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Design

In today's society, the term "design" encompasses a wide range of meanings and is deeply embedded in every aspect of our daily lives. Beyond mere visual aesthetics, design has evolved into a comprehensive concept that includes functionality, usability, and innovative approaches to problem-solving. The definition of design has transformed over time. It once primarily referred to visual beauty and ornamentation, but it is now commonly understood in a broader sense as "a purposeful problem-solving process." Based on this interpretation, design is not simply about creating beautiful things; it is about delivering creative and effective solutions to specific challenges and needs. The field of design is vast and diverse, comprising various disciplines such as graphic design, product design, architectural design, interior design, web design, and user interface design. These fields influence one another and sometimes converge, opening up new design possibilities. The design process typically unfolds through several stages. It begins with identifying the problem or issue, followed by research and analysis, idea generation, prototyping, testing, and finally implementation. This process is not linear; it often involves iterating between stages to discover the optimal solution. Design Thinking has gained prominence as a systematic approach to this process. It emphasizes human-centered design and follows five stages: empathy, problem definition, idea generation, prototyping, and testing. This approach is being applied in areas traditionally considered outside the realm of design, such as business strategy and organizational transformation. Effective design requires a balance between functionality and aesthetics. For instance, in smartphone design, it is crucial to harmonize practical elements like ease of use, portability, and durability with aesthetic qualities such as visual appeal and tactile experience. Achieving this balance not only enhances user satisfaction but also increases the perceived value of the product. The significance of user experience (UX) is growing within the design field. It is essential to consider the entire interaction between a product or service and its users, designing for usability, accessibility, and overall satisfaction. In website design, for example, factors like clear navigation, ease of finding information, and responsiveness are just as important as visual aesthetics. Sustainability considerations are also a vital aspect of modern design. An ecological approach is required in material selection, optimizing manufacturing processes to minimize environmental impact, and designing with the entire product lifecycle in mind. This focus is not solely about environmental considerations; it also significantly influences the long-term value of products and the company’s brand image. The advancement of digital technology has greatly expanded the horizons of design. Technologies such as 3D modeling, virtual reality (VR), and augmented reality (AR) enable the creation of complex shapes and spaces that were previously difficult to achieve, as well as interactive experiences. Data-driven design, leveraging AI and big data analysis, is also gaining traction, allowing design decisions to be informed by a deep understanding of user behavior patterns and preferences. Moreover, the ethical dimensions of design are becoming increasingly important. There are growing concerns regarding designs that manipulate user behavior or promote excessive consumption. Issues of diversity and inclusiveness in design are also gaining attention, underscoring the importance of inclusive design that considers individuals from various cultures, backgrounds, and abilities. The criteria for evaluating design are also evolving with the times. Beyond traditional aesthetic standards and functionality, usability, accessibility, sustainability, and social impact are now critical factors in the evaluation process. It is believed that truly valuable design emerges when these multifaceted criteria are satisfied. Design education is also experiencing transformation. There is a shift from a traditional arts-and-crafts approach to a curriculum that emphasizes problem-solving skills, critical thinking, and collaboration across various disciplines. Additionally, there is a movement to promote design thinking as a general education concept, emphasizing the importance of lifelong learning. The future of design will continue to diversify, driven by advancements in technology and changing social needs. New areas are being explored, such as the integration of AI and the Internet of Things (IoT), bio-design, and nanotechnology-based design. At the same time, the value of human creativity and sensitivity will be reaffirmed, and the importance of design that effectively balances technology and humanity is expected to grow. Design has the power to fundamentally transform our lives and society, transcending mere decoration or superficial beauty. As a creative approach to problem-solving, design principles and methodologies can be applied across all areas of business, education, and policy-making. In the future, the field of design will continue to expand and play a central role in generating innovative solutions to increasingly complex societal challenges.

Scent Designer Megumi Fukatsu: Creating Fragrances that Embody a Company's Essence

Spotlight

Scent Designer Megumi Fukatsu: Creating Fragrances that Embody a Company's Essence

What does it mean to design a brand or space with fragrance, what is the process of creating it, and what does fragrance bring to people? We asked Fukatsu about the story of how she made fragrance her career.

The Rise of Design Engineering

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.