Unreal Engine

What you'll learn

• Model base geometry in Maya with a conscious and forward-thinking approach
• Rationalize and panelize geometry using Grasshopper
• Manage and use data across platforms, including automating its transfer from Grasshopper and reading it inside Unreal Engine

What you'll learn

• Rhino to Unreal Engine 5 to Windows app pipeline. It’s strengths as well as its shortcomings.
• Basic operations within Unreal Engine
• Introduction to Unreal Engine’s material node-based system

What you'll learn

• VR Sculpting: Create detailed 3D sculptures using Gravity Sketch and Substance Modeler.
• AI Tools: Utilize Krea.ai for creative inspiration and enhancements.
• Texturing: Apply realistic materials with Substance Painter.

What you'll learn

• Mastering Grasshopper 3D: From Algorithmic Concepts to Dynamic Designs
• Seamless Workflow: Integrating Rhinoceros with Unreal Engine for Real-Time Visualization
• Creating Photorealistic Environments: Lighting and Materials in Unreal Engine 5

What you'll learn

• Exploring 3D Generative AI: Understand and utilize advanced AI algorithms for scene generation.
• Scene Creation: Learn to automate the process of 3D scene creation using text and image inputs.
• Interactive Design: Develop skills in creating interactive and immersive experiences in Unreal Engine.

What you'll learn

• Anticipating Outcomes: Simulating Fabrication with Robotic Movements and Grasshopper
• Creating Kinematic Models: Developing Forward Kinematics for Industrial Robots
• Material-Physics Simulation: Achieving Realistic Interactions with Flexhopper

What you'll learn

• Creating Striking Images with Midjourney for Design Concepts
• Selecting Optimal Variations: Turning Ideas into 3D Models
• High-Quality Rendering Techniques with Corona Renderer

What you'll learn

• Fluid Design Principles: Explore the concepts and methodologies behind Fluid Design to create dynamic and innovative cyber-urban environments.
• 3D Modeling in Maya: Gain hands-on experience with Autodesk Maya, focusing on its tools and capabilities for designing fluid architectural forms.
• Collaboration in Teams: Work collaboratively in groups to develop a cohesive virtual city, enhancing skills in teamwork and project management.

What you'll learn

• Fluid Design Principles: Understand the concepts and applications of Fluid Design in creating dynamic urban environments.
• 3D Modeling with Maya: Gain hands-on experience using Autodesk Maya to develop intricate models for cyber-urban settings.
• Collaborative Design: Work in teams to merge different design skills, fostering a multi-author approach to urban design.

What you'll learn

• Designing the META PAVILION: Collaborate on creating a pavilion that embodies the intersection of art, digital craft, and architecture.
• Exploration of Exhibition Spaces: Conceptualize themed exhibition spaces within the pavilion that highlight the balance between art and technology.
• Use of Unreal Engine: Gain experience in visualizing and experiencing architectural projects in a virtual environment using Unreal Engine.

What you'll learn

• Architectural Geometry Basics: Understand the fundamentals of architectural geometry and its application in creating interactive environments.
• SubD Modeling in Rhino: Explore SubD modeling techniques in Rhinoceros 7 to develop complex geometries for digital spaces.
• Grasshopper Fundamentals: Learn the basics of Grasshopper to create parametric designs and enhance your modeling capabilities.