These classes have been submitted and are in the approval process. Some may not appear on the final schedule.
This book is made up of two covers, a spine, some number of inside pages and one more connector than inside page. They all start out folded the same way. There are simple variations to each type of module. The book will be half/ the width and half the length of the starting rectangles or squares. The thickness of the book depends on how many inside pages are included. Assembly is easy too.
Origami, the traditional paper-folding practice, has gone beyond its artistic and cultural roots to become a powerful tool in various STEM fields. Origami engineering, a relatively new discipline, has found applications in diverse industries, including aerospace, medicine, structural engineering, art, and our everyday lives!
Learn how to fold an origami box with a simple locking mechanism. But beware: when you open it, a snake will come out to bite your finger! Use this prank toy to amuse your friends or just to store your treasures. Video demonstration: https://www.instagram.com/reel/CxRgzo0ptnH
Do you ever feel constrained by the limited color options offered by traditional origami paper packs? In this class, you'll learn how to paint sections of origami paper for beautiful visual effects & gradients. In class, we'll be working with a variation of sonobe units, but techniques can be applied to any modular design. If you'd like to make a larger model (30 units or more), you might want to come to class with units pre-folded. We'll be doing 6 or 12 unit models in class.
If you've never created diagrams, and were wondering where to start, this is the class for you. An introduction to creating origami diagrams, some things to consider before picking up a pen, how to approach diagramming, and a few simple tricks to get you started.
This class will focus on understanding and interpreting the CP created by Antonio Chavez Armas based on Eric Joisel's Pangolin. This class will focus on understanding the CP for folding the pelt of the pangolin and will not be concerned with completing the model to full form as it takes up to 16 hours to finish the pelt. The goal is for the students to be able to leave the class with the skills and resources to complete the model on their own.
I will be providing the oversize paper needed for this model, as well as a handout of the CP with links to online instructional videos.
This workshop will go over various materials and approaches to taking your flowers to the next level of realism. The focus will be on origami orchids but the techniques discussed can be applied to other types of flowers. The class will also include how to fold a simple orchid with leaves and stem but the focus will be on taking your flowers to the next level.
I will bring some basic supplies for the workshop. Each attendee will be able to make a small orchid to take home with them.
The rat and bug hat are two of the 17 hats diagramed in my second book "Advanced Origami Hats and Gifts", published by Nicolas Terry in 2022. They have approximately 30 folds each. Folders should be comfortable with putting corners on edge midpoints and creasing only the part of the resulting fold line that crosses a paper edge. Large paper will be provided. Yes, you can wear these! There are some locking folds and opportunities to decorate your hat.
Folding concentric accordion pleats results in a shape that collapses into a approximation (called a Hypar, by Bauhaus architects who folded it in the early 20th Century) of a saddle shaped surface (a manifold mathematicians call a hyperbolic paraboloid). A cycle of four edges traces out a Hamilton Cycle of a tetrahedron's edges. Thus, a square-based hypar fits well inside a tetrahedral frame.
Documents trace the trouble-wit back to early eighteenth century France where street performers would manipulate a paper concertina, transforming it into an array of shapes, unfolding hidden pleats to dazzle the crowd with increasingly complex forms. Learn to fold this amazing magicians prop and perhaps dazzle others with your paper performance!
Most origami designs are singular creations: the designer lays out a distinct sequence of steps that lead directly to the finished product. Peter Engel’s system for designing over 10,000 different bird species, inspired by Darwin’s theory of natural selection and employing random processes to replicate the role of genetic variation, produces not one but multitudes of different models by varying the sizes, shapes and colors of the birds’ bodies, heads, beaks, wings, and tails.
This class will introduce you to Peter Engel’s system for designing and folding over 10,000 different bird species. Inspired by the process of natural selection, the system combines simple, geometric folding procedures with the variation introduced by chance (such as spinning a wheel or rolling dice) to generate bodies, heads, beaks, wings, and tails of varied sizes, shapes, and colors. Each combination of features produces a unique species. This will be the first time that Peter has taught his design process and it promises to be a fun, interactive, and experimental class.