The Process of Design

The process of design is the foundation for product development, and the key to a successful product is good design. This article discusses the process of design, principles, patterns, and repetition. Understanding these principles will help you to create better products faster. Let’s examine each of these in more detail. Here are some examples of good design. They all apply to any product development process. And remember, they are only as good as their implementation. Once you understand the process, you can apply it to your own projects.


There are many different definitions for what constitutes design. The process of choosing elements and arranging them in a particular way for a particular purpose is known as design. Design can be functional or purely aesthetic. Here are some of the most common definitions for design and what each one means. Understanding these fundamental principles of design is key to developing functional designs. And remember to always apply them when possible. The more you know about them, the better.


The process of design is a way to create things. Often, this process is called synthesis. This involves combining different views in a hierarchy to create a final design. The process is similar for other professions, such as computer scientists and architects. Both initiate views appropriate for their concerns. Ultimately, the design must meet the specifications of each group. The following is a list of books that cover the process of design. The goal of this article is to provide a brief overview of some of the most common design processes.


The term pattern refers to a style of design that can be applied across a variety of design contexts. Patterns describe the process that is used in creating a design, the composition of classes, and the division of responsibility. Each pattern has a unique name, indicating the problem that it is intended to solve, as well as the specific elements of the design. Patterns are not concrete implementations, but instead describe the general arrangement of elements.


Repetition in design is the process of incorporating elements in a single piece of work into a larger scheme. In design, repetition allows one point to be repeated across a larger body of work, such as a staircase. When done well, repetition can bring a design together and add a cohesive feel. In the world of graphic design, repetition can help your work look more consistent and attractive. Here are three ways repetition in design can help you:


Designers are known for giving careful attention to balance in their work. The Last Supper and Vitruvian Man are examples of works by Leonardo da Vinci, who paid meticulous attention to balance in both paintings. The Vitruvian Man was inspired by Marcus Vitruvius Pollio’s premise that temples should be proportioned to the shape of a human being. While an unbalanced design may be effective, most viewers prefer a design that is balanced.


When applied to design, symmetry can create a strong structural effect. The principle behind symmetry is a natural tendency of nature to repeat itself. The repetition of an element can be in any direction and maintain its orientation. Symmetry in design can also be a powerful tool to create a rhythmic environment. Web designers frequently use translational symmetry. The NINX website uses simple geometries to convey the primary message of the site.


Contrast is an important element in any design. It helps you separate important elements of your page, ensuring that you focus the viewer’s attention on the most important things. It’s especially important in UX design, as it’s much more difficult to navigate an app without contrasting elements. Contrast also ensures visual hierarchy, so viewers know where to focus their attention. However, there are some rules for how to use contrast effectively.


There are several applications of functional design in manufacturing. For example, 3-D printing has made it possible to produce entire machines or parts of machines, without sacrificing form. Function of design conceptually separates complex machines into smaller parts that can be produced individually and assembled. That way, it can be used to reduce costs and waste. Functional design is a key component of industrial and architectural design. It can benefit manufacturing by making complex machines simple, but also ensuring that it meets functional requirements.