Origami
Paper. It has a special meaning for me. I have always been fascinated with folding it. I take great interest in seeing what art can be made by folding paper, but I see this art as more than simply folding paper. It is a way of combining my passions for math, engineering, and art. When I fold, I become an artist who shapes paper into forms and expressions. I also become a mathematician who explores the patterns and logic behind the creases and folds. And I become an engineer who experiments with different materials and tools to make my paper creations come to life. I even use software to design and simulate my origami models, just like I do with CAD for other engineering projects. Origami is not only a hobby, but also a study. I have designed my own course on the mathematics of origami that I will take next year in school, where I will dive deeply into the theory and applications of this fascinating art form.
Origami Portfolio
Dragon
Parent and Child
Golden Venture Hands
Ddakji Tiles
Icosahedron
T-Rex Head
Sheet Metal Crane
Person
Crow
Sheet Metal Airplane
Origami Buffalo Head
Giant Dragon
Connectable Cubes
N-Sided Prisms
3D Origami Egg
Pi
Fold and Cut Design for 'Pi'
Trigonal Bipyramid
Giant Crane
Truck
Hulk
Octagonal Stand and Crane
Parabolic Envelope Construction
Glasses
Selected Work:
Lecture:
This is a lecture I gave to Gregorious Maths about the mathematics of origami. This is a community of individuals who like math and physics. The thumbnail shows Kawasaki's theorem, stating that the difference between the number of mountain and valley folds in a flat-foldable crease pattern. Among other things, this is proven in my lecture using the properties of polygons.Â
Course of Study:
I created a lesson plan outlining my course of study for next year. I will be spending one class slot on this independent study. If you are interested in doing something similar, I would recommend reading this thoroughly to formulate your own plan of study.