Getting 'em while they're young, or how do I inspire a kid?

In summary: I don't remember the rest of the goal, but it's a neat little challenge.In summary,The author is afraid that her sister will not be interested in science and mathematics, and she wants to give her a less-mindnumbing perspective. She suggests playing with nature and having kids explore things with their hands and eyes. If they are interested in games, she recommends "The Incredible Machine", an educational game originally designed for kids.
  • #1
WineRedPsy
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So, I've got three sisters, and one of them's just starting preschool/six-years-school. She seems to be a rather quick learner (and bright, if that's something you can be at five, six), and when she's paying attention to something the younger one (who's quite creative) usually follows.

So, naturally, and especially after she expressed fascination with the fire of a candle reacting by her waving her hand halfway across the table. I tried giving a simple explanation (Air is something!), and have done similiarly for other things that I thought might be interesting to her and the younger one. I've also tried teaching them some mathematics, but I ended up getting frustrated, which she noticed and refused to continue. Our parents teach them some counting and mental arithmetic, but they don't know the operators or how to even write numbers ("No, three-hundred and twenty-one is not written 30021" :c). Once the older knows that I think I'll introduce her to = as being a equivalence instead of "answerthingie" like you usually are taught early on in school.

I'm very afraid I'll scare them off of science and mathematics and present it as something impenetrable their nerdy brother does, and I'd love to give some sort of less mind-numbing perspective in alternative to what they'll have to put up with in elementary school.

How do I present it science in a fun way to such small kids? How do I encourage them to learn more on their own, whatwith internet and all nowadays!? How do I teach them such fundamental concepts like writing numbers without getting frustrated? What cool ways to start exploring these subjects are there? Should I teach them some geometry and basic algebra alongside the early arithmetic? Is there any point to starting with subjects generally popular with children, i.e. paleontology and astronomy? How do I make it feel less a "boy's club"? How do I avoid them internalising the inaccessible scientist stereotype? Sorry for all the questions, I just don't know where to start!
 
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  • #2
I used to play with a software on a Windows 98 computer that explored the human body in interactive 3D models when I was 5 years old. It was a lot of fun to use and you learned a few or another stuff from it (not all of it, some things were quite complex or maybe I was just dumb and couldn't understand). My parents bought these kind of interactive games in CD-ROMs at OfficeMax and installed them on the computer.

Maybe you can find games like that. Not exactly about the human body, but maybe about other things. If I'm not mistaking it was this one: https://www.amazon.com/dp/0789422395/?tag=pfamazon01-20

but I'm not sure, it's being so long.

EDIT: Don't buy that one. Reviews are saying it only works on Windows 98 and Windows 95. But there must be something similar for newer computers.
 
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  • #3
WineRedPsy said:
How do I present it science in a fun way to such small kids?
Start with science in nature.

Kids are active, perceptive and physical. They will likely enjoy a walk through a garden where you show them bugs and ferns and spider webs and sunflower spirals.
Once they get the hang of looking with their eyes, and touching with their hands, they may be sophisticated enough to start wondering why these things are the way they are.
By then they're hooked.
 
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  • #4
For the way things move and interact with each other, I have a game that I absolutely loved to play at work. It's called "The Incredible Machine", which allows you to build your own Rube Goldberg devices in order to accomplish a set goal using supplied parts. Anything that you come up with as a solution will work in the game if it would work in real life, rather than you having to do it "just so". It's suitable for just about any age that can work a mouse, depending upon the achieved level; there's a lot of whimsy involved, such as anti-gravity discs, parrots, teakettles, etc..
Although I own it, I can't use it because I bought it for the PC at work and it won't run on my Macs. :oldcry:
 
  • #5
Danger said:
It's called "The Incredible Machine",
It was a great game indeed.

But I'd disqualify video games and electronic devices as a gateway to teach kids anything except how to play with video games and electronic devices.
 
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  • #6
DaveC426913 said:
But I'd disqualify video games and electronic devices as a gateway to teach kids anything except how to play with video games and electronic devices.
For most games I'd agree with that, but this was originally designed as an educational tool. A lot of care was put into the physics simulation aspect, such that trajectories of thrown objects, reflection angles of lasers on mirrors, etc. are as accurate as can be expected in something intended for kids. Even stuff like inertial resistance to the initiation of motion is duplicated.
 
  • #7
Veritasium posted a video related to education briefly mentioning how teachers should inspire their kids to learn and that can't be replaced by technology:

 
  • #8
DaveC426913 said:
They will likely enjoy a walk through a garden where you show them bugs and ferns and spider webs and sunflower spirals.
Yes yes yes! Sunflowers are awesome! I still find them mysterious and intriguing. Like why does it takes the form it takes? I could spend a whole hour looking at them.

Very good idea. I bet they will find it intriguing too.
 
  • #9
Psinter said:
Very good idea. I bet they will find it intriguing too.
And it will be an excellent opportunity to educate them as to why one shouldn't play with bees.
 
  • #10
WineRedPsy said:
So, I've got three sisters, and one of them's just starting preschool/six-years-school. She seems to be a rather quick learner (and bright, if that's something you can be at five, six), and when she's paying attention to something the younger one (who's quite creative) usually follows.

So, naturally, and especially after she expressed fascination with the fire of a candle reacting by her waving her hand halfway across the table. I tried giving a simple explanation (Air is something!), and have done similiarly for other things that I thought might be interesting to her and the younger one. I've also tried teaching them some mathematics, but I ended up getting frustrated, which she noticed and refused to continue. Our parents teach them some counting and mental arithmetic, but they don't know the operators or how to even write numbers ("No, three-hundred and twenty-one is not written 30021" :c). Once the older knows that I think I'll introduce her to = as being a equivalence instead of "answerthingie" like you usually are taught early on in school.

I'm very afraid I'll scare them off of science and mathematics and present it as something impenetrable their nerdy brother does, and I'd love to give some sort of less mind-numbing perspective in alternative to what they'll have to put up with in elementary school.

How do I present it science in a fun way to such small kids? How do I encourage them to learn more on their own, whatwith internet and all nowadays!? How do I teach them such fundamental concepts like writing numbers without getting frustrated? What cool ways to start exploring these subjects are there? Should I teach them some geometry and basic algebra alongside the early arithmetic? Is there any point to starting with subjects generally popular with children, i.e. paleontology and astronomy? How do I make it feel less a "boy's club"? How do I avoid them internalising the inaccessible scientist stereotype? Sorry for all the questions, I just don't know where to start!
I was the oldest, so I had to figure out things myself, with my parents encouragement, of course.

The schools I attended had Cuisenaire rods, which allowed one to compare objects of different length, so one could add multiple one cubes and compare to square rods e.g., 4 x 1 = 4, but also 4 x 1 = 2 x 2 = 4, and so one. One could also stack them and build towers, or do color patterns.
http://en.wikipedia.org/wiki/Cuisenaire_rods
http://teachertech.rice.edu/Participants/silha/Lessons/cuisen2.html

My parents read to me, and I read to my younger siblings, as well as my children.

By1 or 2 grade, my parents started buying "How and Why Wonder Books".
http://en.wikipedia.org/wiki/How_and_Why_Wonder_Books
I'm not sure what the equivalent is, but one can probably find children's education/math/science books.

Don't rush or push, but have fun learning.

Also, by second grade, and classmate and I would spend time writing numbers on a personal blackboard, usually on a rainy day. We'd try to count as high as possible, but it is a good way to see how numbers are organized. Writing times tables, or organizing multiples of principal numbers between 2 and 9, or even 10.

Maybe one can find ideas here:
http://www.mathsisfun.com/prime_numbers.html

Pretty cool stuff
http://www.mathsisfun.com/geometry/quadrilaterals-interactive.html

There is plenty of things to discover outside, particularly with a magnifying glass, or collect specimens if one has a microscope.
 
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  • #11
Gotta say the title made me raise an eyebrow at first.
 
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  • #12
HomogenousCow said:
Gotta say the title made me raise an eyebrow at first.
:D
 
  • #13
Astronuc said:
By1 or 2 grade, my parents started buying "How and Why Wonder Books".
http://en.wikipedia.org/wiki/How_and_Why_Wonder_Books
I'm not sure what the equivalent is, but one can probably find children's education/math/science books.
+1

Along with "Golden Nature Guide" pocketbooks.

These books were ubiquitous, and were nearly worn-through with use.
Many of them are indelibly ingrained in my mind to this day.
 
  • #14
Teach them to read and buy them some books
 
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  • #15
zoki85 said:
Teach them to read and buy them some books
The first money that I ever made was a quarter for herding the cows in from the field to be milked when I was 3 or 4 years old. I spent it on a Mother Goose book and never looked back. Lest you think the farmer landlord was cheap, a full bottle of pop or a gallon of gas was about 5 cents back then. Books were a luxury item.
 
  • #16
There's a certain danger:) of giving preschool kids money to buy books. In many cases they will spend it on toys or kandies.
 
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  • #17
zoki85 said:
There's a certain danger:) of giving preschool kids money to buy books. In many cases they will spend it on toys or kandies.
It wasn't "given" to me; I worked for 10 minutes twice a day for a month to earn it. It was up to me to decide what I wanted to spend it on, and I chose a book.
I continued to earn 25 cents per month doing the same thing. Most of the rest went to toys.
 
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  • #18
I must admit, the title is confusing or maybe the problem lies elsewhere .. who knows :eek:
 

What is the significance of inspiring children in their early years?

Inspiring children at a young age is crucial because it sets the foundation for their future interests, passions, and potential career paths. Research has shown that early exposure to science, technology, engineering, and math (STEM) subjects can lead to increased interest and success in these fields later in life.

How can I inspire a child who may not naturally be interested in STEM?

One way to inspire a child who may not have a natural interest in STEM is to make it fun and relatable. Incorporating hands-on activities and experiments, using real-world examples, and encouraging creativity can make STEM subjects more engaging and interesting for children.

What are some effective ways to engage children in STEM activities?

There are many ways to engage children in STEM activities, such as incorporating games, challenges, and competitions, using technology and interactive learning tools, and providing opportunities for collaboration and teamwork. It's also important to tailor the activities to the child's interests and learning style.

How can I make STEM activities accessible to all children?

To make STEM activities accessible to all children, it's important to provide a diverse range of activities that cater to different interests, abilities, and learning styles. It's also important to create a safe and inclusive environment where all children feel comfortable and encouraged to participate.

What are some long-term benefits of inspiring children in STEM?

Inspiring children in STEM can have numerous long-term benefits, including developing critical thinking and problem-solving skills, increasing creativity and innovation, and opening up future career opportunities in a rapidly evolving job market. It can also foster a lifelong love for learning and curiosity about the world around us.

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