For pikin & parents
Learn engineering by building — and by getting am wrong first
For MEKALUMI, pikin dem dey learn di way engineers dey work: try one idea, test am, look well well wetin happen, then make am beta.
How learning dey work
Pikin dem dey follow di engineer loop. Dem dey imagine one device, build am wit virtual parts and run simulation. Dem dey look di results, find wetin go wrong, fix am, and understand why di new version dey work.
Mistake dey allowed. E be part of di work.
Bridge wey fall down for simulation no cost anytin, and e no wound anybody. Every failure dey show sometin: weak spot, part wey dey miss, wrong guess. Real engineers dey test and fail many times before sometin go work.
You no need expensive robot
Robot kits and electronics sets dey good well well, but plenty families no fit buy dem. For MEKALUMI, motors, sensors and circuits na virtual, so di ideas open for everybody. If you get real parts for house or for school, wetin you learn go still apply to dem.
How virtual parts dey work
Each virtual part dey follow rules from physics and engineering. Battery dey push current, resistor dey limit am, gear dey change speed and force, beam dey bend under load. Di simulation dey use dis rules to calculate wetin your device go do.
Simulation na model of reality wey dem simplify. E dey help pikin dem understand ideas safely, but e no dey replace every test for real life.
Skills wey dey grow wit practice
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How to solve problem
To break big problem into small steps wey you fit test.
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Curiosity
To ask “wetin go happen if…?” and check di answer.
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Logical thinking
To understand cause and effect, rules and signals.
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To measure
To use numbers take describe and compare tins.
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No give up
To try again after sometin fail.
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To explain
To talk clear clear why one design dey work.
Try am today, you no need app
Di paper bridge experiment
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Put two books 15 cm apart, then lay one sheet of paper across di gap.
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Put coins for di middle, one by one. Count how many di paper fit carry before e bend reach di table.
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Fold di same paper like fan, for zigzag, then test am again.
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Talk about am: why di paper wey you fold dey carry more?
Di folds make di paper deeper, so e dey resist bending much beta. Engineers dey use di same idea for corrugated roofing sheets and cardboard.
Wetin parents suppose know
- Dem still dey develop MEKALUMI, and dem neva release am for public.
- Dem design am to be free and to work for devices wey no cost much.
- Dis website no get accounts or forms, e no dey use cookies, and e no dey show ads.
- Pikin dem dey learn for different speed. We no dey promise grades or results — we dey give dem place to practise.