Tag
Design System
As digital products grow in complexity and scale, providing a consistent user experience is increasingly important. To address this challenge, many companies are adopting design systems, which have emerged as powerful tools that enhance the quality of user experience while improving product development efficiency and maintaining brand consistency. A design system is a comprehensive collection of rules, principles, guidelines, and reusable components for designing, developing, and maintaining digital products. It goes beyond a simple style guide or UI kit by encompassing not only visual elements—such as colors, typography, and icons—but also interaction patterns, coding standards, and accessibility guidelines. At the heart of a design system lies a library of reusable components. These components are essential elements used repeatedly throughout the product, including buttons, form elements, and navigation bars. Each component is defined not only by its visual appearance but also by its behavior and usage. This approach allows designers and developers to create pages and features by combining existing components rather than building elements from scratch. Implementing a design system offers numerous advantages. First and foremost, it enhances development efficiency. The use of standardized components and patterns significantly accelerates the design and development process. Another crucial benefit is consistency. By employing a unified design language across all products and platforms, brand consistency is reinforced, providing users with a more intuitive experience. Moreover, a design system promotes collaboration among teams. Establishing a common language and set of standards among designers, developers, product managers, and other specialists facilitates communication and improves product quality. For example, components designed by teams can be seamlessly implemented by developers, ensuring a smooth transition from design to code. Building and maintaining a design system requires ongoing commitment. During the initial design phase, it is vital to strike a balance between flexibility and consistency while carefully considering the company's brand identity and product characteristics. Regular reviews and updates are also essential, as the system must adapt in response to evolving user needs and emerging technologies. A notable example is the design systems employed by major technology companies. For instance, Google's "Material Design" is utilized across various products, from mobile apps to web applications. This system not only defines visual guidelines but also encompasses motion design principles and methods for maintaining consistency across different devices. However, challenges can arise when implementing a design system. In large organizations, achieving a unified adoption of the system across different departments or product lines can be difficult. Additionally, it is crucial to maintain a balance between flexibility and rules, as overly rigid systems can stifle creativity. Current trends include the modularization and automation of design systems. By adopting a component-based architecture, the impact of updates to the system can be minimized. Furthermore, the integration of design tools and code generation tools is advancing, making the transition from design to code more seamless. Accessibility considerations represent another critical aspect of design systems. By incorporating accessibility criteria—such as color contrast ratios, font sizes, and visual representations of focus states—products can be consistently designed to be user-friendly for everyone. As digital product development continues to evolve, design systems will gain even greater importance. Advances in AI technology may lead to more sophisticated functionalities, such as systems that suggest optimal components based on context or that automatically optimize systems according to user behavior patterns. Designers and developers must cultivate a deep understanding of design system concepts and practices, developing the ability to utilize them effectively while retaining the flexibility to incorporate innovative ideas. Design systems will serve as powerful tools for striking a balance between efficiency and creativity in the creation of exceptional user-centered products.
Design
Web Design and Typography
"95% of web design is typography."[^1] You may have heard Oliver Reichenstein, CEO and designer of iA (information Architects), a design firm that has created designs for major clients like NHK and Wikipedia, urging designers to get typography right. Oliver Reichenstein, CEO and designer of iA (information Architects), a design firm that has designed information for many major clients including NHK and Wikipedia, has a message for designers. Typography is a technology that mediates between writer and reader to enhance the reading experience, and a large portion of all web content is composed of language.
Design
Figma: The Design Platform Bridging Creativity and Technology
Figma, known for its simple shapes and colorful Memphis-style graphics, is widely used by designers, product managers, and engineers alike, creating a unique and evolving ecosystem. The number of users has rapidly expanded.
Design
The Rise of Design Engineering
In recent years, the term "design engineering" has become increasingly common in software development. In the past, design engineering was discussed as an industrial design field that involved many people involved in the manufacturing and construction of the target product, and as an approach to both pursuing convenience and utility for the user and reducing lead time and maximizing loss efficiency in the manufacturing process in the manufacturing process, which involves a wide range of processes. Recently, this approach has been expanding into the realm of software development.