COMPUTATIONAL DESIGN DIPLOMA

Course Overview: Computational Design Diploma – Mastering Rhino, Grasshopper, and Rhino Inside Revit

This advanced diploma course is designed for professionals looking to master computational design tools in architecture and construction. With a focus on Rhino, Grasshopper, and Rhino Inside Revit, this course will guide you through the process of creating parametric, data-driven models, and integrating them seamlessly into Revit for BIM workflows. You'll learn how to automate tasks, optimize designs, and enhance collaboration in real-world projects.

What You'll Learn:

1. Introduction to Computational Design and Parametric Modeling

   • Understand the principles of computational design and its applications in architecture
   • Learn how parametric design can automate repetitive tasks and enhance flexibility
   • Overview of Rhino, Grasshopper, and Rhino Inside Revit

2. Mastering Rhino for 3D Modeling

   • Create complex 3D models using Rhino’s powerful modeling tools
   • Learn advanced surface and solid modeling techniques
   • Develop freeform shapes and integrate them into design workflows

3. Exploring Grasshopper for Parametric Design

   • Understand the fundamentals of visual programming with Grasshopper
   • Build parametric models that respond dynamically to input data
   • Create flexible, adjustable designs using parametric tools and components
   • Integrate parametric design with real-world project constraints

4. Automating Tasks with Grasshopper

   • Automate design changes and iterations using Grasshopper scripts
   • Use loops, conditions, and data management for efficient parametric modeling
   • Develop custom tools and workflows to simplify the design process

5. Rhino Inside Revit: Integrating Computational Design into BIM

   • Learn how to use Rhino Inside Revit for direct integration of Rhino models into Revit
   • Streamline the BIM workflow by exchanging parametric models between Rhino and Revit
   • Create complex geometries in Rhino and easily bring them into Revit for construction documentation

6. Real-World Applications and Case Studies

   • Apply computational design principles to real-world projects in architecture and engineering
   • Study case studies that showcase the use of Rhino, Grasshopper, and Rhino Inside Revit in large-scale projects
   • Learn how these tools are used to solve complex design challenges, optimize building performance, and enhance collaboration

7. Advanced Design Strategies and Optimization

   • Use computational design to optimize form, structure, and energy efficiency in buildings
   • Explore the use of data-driven models for better decision-making
   • Create responsive, performance-based designs that adapt to changing requirements

8. Collaboration and Sharing with Rhino and Revit

   • Learn how to collaborate with multidisciplinary teams using Rhino, Grasshopper, and Revit
   • Share models and data seamlessly between different software platforms
   • Develop tools for real-time design coordination and project management

Target Audience:

• Architects, engineers, and BIM professionals
• Design and project managers interested in computational design and parametric modeling
• Anyone looking to enhance their skills in Rhino, Grasshopper, and BIM integration

Prerequisites:

• Basic knowledge of 3D modeling and BIM concepts
• Familiarity with Rhino and Revit is recommended but not required
• No prior experience with Grasshopper or Rhino Inside Revit required

Diploma Outcome:
Upon completion of this diploma, you will be proficient in using Rhino, Grasshopper, and Rhino Inside Revit to automate tasks, create parametric models, optimize designs, and seamlessly integrate them into BIM workflows. You'll be ready to tackle complex design challenges and collaborate effectively in modern, data-driven architecture and construction projects.