Moving Beyond Standardized Testing

Students at the Maseno Math Camp in 2012 copy down puzzles to work on in their free time.
Students at the Maseno Math Camp in 2012 copy down puzzles to work on in their free time.

Consider the KCSE, the national exam taken by hundreds of thousands of Kenyan graduating secondary students each year. It is the sole determinant of whether a student will go to university, which in turn determines whether the student has a chance at a good job and a healthy life. Because of its centrality, the secondary school system in Kenya is almost entirely oriented around trying to cram information from the exam syllabus into student’s heads.

But this approach has two major problems. The first is that no one can force a student to learn. The second is that a single standardized test gives the illusion of a fixed body of knowledge that people need to understand in order to succeed in life. This simply doesn’t reflect the world we live in. The economy of Kenya and the world in general is changing at an incredible rate, and those graduating under the current academic regime simply aren’t getting the skills to compete. And worse, even if the curriculum were to drastically change, it would quickly be obsoleted again. How do we address this?

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Mad science in Nyanza?

A voting machine built by Maxwell Collins.
A voting machine built by Maxwell Collins.

The picture at the left is a prototype voting machine built by Maxwell Collins, a guy in a small town in Western Kenya. He graduated some months ago from secondary school, but didn’t score high enough on the Kenyan national exam (KCSE) to qualify for government assistance in covering post-secondary costs. He’s an excellent example of the kind of talent that slips through the cracks of Kenya’s education system.

To convince you a bit of this, let’s have a look at the machine. It’s been built entirely out of recycled parts, taken from dead televisions, cars, and whatever else could be found. As far as I can tell, Maxwell learned electronics entirely on his own. You can’t see it in the picture, but the machine has an electronic locking system – powered by a nine-volt battery – which reacts to some touch-sensitive metal bits, which, when swiped int he right order, causes a metal arm to release the top of the case.

The machine itself has the base function of collecting and tallying votes. It can handle two candidates at a time; a robotic light sensor (driven by a converted CD-rom) registers your vote when the candidate of our choice is lit by some LED’s. To give some security, your hand is stamped as you vote with an ultraviolet ink; before you are allowed to vote, your hand is scanned for the presence of this ink. Additionally, each voter is to be given a voter chit which is punched and rendered unusable during the voting process. Maxwell has also built in a voice detection system to allow voting for the disabled. And more! He’s apparently been working ont he project for three years now.

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