MAS 2023 / 24
Sequencing in Printing for Open-Cell and Lightweight Structures: : Benhur Baiju , Hamid Peiro , Kevin Seav
Robotic Extrusions - The 3-week mini-project of the MAS DFAB 23-24 focuses on material properties of 3D printing with thermoplastic extrusion.. The students learn and develop fabrication-aware design strategies to explore the plasticity and deposition aspects of this fabrication technique. Topics such as online robotic controls and custom end effectors are introduced in this project.
The seventeen students, divided into six groups, develop computational design methods and fabricate 1:1 prototypes, using a custom robotic polymer extrusion setup. Through an iterative process of designing and 3D printing the aim is to explore material properties and design approaches in the context of additive digital fabrication process.
Tutors: Ananya Kango, Simon Griffioen, Petrus Aejmelaeus-Lindström
Final critique : 4th December 2023
TILED _P.A.T.T.E.R.N.S: Amir-Ali Amini-Aghdam, Wataru Nomura, Gonzalo Seminario Garcia
Adaptive Non-planar slicing: Paul Jaeggi, Sukhdevsinh Parmar, Panayiotis Papacharalambous
Dot Based Non-planar 3d printing: Chia-Hsuan Chao, Namdev Talluru, Junjie Huang
Sequencing in Printing for Open-Cell and Lightweight Structures: : Benhur Baiju , Hamid Peiro , Kevin Seav
Frozen Fabrics: Joana Tomaz, Megi Sinani
Entwine, In Between: Giacomo Montiani , Jiaxiang Luo, Kai-Hsun Yeh