Why interdisciplinary?
When one endeavors into the vast, vibrant universe of spatial computing, they navigate through a rich tapestry that is woven with threads from multifarious disciplines. Designing within this expansive field emerges not merely as a singularly faceted task but as an intricate amalgamation of various domains, each contributing to creating immersive, seamless, and impactful spatial computing experiences. Let’s delve into why spatial computing design is inherently super interdisciplinary:
🌐 Artificial Intelligence & Artificial Life: The Pulse of Virtuality
In creating lifelike, interactive, and intelligent spatial computing experiences, Artificial Intelligence and Artificial Life become pivotal. They breathe life into virtual entities, endowing them with the ability to learn, adapt, and interact, thereby enhancing user immersion and engagement.
🏙️ Architectural, Landscape, and Urban Design: Crafting Virtual Terrains
These disciplines play a critical role in shaping the spatial, physical, and aesthetic aspects of virtual environments, ensuring they are not only visually appealing but also intuitively navigable and interactively rich.
🔍 Computer Vision, 3D Sensor (LiDAR), and Optics: Seeing through the Virtual Lens
Developing an understanding and effective utilization of 3D sensors, computer vision, and optics, we facilitate spatial computing systems to perceive, understand, and interact with their virtual and physical surroundings, ensuring accurate, dynamic, and context-aware experiences.
🤖 Robotics and Blockchain: Mechanizing and Securing Virtual Worlds
Robotic technologies and blockchain interweave, ensuring spatial computing experiences are not only interactive and autonomous but also secure, transparent, and decentralized.
🧠 Psychology and Cognitive Science: Deciphering Human Interaction
Understanding cognitive processes and psychological principles are pivotal in crafting experiences that are intuitively interactive, emotionally resonant, and cognitively engaging in spatial computing landscapes.
🎮 Ludology, Game Engine, and Level Design: Building Engaging Virtual Playgrounds
Ludology, combined with the technological prowess of game engines and the strategic and aesthetic considerations of level design, facilitates the creation of engaging, challenging, and aesthetically pleasing spatial computing experiences.
🪑 Ergonomics and Human-Computer Interaction: Ensuring Usability and Comfort
Designing for comfort, usability, and immersive interactions within spatial computing necessitates a profound understanding and implementation of ergonomics and HCI principles.
🖥️ Computer Graphics, Animation, and Generative Art: Visualizing the Virtual
The stunning, lifelike, and artistically profound visuals in spatial computing are conceived and brought to life through computer graphics, animation, and generative art, ensuring visual vibrancy and realism.
🎵 Spatial Audio: Immersing through Sound
Crafting a sonically immersive and contextually dynamic spatial computing environment demands a thorough exploration and application of spatial audio principles and technologies.
🎨 New Media Art and Interactive Storytelling: Breathing Creative Life
These disciplines infuse spatial computing with creativity, ensuring experiences are not merely technologically rich but also creatively profound and narratively engaging.
📸 Computational Photography: Capturing and Representing Reality
Employing computational photography ensures accurate, high-fidelity capturing and representation of physical environments within the spatial computing realm.
💡 Design Thinking and Business Model: Strategic Design and Monetization
Incorporating design thinking ensures user-centered, empathetic design, while understanding business models enables viable, sustainable monetization strategies within spatial computing experiences.
🌍 World Building and Aesthetics: Sculpting Enchanting Environments
World-building, supported by aesthetic principles, ensures the creation of visually, narratively, and interactively rich and cohesive virtual environments.
🎥 Film Making and Philosophy: Narrating and Pondering Virtually
These lend spatial computing its ability to narrate compelling stories and explore philosophical dilemmas, ensuring experiences are not merely superficial but also thought-provoking.
🤝 Social Science: Understanding Societal Impacts and Interactions
A thorough understanding of social sciences ensures the social, cultural, and ethical appropriateness and impact of spatial computing experiences are duly considered.
In
Artificial Life
Artificial Intelligence
Architectural, landscape and urban design
3D Sensor (LiDAR)
Computer Vision
Robotics
Blockchain
Psychology
Ludology (Game Studies)
Ergonomics
Human Computer Interaction
Computer Graphics
Game Engine
Computer Animation
Generative Art
Spatial Audio
New Media Art
Interactive Storytelling
Computational Photography
Optics
Cognitive Science
Design Thinking
Business model
World building
Level design
Aesthetics
Philosophy
Social Science
Film Making
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