A critical examination of the technology in our lives Kevin Shindel

today I’d like to talk to you about what

I believe is a critical need that’s not

being addressed in our classrooms and

that’s the need to fundamentally and

critically explore the role of

technology and the role that technology

plays in our lives so let’s begin with

looking at Google glass just last week

Google announced that Google glass will

be available to everybody next year and

I think this raises fundamental

questions about anonymity and privacy

you can imagine if not today certainly

very soon in the future where Google

glass could interface with Google’s face

recognition software an image

recognition software would we be able to

zoom in to conversations from long

distances could we interface that

conversation that we zoom in with with

lip-reading software so what mechanism

exists to fundamentally ask these

questions about is Google glass a

valuable product how will it change our

sensory perception and our cognitive

function you could ask the question will

it enhance those things or could it

replace them altogether so we have

fundamental questions that we must ask

and for that we may look at a guy by the

name of Ray Kurzweil famous futurist and

author and inventor and his development

of the law of accelerating returns and

what he says is that technological

growth is exponential one invention does

not lead to two inventions which does

not lead to two for inventions one

invention leads to five which leads to

30 which leads to 100 and along the

lines of the next 100 years of

technological growth and change will be

not 100 years of progress but more along

the lines of twenty thousand years of

human progress now let’s say mr.

Kurzweil is is a hundred percent wrong

and there’s only 10,000 years of

scientific progress does that mean that

we also have ten thousand years of

social change economic change political

change and where is the mechanism in our

schools to fundamentally question these

changes and and what these changes can

can bring let’s take a quick look at 3d

printing what’s being called the Second

Industrial Revolution what does it mean

when I can take my neighbor’s shoes that

I like and throw them in a 3d printer

that I can currently buy for less than

$2,000 and I can replicate those shoes

what effect does that have on copyright

and

in the United States there’s a website

called def CAD org and def CAD org you

can literally download dozens of plans

for guns and since December deaf CAD org

has downloaded has had two hundred and

fifty thousand downloads they currently

have three thousand new hits every

single hour so we have people in our in

the halls of Congress debating gun

control gun control could be a mute

issue is simply because of 3d printing

we’re currently being told that the

first person to live to 150 years old is

alive today and the premier scientist

who’s working in anti-aging and

immortality says with near certainty

that the first person to live to 1,000

will be born in the next two decades now

this raises incredible questions and you

can obviously see what this might do to

population growth on the planet can we

sustain longer lives and greater numbers

of people

what does retirement mean when you’re

living to 150 or 200 years old what

about family life if I live to 150 does

my 120 year old son come to me and ask

me for fatherly advice science there’s

been a major push across all levels for

stem science technology engineering and

math and I’m not denigrating that and

I’m not saying that there’s nothing

intrinsically wrong about a stem push we

need scientifically literate students

but the way that has traditionally

happened in the schools is we’ve given

them more time we’re given them more

quantity and not necessarily better

quality and that’s an issue science

should be about doing but we don’t do

that in our classroom so what we say is

let’s give them more time to learn

science and technology and engineering

and math and when you do that without

unlimited time you marginalize the other

aspects of school that make that make

school enriching and that’s what this is

really all about is value and the

science classrooms that we currently

have they’re not interested necessarily

in value they’re interested in fact what

do we know and what do we don’t know

technology is interested in what can we

do and what can we not do and and to get

to a different set of questions the

critical inquiry into technology you

have to rely on social studies just

because you can

do something does not mean that you

should do something and just because

that you can’t do something does not

mean that you should try there are

critical questions that we must ask of

Technology critical questions of ethics

morality society political questions and

these are best served in a social

studies classroom for the last three

years my students have engaged in a

digital downtime project phase one

requires those students to record and

describe the nature of all of their

communication and all the time that they

spend online all their text messaging

all their talking all their video gaming

and they get a really nice picture of

how much time they actually spend with

these technologies and I can’t tell you

how many times I hear the I did this

come up

Shandell you know I got on Facebook last

night and I only wanted to get on there

for five minutes and then I looked up

and it was 45 minutes later and I say

yeah that happens I said no that

happened to me yesterday three different

times so these kids they understand that

they need to take a look at their use of

technology and the role that technology

plays in their lives and there’s

literally too many things to talk about

in class so they go home and they talk

about these at the dinner table and I

often get parents with email me and some

parents will say you know what this is a

great project and our whole house is

going to do it we’re all going to look

at the usage of our technology and

analyze it and then you get to phase two

of the project and phase two of the

project requires the students to unplug

there is no cell phone texting there is

no cell phone talking there’s no social

networking there’s no video gaming and

and they really have to live as best

they can without technology and then you

go to the final part of the project and

this is where students can organize

themselves self-organization into groups

or individually and they create

authentic assessment opportunities and

they can apply what they’ve learned in

all of our discussions and in all of

their notes to some kind of overall goal

one of those things could be joining an

organization they could partner with

civic or and local and political

organizations and people to develop

strategies to take a look at the use of

technology and technological policies

creative students poets I’ve seen some

great Poe

written about the use of technology and

the impact that it has on ourselves or

on our society this is bigger than a

test it’s more powerful than a test to

take a test you would reduce what we’ve

done in this unit and how modernize it

as a simple fact-finding endeavor that’s

not what we’re looking for we’re not

looking to regurgitate facts we’re

looking to find value in life and the

only way to do that is through a

passionate commitment and engagement of

the questions that make life beautiful

and meaningful and valuable thank you

今天我想和你谈谈

我认为

在我们的课堂上没有解决

的关键需求,这是从根本上和

批判性地探索

技术的作用以及技术

在我们生活中扮演的角色的需要,所以让我们从

看看谷歌眼镜就在上周

谷歌宣布谷歌眼镜

将于明年向所有人提供,

我认为这引发了

关于匿名性和隐私的基本问题,

如果不是今天,你可以想象在

不久的将来谷歌

眼镜可以与谷歌的脸交互

识别软件 图像

识别软件 我们是否能够

放大远距离

对话 它会改变我们的

感官知觉和认知

功能吗?

它增强了这些东西还是可以

完全取代它们,

所以我们必须提出一些基本问题

,为此我们可以看看一个

名叫 Ray Kurzweil 的人,著名的未来学家、

作家和发明家,以及他

对加速回报定律的发展和

他所说的是技术

增长呈指数级 一项发明

不会导致两项发明 一项发明

不会导致两项发明 一项

发明会导致五项 导致

30 项导致 100 项,

以及未来 100 年的

技术增长 改变将

不是 100 年的进步,而是

更接近人类两万年的

进步,让我们说先生。

Kurzweil 是百分百错误

的,只有一万年的

科学进步,这是否意味着

我们也有一万年的

社会变革、经济变革、政治

变革,我们

学校的机制从根本上质疑这些

变化以及这些变化是什么?

可以带来 让我们快速了解一下 3d

打印 所谓的第二次

工业革命

当我可以拿邻居的

我喜欢的鞋子并将它们扔到

我目前可以以不到

2,000 美元的价格购买的 3d 打印机中时,这意味着什么 可以复制那些鞋子

对版权有什么影响,

在美国有一个

名为 def CAD org 和 def CAD org 的网站,你

可以从字面上下载几十

个枪支计划,自 12 月以来,deaf CAD org

已经下载了

250 个 千次下载他们目前

每小时有 3000 次新点击,

所以我们

的国会大厅里有人在辩论枪

控制枪支管制可能是一个无声的

问题仅仅是因为 3D 打印

我们目前被告知

第一个活到 150 岁的

人今天还活着,

而从事抗衰老和

永生研究的首席科学家几乎可以肯定地

说 第一个活到 1000 岁的人

将在未来 20 年出生 现在

这提出了令人难以置信的问题,您

显然可以看到这可能

对地球上的人口增长产生什么影响 我们能否

维持更长的寿命和更多

的人

退休意味着什么 你

活到 150 或 200 岁

如果我活到 150

岁,我的 120 岁儿子会

来找我寻求父亲的建议吗

我并不是在贬低这一点,

我也不是说

我们需要具有科学素养的学生的词干推动本质上没有错,

而是传统上

发生的方式 在学校里,我们给了

他们更多的时间,我们给了他们更多的

数量,而不一定是更好的

质量,这是科学应该做的一个问题,

但我们不在

课堂上这样做,所以我们说的是

让我们给 他们有更多的时间来学习

科学、技术、工程

和数学,当你没有无限时间地这样做时,

你就会边缘化学校的其他

方面,这些方面使学校变得

丰富,而这才是

真正的价值和

我们目前的科学课堂

他们是否不一定

对价值感兴趣 他们对事实感兴趣

我们知道什么和我们不

知道什么 质疑对

技术的批判性调查 你

必须依靠社会研究 仅仅

因为你能

做某事并不意味着你

应该做某事 仅仅

因为你不能做某事并不

意味着你 应该尝试有

一些我们必须提出的

关键问题 技术 伦理

道德 社会政治问题的关键问题,

这些问题在过去三年中最好在社会

研究课堂上解决

我的学生参与了一个

数字停机项目 第一阶段

要求这些学生 记录并

描述他们所有交流的性质,

以及他们

在网上花费的所有时间 所有的短信

所有的谈话 所有的视频游戏

,他们可以很好地了解

他们在这些技术上实际花费了多少时间

,我可以' 不告诉你

我听到多少次我这样

做了,

山德尔,你知道我昨晚上 Facebook

,我只想在那里

呆五分钟,然后我抬起头

,45 分钟后,

我说是的 发生了,我说不,

昨天发生在我身上三个不同的

时间,所以这些孩子他们明白

他们需要看看他们对技术的使用

和角色 e 技术

在他们的生活中发挥着作用,在课堂上有

太多的事情要谈

,所以他们回家,他们

在餐桌上谈论这些,我

经常给父母发电子邮件给我,有些

父母会说你知道这是什么

伟大的项目,我们的整个房子

都将这样

做 没有手机短信

没有手机通话 没有社交

网络 没有视频游戏

,他们真的必须在

没有技术的情况下尽可能地生活,然后你

进入项目的最后一部分,

这是学生可以组织

自己的地方 自我组织成小组

或个人,他们创造了

真实的评估机会,

他们可以将他们在

我们所有讨论和

所有笔记中学到的知识应用到某种整体 目标

之一可能是加入一个

他们可以与

公民或地方和政治

组织和人们合作的组织,以制定

策略来研究

技术和技术政策的使用,

创造性的学生诗人我见过一些

伟大的坡

写的 技术的使用

以及它对我们自己

或我们的社会的影响 这比

考试更重要 它比考试更强大

参加考试你会减少我们

在本单元中所做的事情以及如何将

其现代化 事实调查的努力

不是我们正在寻找的我们不

希望反刍事实我们

希望在生活中找到价值,而

做到这一点的唯一方法是通过

充满激情的承诺和参与

使生活变得美好的问题

有意义和有价值的谢谢