# still to do - [x] still to do (tickbox) ✅ 2024-09-19 - [x] still to do (tickbox) ✅ 2024-09-19 - [x] still to do (tickbox) ✅ 2024-09-19 # Speakers Notes ## Part 1 [[The Nature]] of Design ### Slide 1: [[The Ontology and Phenomenology of Design]] - Welcome to our class on [[the Ontology and Phenomenology of Design]]. This lecture is part of the PEA - [[The Philosophy of Experiential Artifacts]] program, funded by the European Research Council (ERC) and hosted by the DAFIST Department of the University of Genoa. - Today, we'll be exploring design from a philosophical perspective, focusing on its nature, evaluation, and aesthetics. - The ontology of design refers to the study of what design is - its fundamental nature and characteristics. The phenomenology of design, on the other hand, concerns how we experience and perceive design in our daily lives. - [[This approach]] allows us to examine design both objectively and subjectively, giving us a well-rounded understanding of this ubiquitous yet often overlooked aspect of our world. ### Slide 2: We're going to look at three things in this class - Today's lecture will cover three main areas: 1. [[The Nature]] of Design: We'll explore what design is, how it differs from other creative practices like art and craft, and what its essential characteristics are. This will involve looking at various definitions and theories of design. 2. Evaluation of Design: We'll discuss how we assess and judge design. This includes considering both functional and aesthetic criteria, and how these interact in our overall evaluation of [[designed objects]]. 3. Aesthetics of Design: We'll delve into [[the role]] of beauty and aesthetic considerations in design. This will involve exploring how [[aesthetic judgments]] are made about [[designed objects]] and how this differs from [[aesthetic judgments]] about art or natural objects. - These three aspects are interconnected and will give us a comprehensive understanding of design from a philosophical standpoint. By examining each in turn, we'll build a nuanced picture of what design is and how it functions in our world. ### Slide 3: [[The Nature]] of Design - We'll begin by exploring what design is and how it's understood in different contexts. - This exploration is crucial because design is such a broad and multifaceted concept. It encompasses everything from the shape of a paperclip to the layout of a city, from the user interface of a smartphone app to the production line in a factory. - Understanding [[the nature]] of design will help us appreciate its ubiquity in [[our lives]] and its importance in shaping our experiences of the world. - We'll look at various definitions and theories of design, considering how they capture different aspects of this complex practice. ### Slide 4: Design in Italian vs. English - There's an interesting difference in how 'design' is understood in Italian versus English, which illuminates different aspects of design: - In Italian: - Design implies a blend of functionality and aesthetics. - Example: Design lamps are both useful (they provide light) and pleasing to look at (they're aesthetically appealing). - This conception emphasizes the [[dual nature]] of design objects - they're not just functional, but also beautiful or stylish. - This understanding of design is closely tied to the Italian tradition of combining art and industry, as seen in movements like Italian Futurism and companies like Olivetti. - In English: - The term has a broader meaning, encompassing general planning and creation. - It's not necessarily tied to aesthetics - a well-designed object might not be visually appealing at all. - This broader conception allows for a wider range of things to be considered 'design', including processes, systems, and intangible things like software. - This understanding reflects the influence of the Bauhaus school and modernist principles of form following function. - These different conceptions remind us that design is a culturally influenced concept, and its meaning can vary depending on context. ### Slide 5: A Definition - Let's look at a formal definition of design by Parsons: - "Design is the intentional solution of a problem, by the creation of plans for a new sort of thing, where the plans would not be immediately seen, by a reasonable person, as an inadequate solution." - This definition emphasizes several key points: 1. Design is intentional - it's a purposeful activity, not accidental. 2. It's problem-solving - design always aims to address some issue or need. 3. It results in plans, not necessarily finished objects - this distinguishes design from craft or manufacturing. 4. It creates something new - design isn't just about replicating existing things. 5. The solution must be reasonable - it should make sense to an informed observer. - This definition helps us understand design as a cognitive activity that bridges the gap between problems and solutions through planning and creativity. ### Slide 6: A Definition (Components) - Parsons' definition can be broken down into three components: 1. Functional: Design solves specific practical problems. - This emphasizes the purposeful nature of design - it's not art for art's sake, but a response to real-world issues. - Examples could range from designing a more ergonomic chair to creating a more efficient manufacturing process. 2. Ontological: Design creates plans to solve problems, not actual things. - This includes plans for objects, but also for processes and systems. - This distinguishes design from manufacturing or craft - the designer's output is primarily intellectual, not physical. - It also allows for the inclusion of intangible designs like software or service designs. 3. Epistemological: The plans need to be reasonable - they should make sense to a reasonable person. - This introduces a standard of quality or effectiveness to design. - It suggests that design isn't just about creativity, but about creating solutions that are logical and feasible. - These components help us understand design as a complex, multifaceted activity that combines creativity, problem-solving, and practical thinking. ### Slide 7: Ergonomic Chair Design - Let's apply Parsons' definition to a concrete example: designing an ergonomic office chair. - Problem: Spinal damage from prolonged sitting. - This is a real issue in modern office environments where people often sit for hours at a time. - Solution: An ergonomic office chair design. - This might involve features like adjustable lumbar support, seat height adjustment, and a design that encourages proper posture. - The designer's role is to create a design that solves the problem while considering user comfort and health. - This involves not just understanding ergonomics, but also considering factors like aesthetics, cost of production, and ease of use. - This example illustrates how design addresses practical problems with specific solutions. - It shows how design isn't just about making things look good, but about solving real-world problems in a thoughtful way. ### Slide 8: Ergonomic Chair Design (Components) - We can break down the ergonomic chair design according to Parsons' components: - Functional: It solves the problem of spinal damage from sitting. - The chair is designed specifically to address this health issue, showing how design can have direct impacts on wellbeing. - Ontological: The designer creates a chair design, not the physical chair itself. - The output of the design process is a set of plans or specifications, not a physical chair. These plans might include technical drawings, material specifications, and manufacturing instructions. - Epistemological: The designer uses knowledge of ergonomics to create a reasonable solution. - This involves applying scientific knowledge about the human body and how it interacts with seating. The solution should make sense to someone with knowledge in this field. - This breakdown helps us see how Parsons' definition applies in practice. - It shows how design involves problem-solving, planning, and the application of specialized knowledge. ### Slide 9: Manufacturing Process Design - Design isn't just about products; it also applies to processes, like manufacturing. - Problem: Need for efficient and economical production. - In a competitive market, companies need to produce goods as efficiently as possible to remain profitable. - Solution: An industrial design process for manufacturing. - This might involve designing the layout of a factory floor, creating a new assembly line process, or developing a system for inventory management. - The designer's role here is to determine efficient and economical production methods. - This requires understanding not just the product being manufactured, but also principles of industrial engineering, logistics, and business operations. - This example shows how design principles apply beyond just physical objects. - It demonstrates that design is about creating solutions to problems, whether those solutions are tangible products or intangible processes. ### Slide 10: Manufacturing Process Design (Components) - Again, we can apply Parsons' components: - Functional: It solves the problem of efficient production. - The design directly addresses the need for more efficient and economical manufacturing. - Ontological: The designer creates a production plan, not the physical setup. - The output is a set of plans or specifications for how the manufacturing process should work, not the actual implementation of that process. - Epistemological: The designer applies knowledge of industrial processes. - This involves understanding principles of manufacturing, logistics, and business operations. The solution should make sense to someone with expertise in these areas. - This reinforces the broad applicability of Parsons' definition of design. - It shows how the same principles can apply to very different types of design, from physical products to intangible processes. ### Slide 11: Form versus... - To understand design better, we need to explore the concept of "form" and what opposes it in different creative practices. - "Form" refers to the visible, tangible structure of a creation. - In design, this might be the shape of a chair or the layout of a user interface. - In art, it might be the composition of a painting or the structure of a sculpture. - "Opposition to form" represents what the creator prioritizes or struggles with in the creative process. - This is the primary tension or focus in the creation of the work. - It helps us understand what drives the creative process in different disciplines. - This concept of opposition allows us to differentiate art, craft, and design from each other. - By understanding what each discipline prioritizes in opposition to form, we can better grasp their unique characteristics and purposes. ### Slide 12: Design vs Art vs Craft - Art: - Opposition of content to form - The artist's work involves expressing or articulating content - externalizing something interior, subjective, and profound. - Art may lack a practical function - its purpose is often expression or exploration rather than utility. - Craft: - Opposition of matter to form - The craftsman's work involves shaping material into a specific form or configuration. - Craft typically results in unique specimens - each crafted object is individual and handmade. - Design: - Opposition of function to form - The designer's work involves identifying a formal structure capable of performing a specific function. - This aligns with Parsons' functional component - design is about solving practical problems. - These distinctions help us understand the unique characteristics and purposes of each discipline. ### Slide 13: Design versus Games - Games: - Opposition of form to action - Game designer's work involves identifying a formal configuration that both promotes and constrains action. - This results in designed possibilities for action within the game world. - This comparison introduces an interesting fourth category to our discussion. - Games share some characteristics with design, but also have unique features. ### Slide 14: Design versus Games - Similarities between design and game design: - Both shape rules and structures - Both create challenges and guide engagement - Both bring out patterns of experience and interaction - Differences: - Game design lacks a practical function outside of the game world - In this aspect, games are more similar to art than to functional design - Games as a link: - Games can be seen as a bridge between design and art - This comparison helps us identify the aesthetic specificity of design - This comparison enriches our understanding of design by highlighting its relationships to other creative practices. ### Slide 15: Design vs Art vs Craft - Art prioritizes expression over function - The primary goal of art is to express ideas, emotions, or experiences, not to serve a practical purpose. - Craft combines function with unique creation - Craft objects are typically functional, but each is individually made and unique. - Design balances function with mass producibility - Design aims to create functional objects that can be reproduced on a large scale. - These distinctions help us understand the unique place of design in the spectrum of creative practices. ### Slide 16: Design vs Craft - Designers: - Create plans or blueprints (they don't get their hands dirty) - Their work is more abstract, focusing on planning and problem-solving - Craftsmen: - Create finished products (they get their hands dirty) - Their work is more concrete, involving direct manipulation of materials - This distinction highlights the different focuses and methods of design and craft. - It also explains why design emerged as a separate discipline with the rise of mass production and industrialization. ## Part 2 The Aesthetics of Design