All in Design Methods
Until recently, how to shade and shadow cylindrical objects has been a mystery to me. I had known there should be areas on the surface shaded lighter and others darker, but I didn’t quite know where those should be. Understanding the physics and practicing the sketches in a detailed way (a few times) helped me lock in the core concepts. Now I can sketch them quickly without trouble. This article shares the physics and provides a step-by-step process for skill building.
This part of the Design Thinking series describes the mindset of expert designers. The article argues that the mindset of Design Thinking is enabling and freeing because it represents the beliefs that the designer uses to choose good design actions at appropriate times given the unique characteristics of the problem being solved.
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.
Design Thinking is not new. It’s been around for decades. The first attempt to turn it into a process was in 1969. Contemporary forms of that process still exist today, the most popular being the 5-step process introduced by the Stanford Design School in 2005. This article describes that process and other techniques that will help you try-out Design Thinking.
Design Thinking is a powerful and popular topic, but it is also illusive and ill-defined. This article demystifies Design Thinking just enough so you can begin benefitting from what it offers. This is the first of a 5 part series on Design Thinking, where this first part provides basic definitions, view points, history, and Design Thinking exercises.
Anyone who has designed anything -- whether that be a new medicine, a design method, or even a new recipe -- has faced the question: “Is this better than what I had before?” If you’re just deciding whether or not you like a new recipe, getting an answer is straightforward. If you are in an academic or industrial setting you must also answer an even more important question: “Can I prove that this is better?”
The customer matters. Our job is to get the customer what they want. We must interact with, listen to, and observe the customer to identify and understand their needs. But the notion of customer is significantly more complicated and important than it seems. This article breaks down and lists out the types of customers to consider when designing any product.
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.
There are two general types of tests that can be done to observe the design’s strengths and weaknesses. They are called verification tests and validation tests. The differences between these tests can be confusing because the words seem and sound similar, and because some people use them interchangeably without thinking deeply about what they mean. This article describes the difference between them.
You carry one with you, so you might as well get the most out of your camera, especially when it comes to product development.
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.
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.
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.
When I was an engineering student I took three CAD classes, mostly because they were fun. When I was the director of engineering at ATL, CAD was at the center of all our detailed design work. It was indispensable to our engineering. When I became a professor, however, my appreciation for CAD slowly and unconsciously faded. Luckily, a new university assignment has put CAD back on my radar and my appreciation for it is greater than ever.
If your job involves product or part geometry, I believe you should own and use a pair of digital calipers. They are one of the most important measurement tools to access the details of the geometry you’re working with. Even if your job is purely theoretical, it can be helpful to simply use the calipers to visualize the size and scale of features you’re specifying or being asked to work with.
While the book, The Art of Innovation by Tom Kelly, is full of useful anecdotes, principles, and tips, there is one timeless principle that I wish more creative people knew and practiced – especially engineers. It’s related to seeking feedback.
Enhance your sketches with motion arrows, annotations, and dimensions.
Filament is the heart of Fused Deposition Modeling (FDM) 3D printing. The filament is fed into the extruder, heated, and deposited in specific locations layer by layer, eventually giving rise to a functional part that could be used for anything from validating a new design to repairing a Tesla.
Some great ideas come from Japan and Kansei Engineering is one of them. The principles of kansei can make us more sensitive to customers’ emotions and thus more proficient, design engineers.
