
Learn to create complex 3D models from a single picture or sketch with Rhino 3D's simple commands, analyzing photos to extract design principles from iconic buildings.
Explore our parametric design community's philosophy by clarifying values, outlining the refund policy, and nurturing a constructive feedback culture that supports positivity, respect, creativity, collaboration, and personal growth.
This lecture will provide an overview of the user interface of Rhino 3D modeling software. Attendees will learn how to navigate the interface, customize it to their preferences, and use various navigation and viewing options. They will also learn about basic features such as layers, properties, and solids tools.
This lecture will cover the benefits of using Gumball in Rhino 7 for parametric design and complex geometries. Students will learn about Gumball's versatile and intuitive tools, as well as its parametric design capabilities. The lecture aims to show attendees how to effectively use Gumball in Rhino 7 to improve their parametric design workflow.
This lecture will focus on techniques and tools for working with curves in Rhino 7 for parametric design. Attendees will learn about different types of curves, and how to create, edit and manipulate them. The lecture aims to provide attendees with a solid understanding of how to effectively use Rhino 7's curve tools for parametric design.
This lecture will focus on techniques and tools for working with surfaces in Rhino 7 for parametric design. Attendees will learn about different types of surfaces, and how to create, edit and manipulate them. The lecture aims to provide attendees with a solid understanding of how to effectively use Rhino 7's surface tools for parametric design.
This lecture will focus on the command Loft in Rhino 7 for parametric design. Attendees will learn how to use the command to create complex shapes and forms by lofting multiple curves . The lecture will cover how the Loft command allows for the efficient creation of complex geometries by defining the shape of a surface or solid by connecting several cross-sections.
Explore Rhino3D surface commands by turning a 10x10 rectangle into a pavilion: rebuild with various control points and degrees, then extrude the ISO curves and clone with a bounding box.
Harness the selection filter tool in Rhino 3D to select curves, edges, faces, vertices, and control points with surgical precision, boosting speed and control in Rhino 3D parametric design.
Explore how ChatGPT acts as a real-time assistant for Rhino 3D, boosting parametric design with guidance, validation, and step-by-step instructions, plus live demos and workflow optimization.
Explore how ChatGPT acts as an inspiration tool for parametric design in Rhino 3D, generating prompts, references, and step-by-step workflows to spark ideas.
Learn how to translate feedback into an eco integrated facade with a sustainable, cost-effective design featuring rainwater harvesting, native plants, smart sensors, modular trellis, and photovoltaic integration for investors.
Discover how ChatGPT serves as a design tool for parametric design in Rhino 3D, guiding prompts, generative ideas, and patterns across architecture, furniture, and environment.
Develop a universal, grid-based method to analyze photos or sketches for extracting key design features, massing, proportions, and correlations, then quickly translate them into Rhino models.
Discover 20 Fenchurch Street’s Walkie-Talkie, a high performance curved tower with a sky garden, and learn to model its horizontality, fins, and top-floor plan shifts in Rhino and Grasshopper.
Analyze Foster and Partners' Gherkin by tracing its circular radial geometry and symmetry, establish the main axis, and extrude floors in Rhino to study the overall geometry and diagonals.
Develop parametric design skills in Rhino3D by forming diagonals on the gherkin tower. Use interpolate curve on surface, relocate the gamble, and manage subgrid, pipes, slabs.
Explore how Aedas created a twisting office tower in China with two mirrored towers and a double curved facade, developed quickly in Rhino.
Practice copying exactly what you saw in the previous video to recreate a precise 3D model, iterating until you master parametric design with Rhino3D.
Analyze the Absolute World Towers' rotating plan and balcony glazing in Rhino to extract key design features and develop the geometry with lofts, offsets, and vertical glazing lines.
Learn to design a freestyle pavilion in Rhino, creating the Metropol Parasol-like structure in Seville with six parasols and curved elements, supported by circular columns using simple parametric tools.
Explore the mobile art pavilion by Zaha Hadid, translating fluid geometries into parametric Rhino3D massing. Analyze key transitions, glazing, openings, and control-point workflows to rebuild the form.
This lecture will provide an introduction to the concepts and techniques of using Subdivision Surface (SUBD) modeling in Rhino 7. Attendees will learn how to create and edit SUBD surfaces using the various tools available in Rhino 7. The lecture aims to provide attendees with a solid understanding of how to effectively use SUBD modeling in Rhino 7 especially for developing parametric models.
Analyze Zaha Hadid Architects' Apple headquarters in Shenzhen, featuring four interconnected towers with rotating volumes, public spaces, and energy-efficient systems, modeled with Rhino SAP tools.
Explore the L&A design group's futuristic bridge for the WHO dog park in China, and learn to analyze geometry and develop it in Rhino with subd techniques, curves, and openings.
Explore design feedback from ChatGPT within Rhino 3D to simplify tower massing using minimal commands and leverage parametric design for efficient, iterative development.
Learn to master parametric design in Rhino 3D through a Socratic Q&A with ChatGPT, featuring 20 open-ended questions, feedback, and self-guided practice using Grasshopper.
NO SCRITPING-NO GRASSHOPPER-NO PYTHON-NO PLUGIN. Just Rhino 3D 07 + ChatGPT - Please read the disclaimer at the end!
Do you want to develop Parametric 3D Models without Scripting all while harnessing the power of ChatGPT?
Experience the industry’s first groundbreaking course powered by ChatGPT—setting a new standard for design education. Learn to craft Rhino models, from basic to complex, with minimal commands. Explore hands-on examples inspired by iconic buildings from global leaders such as Zaha Hadid, Foster + Partners, BIG, SOM, AEDAS, MAD Architects, Matsys Design, Rafael Viñoly, Ian Simpson, Jürgen Mayer, and more—all developed from scratch using only a photo as your input!
Unlock the ability to analyze and extract key design features from any photo or sketch, then rapidly transform them into 3D models in Rhino. Practice with a range of hands-on exercises to sharpen your skills and master complex parametric, organic, and futuristic geometries—quickly and efficiently. Download all course models, practical examples, and comprehensive guides to support your assignments and exercises.
Get ready for an amazing learning journey! With ChatGPT as your personal mentor, you’ll receive instant insights, answers, and expert guidance every step of the way. This isn’t just self-paced learning—it’s an interactive adventure that redefines how you master 3D modeling in Rhinoceros 3D. Unleash your creativity, harness the power of AI, and embark on a design experience that will inspire you to shape the future like never before!
Whether you're an architect, student, engineer, artist, graphic/fashion designer, or product designer, this course is your ticket to elevating your design skills to new heights. The principles you'll learn here are easily transferable across design disciplines, scales, and problem contexts.
Ready to embark on this exciting journey?
Join us today and let's get started!
Disclaimer:
1. In the course, we are mainly using Rhino 7 Windows interface but we do have some examples with Mac Interface.
2. The course is self-paced, so you can learn at your own speed and take as long as you need to complete each module. By the end of the course, you will have a professional-level portfolio of Rhino models that you can use to showcase your skills to potential employers or clients. This is an incredible opportunity to learn valuable skills and gain a competitive edge in the design industry, making the course an exceptional value for money!
3. Please note that this course requires a significant investment of time and effort from the student. It is not a one-day course, but rather a long-term program that requires consistent dedication and commitment. To get the most out of this course, you must be ready to dive headfirst into the world of parametric design and be willing to put in the necessary effort. We have carefully curated a selection of real buildings as examples, which you will be tasked with designing yourself. This hands-on approach is crucial for you to develop your skills and unleash your full potential as a parametric designer. So, if you're ready to take on this challenge and create truly stunning and innovative designs, enroll now and get ready for a journey that will change the way you think about design forever.
4. As the instructor, I have an architectural background, and this course primarily features real-world examples from the field of architecture. While the focus is on architectural applications, the skills you will acquire are highly transferable to other industries. If you're looking for a course that centers on non-architectural disciplines, please be aware of our architectural context before enrolling, as the principles covered here can be applied broadly.
5. In this course, we leverage ChatGPT as a creative problem-solving, inspiration, feedback, and design tool to push the boundaries of Parametric Design with Rhino 3D. However, it's important to maintain realistic expectations. ChatGPT is a valuable assistant, but not a magic solution that does all the work for you. To succeed in this course, you'll need to invest your time and effort. If you're looking for a course where ChatGPT handles everything, please consider other options. Here, your commitment and creativity are crucial in achieving your design goals.
6. While this course has effectively honed the skills of thousands of students, we recognize that it might not perfectly align with your specific needs or preferences. Should you find this course isn't the right fit for you, we encourage you to request a refund and explore alternative opportunities. Our primary goal is to ensure your learning journey remains positive and fulfilling.
7. This course takes a distinctive approach to parametric 3D modeling, excluding traditional scripting tools like Grasshopper and Python. Instead, we exclusively utilize Rhino 3D and ChatGPT, simplifying the learning process for a more intuitive and accessible experience. By removing scripting complexities, you can focus on mastering parametric design principles with ease, unleashing creativity without the need for advanced coding skills. If you are expecting Grasshopper or Python, this course is not for you.
8. Feel free to reach out to me first for any concerns that may arise during the course. Your satisfaction and understanding are my top priorities, and I am here to assist you promptly in resolving any issues. Your success in this learning journey is important to me, and I am committed to ensuring a positive and enriching experience for you. Please don't hesitate to contact me directly, and let's work together to address any challenges that may come up.
9. All course materials, including models, guides, and examples, are provided for educational purposes only. Redistribution, resale, or commercial use of these materials outside the context of this course is strictly prohibited. Please respect intellectual property rights and use all resources solely for your personal learning and portfolio development.
Thank you !!