![\"Wireframe](\"https:\/\/spin.atomicobject.com\/wp-content\/uploads\/Design-01-1024x683.jpg\")
<\/p>\nI frequently get questions from traditional graphic design students, inquiring about what designing software products is like. They want to know more about what I do and what they can do to get their foot in the door as a software maker. The answer to both of those questions can get complicated, but I think I\u2019ve gotten fairly good at boiling it down.
\n<\/p>\n
<\/p>\n
A software product designer uses human-centered design techniques to help create the foundation for software. This often includes conducting research, shaping the structure and workflows of an application, designing the interface, and continuously testing ideas with users.<\/p>\n
At its core, software design is about making technology easier and more valuable for people to use. Professional designers do far more than \u201cmake software pretty.\u201d They ensure that software works well for the people who rely on it.<\/p>\n
Designers typically help guide teams in:<\/p>\n
Human-centered design ties all of this work together. It\u2019s an approach that puts users at the center of the design process. Designers begin by learning about people\u2019s needs through research, then design and test solutions with those needs in mind. Along the way, new insights often emerge, and teams adapt their plans accordingly.<\/p>\n
Design is rarely a straight line. It\u2019s an iterative process of learning, testing, and improving.<\/p>\n
Research is a part of any design process.<\/p>\n
For software product design, you might be researching competitors, other applications to integrate with, or understanding emerging technologies. You most certainly will do user research. This can take many different forms, depending on your audience and goals. However, it often involves observing and listening to users of a certain application or product to get a better understanding of how you might make tasks easier for them to perform.<\/p>\n
A great designer spends a lot of time listening.<\/p>\n
User testing is a critical part of a software designer\u2019s job. What good is software if no one wants to use it?<\/p>\n
Ideally, user testing happens early and often throughout the design process. Observing real people interact with your product can reveal issues that designers and developers would never be able to assume on their own.<\/p>\n
Testing might involve:<\/p>\n
Great designers work hard to understand their users\u2019 problems and perspectives. They listen carefully, ask thoughtful open-ended questions, and design solutions that fit real human behavior, not idealized behavior.<\/p>\n
Information architecture is about structuring the experience of the application.<\/p>\n
A strong information architecture helps users understand where they are in the product, what they can do next, and how to accomplish their goals quickly.<\/p>\n
When this is done well, software feels intuitive and stays out of the way.<\/p>\n
Wireframes are like the blueprints for an application.<\/p>\n
They focus on structure rather than style. Wireframes typically avoid visual details like colors, polished typography, or imagery. Instead, they show where content lives and how users will move through the interface.<\/p>\n
Wireframes help teams think through workflows before investing time in high-fidelity design or development.<\/p>\n
Today, many designers create wireframes directly in collaborative tools like Figma, where they can quickly iterate with teammates and developers.<\/p>\n
This is the aspect of software design that most people recognize. What is the application going to look like? What\u2019s the color palette, the typography, the visual style? Simply put, user interface designers create the interface where users interact with software. There are a variety of tools to do this, but Figma is currently the industry standard.<\/p>\n
If you come from a more traditional design background, such as graphic design, many familiar learnings, like gestalt principles and color theory, still apply when designing UI.<\/p>\n
Prototypes allow designers and teams to test ideas before building out the fully functioning software. This can save a lot of time and money.<\/p>\n
Prototypes might range from low-fidelity click-through flows to realistic, interactive prototypes that closely resemble the final product\u2019s visual look and feel.<\/p>\n
There are many tools out there to prototype quickly\u2014from design tools like Figma, to lightweight coded prototypes, to AI-assisted workflows that generate interface ideas rapidly. In recent years, AI tools have really started playing a role in the prototyping process. Designers can now use AI to:<\/p>\n
AI doesn\u2019t replace design thinking. Instead, it helps teams explore more ideas faster, allowing designers to spend more time evaluating solutions with users rather than manually producing every variation.<\/p>\n
At Atomic, our designers all hold the title of \u201cSoftware Consultant & Designer.\u201d This is because we are generalists who all do all of the jobs mentioned above. However, there are companies where designers might specialize in one of these areas. For example, if you\u2019re very interested in research, you could choose to specialize in just that.<\/p>\n
More and more designers today are becoming comfortable working closer to the implementation side of software.<\/p>\n
You don\u2019t necessarily need to be a full-time developer, but understanding how software is built can dramatically improve your effectiveness as a designer.<\/p>\n
Technical familiarity helps designers communicate more effectively with engineers, as well as design solutions that are realistic to implement (e.g. less back-and-forth with the technical team due to technical constraints).<\/p>\n
Learning the basics of frontend technologies like HTML, CSS, and JavaScript can be a great starting point. However, with the emergence of AI, designers can also experiment with AI-assisted prototyping and coding environments.<\/p>\n
The goal isn\u2019t to become a developer. It\u2019s to better understand the medium you\u2019re designing for.<\/p>\n
![\"An](\"https:\/\/spin.atomicobject.com\/wp-content\/uploads\/Design-09-1024x683.jpg\")
<\/p>\n
It\u2019s okay if you don\u2019t have an extensive background or education in software. Many college and university programs still focus on a more \u201ctraditional\u201d design approach. Don\u2019t fret! That foundation is a great start for a career in software product design. You\u2019ll do well in designing interfaces that are thoughtfully structured and visually engaging. But what about everything else? Here are some tips to get you up to speed.<\/p>\n
This is the first\u2014and perhaps most important\u2014mindset shift. Not everything you work on as a software designer will be visually stunning or flashy. Some projects might be, but much of the software in the world serves a very practical, utilitarian purpose.<\/p>\n
You certainly won\u2019t be working with French Paper and slinging high-quality inks. You might not be creating intricate illustrations or show-stopping typography treatments.<\/p>\n
Instead, you\u2019ll be designing tools that people use to accomplish real tasks. Your work will shape how someone completes a job, navigates a workflow, or solves a problem. Designing for interaction and usability has different implications than designing something meant purely to be observed or interpreted.<\/p>\n
This can be a hurdle for designers with a fine art background. If you love spending days on a photography set or crafting the perfect artist statement, the transition to product design might feel unfamiliar. And that\u2019s okay. Software design isn\u2019t the right path for everyone.
\nSoftware design may not always produce gallery-worthy visuals, but it offers a different kind of fulfillment: you\u2019re solving problems for people. And sometimes those solutions can meaningfully improve how someone works or lives.<\/p>\n
Surround yourself with people who can teach you. Follow people, blogs, podcasts, and companies who do the kind of work you aspire to do. You\u2019ll be surprised at how much you can learn from an internet thread or a well-written article. Not sure where to start? Here\u2019s a list of accounts to get the ball rolling:<\/p>\n
If you want to get up to speed on human-centered design, here are a few essential books that will familiarize you with the history, jargon, and techniques used in various aspects of software design. You\u2019ll learn a great deal from them, and you\u2019ll be able to discuss the concepts with other designers.<\/p>\n
The software design community is quite large, and you should become a part of it. You\u2019ll meet interesting people and learn more about the field. Depending on where you are located, the events might vary.<\/p>\n
Don\u2019t be afraid to attend events that are not geared specifically toward design, either! You can still learn a lot from a software development or product meetup, especially if the event you attend is a little less technical. Keep an eye out for these groups:<\/p>\n
If your goal is to get a job as a software designer, then of course, you need to have a solid portfolio. I\u2019ve written about how to curate a job-winning portfolio<\/a> in the past. Those tips are all relevant here, so give it a read!<\/p>\n If you\u2019re finding that you do not have enough applicable projects to include when applying for a software design position, make your own projects. I know it can be daunting to figure out what those projects should be. Here are a few ideas to get you started:<\/p>\n