Design Thinking

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Из курса от партнера University of Minnesota

Lean Software Development

36 оценки

University of Minnesota

Lean Software Development

36 оценки

Курс 3 из 4 — Specialization Software Development Lifecycle

While scrum and XP were transforming the software development industry, there were another set of ideas (derived from lean manufacturing and Six Sigma) that started to influence software development methods. These ideas around Lean Software Development forms the foundation of number of agile methods. In this course, we will explore lean concepts and cover some of the common Lean methods and techniques like Kanban, Value Stream Mapping, etc. In this course, we will also learn techniques like Lean Startup and Design Thinking that can help team learn about user and market needs much faster and cheaper. As part of this course, you will also apply the knowledge gained in this course to fictional case studies. These projects will help you gain experience to confidently apply these techniques in real world. At the end of the course, you will be able to apply lean techniques / methods to software development. You will also be able to apply methods to learn about your users and market needs much faster and cheaper.

Из урока

Design Thinking

In this module, we will learn about a technique called "Learn Startup with Design Thinking". These techniques help the team learn about user needs. You will also get an opportunity to apply this technique on a fictional case study. At the end of this module, you will be able to uncover user needs using "Lean Startup with Design Thinking".

Design Thinking11:30

Познакомьтесь с преподавателями

Praveen Mittal
Adjunct Professor
College of Science and Engineering

[MUSIC]

In this lecture, we are going to learn about design thinking.

What's the origin of design thinking, what it is, why do design thinking and

how it can help.

So let's start with the origin of design thinking.

So in 1916, Herbert Simon said that design is a way of thinking and

we shouldn't just let design be just one of the step of the process.

And then, in 1991,

Rolfe Faste suggested that design thinking is a method of creative action.

And then in the same year, David Kelley,

who is sometimes considered the founder of design thinking made the first

commercial application of design thinking by launching his company IDEO.

So that's how kind of design thinking come into being and

now it is being applied to many industries, including software.

So our goal would be to focus on how design thinking can be applied especially

to the software industry.

So what is design thinking?

Design thinking is a process of creative problem solving.

So as you can see the key word is creative and it is for problem solving.

It is designed for solving problems which are wicked.

So another definition is methodology for creative and

practical wicked problem solving.

So a couple words that are highlighted here are creative, it's a practical,

and it is for problems that are wicked there are very weird in nature.

And we don't know the outcome,

sometimes we don't even have data to prove what is the right solution.

So in those situations design thinking could be a valuable approach and

then here's how the CEO ideal defines design thinking.

Design thinking is a human centered approach to innovation that draws from

designer's toolkit to integrate the needs of people,

the possibilities of technology and the requirement for business success.

So it's kind of the three circles, human desirability,

business viability and technical feasibility.

And to the union or the intersection of that is what brings innovation.

So how can we come up with a solution that is needed by the individuals, so

human desirability that makes business sense, so business viability.

And it can be implemented which means technical feasibility, so

that's what design thinking is.

Now let's go through the steps of design thinking.

So the first step in design thinking is to empathize and

what that means is to go to the user, talk to the user to understand their work.

And come up with what is the real problem that we need to solve.

Once you understand that then you define,

you clearly define what is the problem that we're trying to solve.

So whatever you learn in the empathize step about your users,

based on that you'll define exactly what you're going to solve.

And then once you defined what you are to solve,

you come up with multiple solutions to solve that problem.

So instead of just going on with one solution,

try to come up with multiple solutions.

And then pick few solutions that you are going to further explore.

And then to explore those ideas, you create prototypes.

That is the way you can bring your idea

into life in an inexpensive way.

So once you create the prototype, then of course you're going to show it to the user

and see if it actually solves the problem.

So it is this short cycle innovation process to continuously to improve

your design or your solution.

And when you are going through this process,

it's not a waterfall process as sometimes people

consider this as a waterfall process, where you just go step by step.

Actually, it's just a way of thinking about different steps but

you can go back and forth between each of those steps and it is generally,

done as a cross functional team.

So you have everybody of your team be part of this whole journey.

Now, let's take a look at each of these steps in a little bit more detail.

So, empathize like I said, it's the process or it's the step where

you actually go and learn and understand the world of your users.

So the question is, why empathize?

How does it help?

So the idea is that we all have bias or

filter on any given situation or a problem.

So if you show somebody a situation, everybody will interpret it differently

because each one of us have a context that we have created over the years.

So how we think about a problem, what we hear is very

different than what our users see, think, or hear.

So we really need to go to them and

work with them or watch them to really understand what are their real problems?

So by doing this step you actually understand what is the real problem

that user is having.

And you don't use your filter to understand that.

So how do you do empathize?

Well, of course you go where the users are.

You talk directly to the customers and users.

You watch them work or the best is to work along side them or do the work

that they are doing so you understand their pains, you understand their needs.

And you understand their work.

So after that, the next step is define.

So once you have understand the user's word,

you want to define what is the problem that you're trying to solve.

And more often than not, in the previous step when you do empathize,

you learn that their problem is different than what you originally started with.

So in defined process, you define exactly which user group are you going to

focus on and what is the real problem that we are going to solve?

So it brings focus in the team and it also help us solve the right problem.

How do you do that?

Well, the steps is that once you do the empathize step,

everybody who is part of the team come into a room and

you put everything that you have observed on the board.

And then everyone shares the story of what they learned, what they saw,

what they observed.

And then you distill your learning as a group.

And then you define exactly which target user group you are going to focus on and

what is the problem statement we are going to focus on.

And then we pick one or two or three whatever few problems

that we're going to focus on and the rest of the stacks.

So one more thing the stack does, is that it brings this common shared

understanding among all the team members as to what we are trying to solve.

Otherwise everybody's thinking differently about the problem that we are trying

to solve.

So by doing this exercise or

doing these steps it brings everybody on the same page.

The next step is ideation.

Whatever is the problem you want to solve, you get all of your team members to come

together and say, what can be the potential solution to this problem.

And so why do you want to create multiple solutions?

Well, you don't want to lock in too early on one particular solution and

that aligns with some of the lean principle of deferred commitment.

Where you don't want to make a commitment to a solution unless you have enough

information.

And the second principle is the amplify learning where you help in

your increase the learning in the team.

So, align with these two principles,

you want to kind of explore as many options as you want and then pick.

One or two which can either be mix of those options or

could be one of those solutions.

So it helps you find innovative solution to the problem and

it avoids early lock in to wrong solution.

So how do you do ideation?

Well, again, like I said, you get everybody in the team to come up with

multiple solution and we generally start with irrational solution.

So don't be constrained by what is feasible and

allow team members to come up with, would it be cool if we could do this way, right?

So just let them go wild in their imagination and come up with a solution

that even if they're not tactically possible would be cool to have.

And then once you have those solutions identified,

then you talk about how can you scale them back so that we can make them feasible.

So just take a two steps backward and see if you can make them feasible.

There are a couple rules that help in this process.

One is you can visualize as much as possible instead of writing text,

try to draw diagrams and try to visualize the solution.

And the second one is don't sit and instead

of that have everybody kind of be walking and stretching and stuff like that.

They say is generally helps with creative thinking.

And so once you have these different options available then at the end,

you've to select few options that you going to explore further.

And then the step comes after prototype and the test, and

that's where you bring your solution into life.

So why we do that?

Because of course, all the solutions that we created is a guess.

So we want to validate whether our ideas are correct or not, or

are they even will solve the problem or not.

So that's what happens in the prototype, so you want to validate your ideas.

How do you do that?

Well, you create physical interactive prototype as much as possible.

And sometimes people say that you need to have a low fidelity but

I think you just need the right fidelity because if it's row fidelity and

you don't learn from it then it's not good.

So you want to create prototypes that will help you learn and to the same

point prototype with defects is okay as long as it doesn't hinder your learning.

So the key thing is whatever you've built, whatever prototype,

whatever type of test you do, which could be an interview.

It could be a watching or it could be a link, a fake feature.

Whatever you do in terms of learning, make sure it helps you learn or

validate your ideas.

And another tip is that when you're doing your test in the step with your users.

Don't defend the idea, if a user is trying to play with the tool,

and they choose a different option, and you said no, no, that's not how you do it.

Instead of that, just observe, note down what you observe and move on.

So, try not to defend because if they didn't get it, it's a problem.

It's something that you didn't think through, so it's better not to defend and

observe it, note down, and go back and synthesize what you've learned from it.

So here we go, we talked about the five steps of design thinking,

empathize to learn about your users.

Define clearly, articulate the problem you're going to solve, ideate,

create a lot of solutions and pick few.

And then prototype and test to validate your ideas.

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