All in Design Philosophy
Here in Part 3 we tackle the challenge of performing systems design at various points on the system design spectrum in a planned and coordinated manner such that all designs, small and large, are properly specified, decomposed, allocated, tested, and integrated into a desirable and successful complete system.
In a spurt of spontaneity, I found myself at BYU’s Cougar Skate event a few weeks back. I’d never been rink skating before, but my previous experiences with inline and ice skating left me with enough confidence that I didn’t look up any tutorials before heading for the Wilkinson Student Center. Though, I think my tailbone would’ve thanked me if I had.
Origami is an ancient Japanese art form which had its roots over a thousand years ago in ancient Japan. Only in the last century’s intellectual revolution has it transformed into a more scientific and fully developed art form. We can see origami under scrutiny as an art form, and as a scientific and mathematical method of design. In any design, it is important to see from both angles.
As we sit on the shore of the Amazon River, watching the sun go down, we reflect on the time we have spent in Brazil and the things we learned. We learned about culture, the kindness of the people, the toll that 36 straight hours of travel takes on your body, and the dolphins that inhabit the river. One of the most important lessons we learned was that everyone can teach you something about design, and the importance of humility as a designer.
A lot of adjectives get placed before the noun “design.” This article starts tackling the special meaning and nuances when we use the term “systems design.”
Should I optimize my choices or satisfice them? What is satisficing? Find out more about these choices in design and find out how you can become the best in the world at something.
The music scene is one of the most collaborative and communal industries - from writing and performing to producing and touring. Such collaborative products have proven that “the [chord] is greater than the sum of the [notes]”.
At the rate humans are using ecological resources, we would need 1.7 earths to achieve sustainability [1]. The major problem here is that we only have one earth. The circular economy aims to reduce the need for the extraction of new resources.
Every single product that has been made, is currently being made, or will be made has economic, environmental, and social impacts. How can we design to have better impacts and what are social impacts? Read on to find out.
Over the last few years you have probably heard the words machine learning (ML) and AI thrown around more and more. Using tools like Microsoft Azure Learning Studio you can get an ML algorithm running in a few minutes without ever writing any code. Is it ethical to design products with tools I don’t fully understand?
It can be extremely difficult to know how much time to spend on a particular design task. Do it too quickly and you might waste time and money. Do it too slowly and stakeholders will conclude that progress has stopped. This article gives eight things to practice as you learn to strike a good balance between spending too much versus too little time reaching development milestones.
How can we know what changes will take place over the coming decades? Yes, we won’t know everything about the future world but long term trends that will affect all areas of life can be known, and then used to estimate future conditions. These are called megatrends.
With attacks on the scientific community happening everyday, I thought it would be helpful for people to know more about the peer review process. Yes, the peer review process does have problems, but currently it is our best bet at getting to the facts. Find out why this matters to you as a designer.
I started thinking about the story behind the things around me later on in my middle school career. I can't remember what exactly initiated the thoughts, but I remember them eating at me. "Why is this thing like this? Why couldn’t they have done this other thing?" I began contracting the product designers' disease of perpetual criticism of the created environment around me early on.
The long term relationship between a design team and it’s client has everything to do with what the design team delivers and when. Setting clear expectations about the quality and completeness of the design work keeps both the design team and the client from changing the expectations without thoughtful discussions together. Simply articulating early in the development process, what good, better, and best solutions look like can make all the difference in what is delivered and in the long term relationship.
Think of your favorite fictional characters. Who are they? Do they live in a world like ours or somewhere very different and far away? What do they look like? What do they like to do? Consider your relationship with these characters. Though they are not real, you are invested in their story.
Conceptual design is the early part of the design process, which is often envisioned with post-it covered walls, smart interdisciplinary teams, and concept sketching. Conceptual design is full of energy and optimism. Until it is not. In this article I give a few tips – centered on the ancient philosophy of yin and yang – that help me keep conceptual design full of energy and optimizing the whole time.
Metaphors, similes, parallels, allegories, symbols, and, of course, analogies are some of the tools designers, engineers, and scientists often use to communicate, discover, and develop their trade. Johannes Kepler was one of the foremost scientists to apply analogies to discover the design of our solar system. We should follow his example in our efforts.
If you think your design will be “right/good/complete/perfect” after just one cycle of creation, you’ll be disappointed and frustrated. It won’t be right, it probably won’t even be good. If you accept that iteration is a normal, healthy, and expected part of the design process, your love for, and competency in, designing things will skyrocket.
The ability to create, and to become better at creating, is implicit in the nature of the brain’s neural network. As one approaches the peak of efficient work and cerebral focus, creativity becomes a self-sustaining process: the flow of ideas morphs into a rapid current that carries the creator and maximizes both the pace of the work and the enjoyment that comes with it. We all seek to innovate in such a way, but how do we achieve this level of creation on a regular basis?
