Session 01: Introduction to Rhino's User Interface & Navigation
This session provides an overview of Rhino’s interface, focusing on the management of viewports, display modes, and navigation tools. Students will learn how to customize their workspace for an efficient and streamlined design experience.
Session 02: Selection Tools & Object Properties Management
In this session, students will explore Rhino’s advanced selection tools, including selection filters, and learn how to manage object properties through the Properties panel to streamline their design process.
Session 03: Transformational Tools and Smart Modeling
This session delves into essential transformation tools such as Gumball, Osnap, Ortho, Grid Snap, Smart Track, and Planar, all of which enhance modeling precision and workflow. The session also covers custom user preferences through C-Panes.
Session 04: Advanced Transformation Techniques
Students will gain proficiency in Rhino’s core transformation commands, including move, rotate, scale, mirror, and more. This session emphasizes precise object manipulation essential for detailed 3D modeling.

Session 01: Drawing and Creating Curves
This session covers the foundational curve creation commands in Rhino, including lines, arcs, circles, and freeform curves. Students will learn how to efficiently draw and control curves for accurate 3D and 2D modeling.
Session 02: Editing and Modifying Curves
Students will explore the wide range of editing tools for curves, including commands like trimming, extending, joining, and filleting. Emphasis will be placed on refining and manipulating curves to achieve desired design outcomes.

Session 01: Techniques for 2D Plan Drawings
This session provides an introduction to creating professional-grade 2D architectural drawings, focusing on the key principles of accurate plan drafting.
Session 02: Layer Management & Organization
Learn how to use Rhino’s advanced layer system to organize, manage, and control the visibility of different elements within your designs, improving both clarity and efficiency.
Session 03: Layer Applications in 2D Design
Building on layer fundamentals, this session teaches the practical application of layers in creating more complex 2D designs, helping students establish a clear structure in their drafting.
Session 04: Hatching, Blocks & Grouping Elements
This session focuses on key techniques for enhancing 2D drawings, including the use of hatches for patterns, blocks for reusable design components, and grouping objects for simplified manipulation and organization.
Session 05: Effective Use of Annotations and Dimensions
Students will learn to add dimensioning, annotations, and other vital documentation elements to their designs, ensuring their 2D drawings are both informative and precise.

Session 01: Introduction to NURBS & Surface Modeling
This session introduces the concept of NURBS (Non-Uniform Rational B-Splines) in Rhino and explains the distinction between curves, surfaces, polysurfaces and meshes. Students will learn essential surface theory, including UV mapping and surface rebuilding techniques.
Session 02: Surface Creation Tools
Students will explore various surface creation tools available in Rhino, including extruding, sweeping, lofting, and more, which enable the creation of complex 3D forms from curves.
Session 03: Modifying and Refining Surfaces
This session focuses on advanced techniques for modifying surfaces, including trimming, offsetting, extending, and smoothing surfaces to refine their final geometry.

Session 01: 2D Curves for Large-Scale Project Modeling
Students will begin modeling a complete architectural project, starting with the creation of 2D curves. This session introduces the process of translating design ideas into precise 2D elements.
Sessions 02 to 07: Buildings Modeling
In these sessions, students will model six distinct buildings, each in a separate session, allowing them to apply learned curve, surface, and 3D modeling skills to real-world architectural designs.
Session 08 & 09: Advanced Roof Modeling Techniques
Students will learn advanced techniques for roof modeling, using tools to design and refine complex roof structures across multiple buildings in the project.
Session 10: Landscape Modeling & Environment Design
The final session of the project focuses on landscape modeling. Students will learn how to model the terrain, create outdoor elements, and finalize the environmental context of the project.

Session 01: Fundamentals of Solid Creation
This session covers the tools and techniques used to create solid objects in Rhino, such as cubes, spheres, and other basic 3D shapes that form the foundation for more complex solid modeling.
Session 02: Modifying and Editing Solids
Building on solid creation, this session delves into modifying and refining solid models using Boolean operations, filleting, and other key commands. Students will learn how to combine and subtract solids to create intricate designs.

Session 01: Futuristic Spaceship Base Modeling
In this session, students will use solid modeling tools to create a futuristic spaceship base, incorporating design elements that require advanced solid modeling techniques and creative thinking.
Session 02: Futuristic Tower Design & Modeling
The final task challenges students to model a futuristic tower, applying their knowledge of solid modeling and pushing the boundaries of their design creativity.