These classes have been submitted and are in the approval process. Some may not appear on the final schedule.
A classic Michael LaFosse butterfly, adapted specifically for folding from a US dollar bill - it takes advantage of the designs on the bill to create markings on the wings, with a color-change for the body, too.
This model is an upgraded version of the traditional flapping bird, as the mother bird carries its hatchling. It is made with one double-sided paper, and each bird has a different color. This model requires previous knowledge in how to make a flapping bird, along with some experience in tessellations.
I will be training two simpler designs of my own, a bird and a fat toad. This is a unique chance to learn modern original Danish models. The models are typical for my designs: animals, focused on foldability rather than anatomical correctness.
Shuzo Fujimoto developed both the hydrangea and the clover tessellation. I will be teaching an arrangement of clover tiles in the shape of a three-layered hydrangea.
This is a clover, so we won’t be doing an actual collapse. We are working on the white side to start and we put in the central square as a mountain fold and then put in some triangles (see 3rd photo). It would probably be helpful if folders have a passing familiarity with Clovers or Hydrangeas, but this is easier than Fujimoto's hydrangea.
These are modular models. In the class, we make a regular ring and a Mobius ring from a very simple but versatile unit (Super Nobu Unit).
Other variations using the same unit (finished models and some explanations only) will be shown in the class as well.
We will use six identical rectangular sheets to make a pleated triangular gift box. We will also derive a formula to calculate the volume of the box mathematically. The connection between origami and mathematics will be highlighted.
This is an action model, a spinner, folded from one sheet of origami paper.
A hybrid fish popular in the aquarium hobby. Folding this model requires understanding of advanced maneuvers as well as comfort folding in 3-D. Knowledge of wet-folding is also a plus.
We will cover the why and how of folding rotated grids for tessellations. First, we'll discuss the theory and proof behind rotated grids and then we will fold my Half-Adjacent Squares tessellation on a rotated grid. At the end, we'll discuss how to apply this technique to tessellations provided by the students.
This technique has been published at https://gatheringfolds.com/blogs/news/rotatedgrids
A modular cube made from six double arrowhead units. It is based on Francis Ow's "Russian Puzzle Cube", but I use a different method to fold the units. I think my method is simpler, and it also shows both sides of the paper, which allows for some nice effects. Be warned -- assembly can be a little tricky, as each unit is held in place by other units, so it tends to be unstable until it's all together.
Two models:
Fortune Cookie - This design is easy once you know the trick of holding the final shape without using glue. The finished models can fool most of the people from the first glance.
Checkered Fortune Teller - A fortune teller with 2x2 checkered pattern folded from a duo-color square. The finished model has the same size as the traditional fortune teller from a same sized square.
See the fortune teller in action https://photos.app.goo.gl/6Php9eTna4iJaE9U6
We will be folding this modular ring. This is a really fun fold and the units are pretty easy to create.
I believe that we should be able to finish the model in the hour, but if not, everyone will have learned how to fold the unit and assemble them.
Dollar Bill Rosettes by Paul Jackson and Martin Kruskal (first hour)
In this session, we will fold the original Dollar Bill Rosette, with 16 panels. Paul taught the model to Martin and Laura Kruskal. Martin then designed a model with 22 panels. A follow-on session will reveal [some of] the mathematics.
Mathematics of the Martin Kruskal Dollar Bill Rosette (second hour)
Lecture: no folding - you may skip the first hour and join in for the lecture if you already know the model
I would like to teach them few simple origami designs which I have created in the past. Would like to teach a variety of 3 Assorted designs ( Swan, Frisbee and Crown Bowl )
Model: Ornament by Deanna Kwan using Tomoko Fuse Units
Bonus Model: Letter Cube 2
I love how these units can be used to make an ornament that can be displayed in two different shapes. I rated the model intermediate only because of the petal folds on the connectors. I think we’ll need 60 minutes to make the ornament. I didn’t want to rush or run out of time, so I asked for a 2 hour class period. In the remaining time, we can start the cube. I will show and describe one possible color pattern.
I love this shelf -- simple, useful, elegant!
Three charming and fun models including a Flatfish (teal green and blue fish), Coelacanth (brown and light tan fish), and Sea Turtle (red).
The use of two papers folded together to create pockets is so clever. It is amazing that simple folds lead to a great geometric model. It is helpful, though not required, if you are familiar with the Froebel base. The overall shape is a cuboctahedron, but it’s hard to see it. Don’t worry; you don’t need to understand a cuboctahedron to make and enjoy the model. Since the model is springy, the 6 pointed star shape gap can compress together.
Two designs, a charming rose and a whimsical Duck Boat.
Star Arisa is a beautiful star with 10 variations. I had the honor of proofreading the diagrams for Nobuko. We will make two complete stars. Since the two sides of the model can have different variations, I will teach my 4 favorite variations.
In this class you will learn how to fold a simple modular origami star. Once assembled, the units can easily be modified to create several neat variations.
In this class you will learn how to fold a modular cube illusion. We will start by folding an illusion of three cubes. Time permitting, I will explain how to expand the pattern to create more cubes.
In this class you will learn how to fold a 5-unit modular origami cherry blossom.
Drones are cool! Come and fold a paper origami drone.
Be comfortable folding open sinks (no closed sinks), rabbit ears, squashes, inside reverse & outside reverse folds.
The Praying Nun is an action model -- the hands move up and down when the model is pulled apart.