African makers who teach what they know

There is a special kind of person in every neighbourhood. They fix radios that shops said were dead. They build chairs from old pallets. They make a phone charger from a bicycle. And when a child stands nearby staring, they don't say "go away." They say, "Come, hold this."

These people are makers. And the best makers do not just make things. They make more makers.

Who are the African makers turning their skills into lessons — and what can the rest of us learn from the way they teach?

What is a "maker," anyway?

A maker is anyone who builds, repairs or invents things with their hands and head: electronics, furniture, clothes, tools, robots, art, apps. The "maker movement" is a global name for people who share how they build — often freely, online or in community workshops.

Africa has always had makers. Blacksmiths, weavers, potters and carvers built tools and art long before the word "maker" became trendy. What's new is that today's makers can teach thousands of people at once through videos, social media and shared workshops.

Sub-Saharan Africa has one of the fastest-growing groups of mobile internet users in the world, with hundreds of millions of people now online. (GSMA, The Mobile Economy Sub-Saharan Africa) A single tutorial video recorded in Cotonou can now teach someone in Kinshasa, Abidjan or Paris.

Kelvin Doe: the teenager who built a radio station

In Freetown, Sierra Leone, a boy named Kelvin Doe started collecting scraps from bins around age 10 or 11. Using old electronic parts, he taught himself to build batteries, a generator and eventually a community radio station, where he broadcast as "DJ Focus."

In 2012, at age 15, he became the youngest person invited to a visiting practitioner programme at MIT in the United States. A short documentary about him went viral online and inspired young people around the world.

What makes Kelvin's story important is not only what he built. It's that he spoke openly about how — with scraps, curiosity and trial and error — encouraging other kids to try. He showed that you don't need a laboratory; you need a question and some courage. (See How to make a science club work without a laboratory.)

William Kamkwamba: learning from a library book

In 2001–2002, Malawi faced a terrible famine. A teenager named William Kamkwamba had to leave school because his family could not pay fees. He went to a small library, found a book called "Using Energy," and taught himself how windmills work.

Using a broken bicycle, a tractor fan, PVC pipes and blue gum wood, he built a wind turbine that powered lights and later a water pump for his family. His book "The Boy Who Harnessed the Wind" became a bestseller and a film.

"Trust yourself and believe. Whatever happens, don't give up." — William Kamkwamba

William later studied at Dartmouth College and has spent years speaking to young people. His story links makers to libraries — read The people keeping public libraries alive.

Maker spaces: workshops that belong to everyone

A maker space (or "fab lab," short for fabrication laboratory) is a shared workshop with tools like 3D printers, laser cutters, electronics kits and ordinary hand tools. Anyone can come, learn and build.

Africa now has many of them. The global Fab Foundation lists fab labs in countries including Kenya, Ghana, Senegal, Nigeria, Côte d'Ivoire, Togo and Benin. One well-known example is WoeLab in Lomé, Togo, founded by architect Sénamé Koffi Agbodjinou. WoeLab became famous when its community built the W.Afate, a low-cost 3D printer made partly from electronic waste.

The idea behind these spaces is simple: tools are expensive, but sharing them is cheap. And when people build next to each other, they teach each other without even planning to.

How great makers teach

Watching makers teach, some patterns appear again and again:

• They show before they tell. A good maker builds one example while you watch, then gives you the tools.
• They let you fail safely. A burnt resistor is a lesson, not a disaster. (A burnt eyebrow is a different story.)
• They explain "why," not only "how." Why this glue? Why this angle? Understanding lets you invent later.
• They share the ugly first versions. Makers who show their failed prototypes give beginners permission to try.
• They give small challenges. "Now make it faster." "Now make it cheaper." "Now make it work without electricity."

Joke break: Every maker has a box labelled "useful parts." Every maker's family calls the same box "rubbish." Both are correct.

These teaching habits match what educators call "project-based learning." Read Learning beyond exams: projects children remember for more.

Teaching online: the YouTube workshop

A growing number of African creators teach skills online in English, French and local languages: phone repair, sewing, hairstyling, cooking, graphic design, coding, carpentry and farming techniques.

This matters because video breaks one big barrier: distance. A young person in a small town with no training centre can still learn to repair phones by watching a creator in Lagos, Dakar or Cotonou.

But online learning has limits. You can't ask a video to check your work. That's why the best learning combines online tutorials with a real person nearby — a mentor, club or workshop. Our article Why local mentors can change a young person's future explores this.

Why teaching what you know makes you better

There's a surprise benefit for makers who teach: they get better too. Researchers call it the "protégé effect." In a 2014 study, students who were told they would have to teach material to others learned it more effectively than students who just studied for a test.

When you explain something, you find the gaps in your own knowledge. You also get new ideas from students' questions. Teachers often say their best improvements came from a student asking "why not do it this way?"

"While we teach, we learn." — Seneca, Roman philosopher

Read more in The skills students learn when they teach each other.

Making teaching a business

Some makers turn teaching into income. They offer:

• Weekend workshops (paid by participants or sponsors).
• Paid apprenticeships or short courses.
• Online courses and paid tutorials.
• Kits: boxes with parts and instructions.
• School partnerships for STEM clubs.

This model helps makers survive while spreading skills. If you're thinking about this, read How to price creative work without guessing and A practical guide to testing a business idea.

How you can teach what you know

You don't need to be famous to teach. Start small:

• Pick one skill you do well: fixing a bicycle, braiding hair, using Canva, cooking a dish, repairing a phone screen.
• Teach one person this week. Watch where they get stuck.
• Write or record simple steps. Use photos from each step.
• Share it with a school club, a WhatsApp group or a local association.
• Ask for feedback and improve.

If you enjoy it, organise a small monthly session. Many community workshops began with one person and a folding table.

Safety first (because eyebrows grow back slowly)

Making things is fun. Making things safely is smarter. Great maker-teachers always start with safety, and so should you:

• Wear eye protection when cutting, drilling or soldering.
• Keep a fire extinguisher or a bucket of sand nearby when working with heat.
• Never open phone batteries or old TV screens without training — some parts store dangerous energy even when unplugged.
• Work in a room with fresh air when using glue, paint or solder.
• Keep a first-aid kit, and teach everyone where it is.

A good rule: if you don't know what something does, ask before you touch it. Makers love questions. They hate hospital visits.

What the maker movement means for jobs

Some people see making as a hobby. It's also a pathway to work. Phone repair, solar installation, furniture design, fashion, 3D printing and electronics are all trades with real customers.

The African Development Bank and other institutions often point out that Africa needs millions of new jobs each year for its young population. Many of those jobs will be created by small businesses — often by makers who first learned a skill for fun, then realised people would pay for it. Our article The young engineers making tools for their communities shows how that journey happens, and Why repair skills matter for Africa's tech future explains why fixing things is a serious economic skill.

The chain of makers

Every maker learned from somebody: a parent, a neighbour, a library book, a video, a teacher. When makers teach, they add a new link to that chain. Kelvin Doe learned from scraps and trial and error, then inspired millions. William Kamkwamba learned from a book, then wrote his own. WoeLab learned from global makers, then built its own printer.

Maybe the next link is you.

Explore more: How young Africans learn from older makers, The young engineers making tools for their communities, and our People section.

Questions

What is a maker space?

A shared workshop where people can use tools, learn from each other and build projects, from electronics to furniture.

Who is Kelvin Doe?

A self-taught engineer from Sierra Leone who built batteries, a generator and a community radio station from scrap as a teenager.

Are there fab labs in West Africa?

Yes. Fab labs and maker spaces operate in several West African countries, including Togo (WoeLab), Senegal, Ghana, Nigeria, Côte d'Ivoire and Benin.