跟读练习: How to solve problems like a designer - 通过视频学习英语口语
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This is the first Apple computer mouse.
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It came with Apple's $10 ,000 Lisa computer, and it was designed by a product design consulting firm that would eventually become known as IDEO.
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The assignment was straightforward.
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They had to take the computer mouse, a $400 device at the time, and bring it down to under 35 bucks, make it mass -producible and reliable.
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And above all, it needed to be simple.
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We control Lisa by pointing to these images on the screen with this unique item called a mouse.
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Fast forward about 30 years and IDEO doesn't really create products anymore.
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They've transitioned to designing networks and experiences, things like Los Angeles's voting system and the Red Cross's method for finding donors, even entire schools.
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So what does making a computer mouse have to do with creating a school system from scratch?
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It It turns out, quite a lot.
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The world we live in is one where really the complex things are the things that are mostly broken, not the simple things.
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We have lots of great products, lots of beautiful products, lots of products we can use every day.
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Everything from, you know, furniture to tableware to consumer electronics.
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They're mostly pretty good, right?
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And yes, there's opportunity to do better and do more.
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But I'm interested in the things that don't work very well
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and the things that you can impact society with and then mostly the more complex things.
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Back in 1971, a designer named Victor Papanek wrote a book called Design for the Real World.
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The premise was pretty simple.
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Creators could take some of the same design strategies from the creation of industrial products
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and use them to tackle problems like pollution and overcrowding and food shortages.
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By 2001, IDEO had done just that, pivoting from products to real -world experiences.
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But the design steps?
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Tim Brown says they stay just about the same.
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The first piece is observing the world in order to ask an interesting question, right?
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And you can observe the world in lots of different ways.
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When we talk about human -centered design, we're really talking about observing the way humans live their lives and asking interesting questions about, hey, why does somebody do this and not that?
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Or why is somebody struggling with this problem?
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Why is it hard for somebody to open that jam jar lid?
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Well, so maybe I could redesign the jam jar lid, right?
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Or maybe I could give them a tool to help them, right?
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So why is this happening?
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So the first step is that looking at the world and coming up with a good question." For making a mouse,
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that means watching how people use computers and observing what they want and what they don't.
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For designing a school, that meant spending a month in Peru, Meeting with students and parents,
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teachers, investors, government and business leaders to address needs like academic planning, modular classroom space, accessible technology, and affordable tuition.
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The next step is taking all the insights you have about those questions and starting to imagine ideas.
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Like, here's what I could do, here's what I might imagine doing better or differently.
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So that's what we often call ideation or idea -making.
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Then comes the fun part.
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You test it out.
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Right at the beginning of the process, it might be a really simple cardboard model or a quick sketch, or if it's digital, it might be a quick digital simulation or something.
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And you try it out with people.
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Sometimes those drafts can be pretty rough.
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The first prototype for the mouse was a roll -on deodorant stick and a butter dish from a Palo Alto Walgreens.
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And you test it and it doesn't work.
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OK, so I need to rethink my idea and I do it again, and this is where the iteration comes in.
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You learn from the prototype, you realize what's not working, or maybe it's a crummy idea, you have to go back and find a new idea again, and you go through that loop over and over again,
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asking the question, having ideas,
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prototyping, learning, until you get to something that truly meets somebody's needs or a set of people's needs.
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Now, the last bit of the process, which arguably happens in that iteration also,
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is the storytelling piece, because always you're trying trying to explain to people why your idea is interesting.
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I think what you need to design a complex system is not one brain, you need lots of brains.
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You need lots of brains with different perspectives, different creative contributions that you make, working together to get to an outcome that is literally rich enough
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and sophisticated enough to be able to behave like a system instead of being like an object.
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Thank you.
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关于本课
您正在使用跟读技巧通过视频"How to solve problems like a designer"练习英语口语和发音。
每天练习15到30分钟,将显著提高您的英语流利度和发音准确度。
什么是跟读法?
跟读法 (Shadowing) 是一种有科学依据的语言学习技巧,最初开发用于专业口译员的培训,并由多语言者Alexander Arguelles博士普及。这个方法简单而强大:您在听英语母语原声的同时立即大声重复——就像是一个延迟1-2秒紧跟说话者的影子。与被动听力或语法练习不同,跟读法强迫您的大脑和口腔肌肉同时处理并模仿真实的讲话模式。研究表明它能显着提高发音准确性,语调,节奏,连读,听力理解和口语流利度——使其成为雅思口语备考和真实英语交流最有效的方法之一。





























