Nobody tells people who are beginners — and I really wish somebody had told this to me — is that all of us who do creative work … we get into it because we have good taste. But it’s like there’s a gap, that for the first couple years that you’re making stuff, what you’re making isn’t so good, OK? It’s not that great. It’s really not that great. It’s trying to be good, it has ambition to be good, but it’s not quite that good. But your taste — the thing that got you into the game — your taste is still killer, and your taste is good enough that you can tell that what you’re making is kind of a disappointment to you, you know what I mean? A lot of people never get past that phase. A lot of people at that point, they quit. And the thing I would just like say to you with all my heart is that most everybody I know who does interesting creative work, they went through a phase of years where they had really good taste and they could tell what they were making wasn’t as good as they wanted it to be — they knew it fell short, it didn’t have the special thing that we wanted it to have. And the thing I would say to you is everybody goes through that. And for you to go through it, if you’re going through it right now, if you’re just getting out of that phase — you gotta know it’s totally normal. And the most important possible thing you can do is do a lot of work — do a huge volume of work. Put yourself on a deadline so that every week, or every month, you know you’re going to finish one story. Because it’s only by actually going through a volume of work that you are actually going to catch up and close that gap. And the work you’re making will be as good as your ambitions. It takes a while, it’s gonna take you a while — it’s normal to take a while. And you just have to fight your way through that, okay?

I was talking recently to a friend who teaches at MIT. His field is hot now and every year he is inundated by applications from would-be graduate students. "A lot of them seem smart," he said. "What I can't tell is whether they have any kind of taste."

Mathematicians call good work "beautiful," and so, either now or in the past, have scientists, engineers, musicians, architects, designers, writers, and painters. Is it just a coincidence that they used the same word, or is there some overlap in what they meant? If there is an overlap, can we use one field's discoveries about beauty to help us in another?

“Taste is the ability to infuse a product with emotion. In a taste-based industry, its products are stripped down to their very core: how it makes its users feel. We see this phenomenon happen in books, music, movies, games and increasingly tech products

Life can be much broader once you discover one simple fact: Everything around you that you call life was made up by people that were no smarter than you. And you can change it, you can influence it

Film geeks don’t have a whole lot of tangible things to show for their passion and commitment to film. They just watch movies all the time. What they do have to show is a high regard for their own opinion. They’ve learned to break down a movie. They understand what they like and don’t like about a film. And they feel that they’re right. It’s not open to discussion. When I got involved in the movie industry I was shocked at how little faith or trust people have in their own opinions. They read a script and they like it – then they hand it to three of their friends to see what they think about it. I couldn’t believe it.

Rick Rubin on trusting your own taste: “You can’t second-guess your own taste for what someone else is going to like…Do what’s personal to you, take it as far you can go and people will resonate with it if they are supposed to resonate with it.”

I never had an arts education. I can barely draw straight lines. What I do have is a love for words, the history and delightful orgy of words, and a constant sense of discomfort about how things are hardly ever the way they should be.

I’m thinking now about how school encourages students to bullshit. I have friends who are literature teachers who constantly get frustrated by how their smart students give them stupid but vaguely plausible answers – I remember what it was like to be such a student. The student isn’t interested in being honest about his feelings – he just wants to be done with his homework and go on to play.

higher-level observations around underlying behavior.

Graduate HCI classes are far better because there is so much depth to the field. Basically, through a combination of understanding human psychology, knowing the right questions to ask, and understanding how to properly model how people will use a system you can make software that flows naturally. That last point, sometimes referred to as Cognitive Engineering, is extremely important.

Here are the adoption curves for a handful of major technologies in the United States. There are big differences in the speeds at which these technologies were absorbed. Landline telephones took about 86 years to hit 80% adoption.Flush toilets took 96 years to hit 80% adoption.Refrigerators took about 25 years.Microwaves took 17 years.Smartphones took just 12 years.Why these wide differences in adoption speed? Conformability with existing infrastructure. Flush toilets required the build-out of water and sewage utility systems. They also meant adding a new room to the house—the bathroom—and running new water and sewage lines underneath and throughout the house. That’s a lot of systems to line up. By contrast, refrigerators replaced iceboxes, and could fit into existing kitchens without much work. Microwaves could sit on a countertop. Smartphones could slip into your pocket.

If you're pursuing the career path someone else has taken, you're going to be frustrated when you don't get the same opportunities they did.

It’s not just a question of “how do we make this usable?” it’s more about “how do we make this usable for users and increase feature adoption which will drive more revenue?“

You can look at an interface and see it as a clearly signposted user journey you should follow. Or you can see it as a collection of functions and affordances to repurpose. As raw material, rather than a guided path.

Let’s say you present 3 directions to a client: directions A, B, and C. These are our initial 3 branches. You have a client review, direction C is the winner, and so you iterate again. 3 more branches: C1, C2, and C3. Another review, another winner, another round of iterations: C2.1, C2.2, C2.3. Branch out, choose one, zoom in, branch out, repeat.

Sometimes, the design process requires us to zoom out. Let’s say you present those 3 creative directions, A, B, and C, but nothing lands. Back to the drawing board. You might keep pushing forward with branches D, E, F. Nothing lands. You’re forced to zoom out and realize that you’re not even on the right parent branch.

The industrial designers talked about contours that felt gratifying in the hand and actions that provided a fidget-like comfort such as flipping the lid of a Zippo lighter or the satisfying click of a pen.

In video games, the button you press to make a character jump is often a simple binary input (pressed or not), and yet the output combines a very finely-tuned choreography of interactions, animations, sounds, particles, and camera shake to create a rich composition of sensations. The same jump button can feel like a dainty hop or a powerful leap. “Game feel” (a.k.a. “juice”) is the “aesthetic sensation of control” (Steve Swink, Game Feel) you have when playing a game.

The difference comes down to choice—which is to say, Design (with a capital “D”). Game feel is what makes some games feel gratifying to play (a character gliding down a sand dune) and others feel frustrating (sticky jumping, sliding). These decisions become a signature part of a game’s aesthetic feel and gameplay.

The Browser Company has written that software can optimize for emotional needs rather than just functional needs. Jason Yuan has promoted the idea of “fidgetability” where, similar to a key fob or lighter, digital actions can be designed to feel satisfying. Rahul Vohra has talked about making interfaces that are first fun as a toy—enjoyable to use without any greater aim.

The 2D portion is a particle simulation that “feeds” the growing sphere made with Lottie. It’s inspired by the charging animation common in games before your character delivers a big blow. Every action needs a windup. A big action—in order to feel big—needs a big wind up.

This is the big moment—it has to feel gratifying. We again combine 2D and 3D elements. The sphere and checkmark pop in and a massive starburst fills the screen like an enemy hit in Hollow Knight.

Our digital products are trapped behind a hard pane of glass. We use the term “touch”, but we never really touch them. To truly Feel a digital experience and have an app reach through that glass, requires the Designer to employ many redundant techniques. Video games figured this out decades ago. What the screen takes away, you have to add back in: animation, sound, and haptics.