The Scientific Process at NYA

Brian kissman

The scientific process is another example of how New York Academy engages kids in learning to not just gain facts, knowledge, and skills, but to learn how to think. We engage our students in learning to “learn to learn.”

This week at New York Academy we had our S.T.E.A.M. Night (Science-Technology-Engineering, Art, and Math). Students invited parents to visit as they took the lead in demonstrating hands-on experiments with a focus on demonstrating the knowledge and application of the scientific process.

So the question becomes, “What is the scientific process?” I found this very nice summary online. I encourage our parents to talk about the scientific process with their kids and connect it to all fun they had on S.T.E.A.M. Night!

The Scientific Method

The scientific method is the series of steps scientists use to determine if they can prove something to be true or not. These are the basic parts of the scientific method.


The problem is the question being addressed. It could be something like “Why is the sky blue?” or “Does ABC brand ketchup really come out of the bottle slower than XYZ brand like they claim in their commercials?”


The hypothesis is a guess. It is what we think the answer to the problem might be. At this point, we don’t know if the hypothesis is correct or not because we haven’t done any testing.


The procedure is the series of steps we are going to take to try to prove the hypothesis correct. Scientists try to write very detailed procedures so that somebody who tries to repeat the experiment later will be able to repeat it exactly and (hopefully) duplicate the results. It is not unusual to have to run and change a procedure several times to get it written down specifically enough.


The data is the information, which is collected when the procedure is run. It could be a series of observations, such as noticing different colors in the sky at different times of day. Or it could be a lot of numbers, such as the time it takes for a bottle of ketchup to empty.


The data is grouped and organized into results so it is easier to figure out what it means. Results are often presented as a graph.


After the results are organized, we can draw a conclusion. The conclusion can be “My hypothesis was correct”, “My hypothesis was incorrect”, or even “I’m not sure if my hypothesis was correct”. None of these conclusions should be seen as failures. Sometimes scientists learn more from an incorrect hypothesis than they do from a correct hypothesis.

In any of these cases, the conclusion should also include a reason why you thought the hypothesis was correct or incorrect. If you have a possible explanation, you should also include that, so people who do similar experiments in the future can understand why your results might have come out the way they did.

Cheers to the Scientific Process!

Mr. Brian

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