Changed Everything
I spent an afternoon with a group of graduates in Kitui. One of them, a 17-year-old named Makena, told me she used to think computers were for boys. That's what her father told her. That's what her teachers told her. That's what everyone told her. Then she walked into the Peace League lab and a female instructor showed her how to make a sprite move across the screen using Scratch. In ten minutes, she had created her first animation. I felt like I had discovered magic, she said. And the magic was inside me all along.
Makena now teaches coding to thirty younger students. She earns a small stipend from the program — enough to cover her school fees and help her mother with household expenses. She's applying for a scholarship to study computer science at the University of Nairobi. When I asked her what she'd say to the person who funded her lab, she looked me straight in the eye and said: Thank you for believing a girl from a village could be a programmer. I won't let you down.
The cost to outfit one school with a complete solar-powered lab is $12,000. That's ten laptops, the server, the solar panels, the projector, and two years of curriculum materials and instructor training. One lab serves 200 girls each year. That works out to sixty dollars per girl. Sixty dollars can turn a girl who's never touched a keyboard into a programmer. If that's not the best investment on earth, I don't know what is.