← Teaching

Spring 2024

New Materials and Methods Research

Material experiments and fabrication proposals connect emerging material behavior to architectural component design.

Learning question
How can material behavior become a design variable that students investigate through making?
My role
Teaching Fellow; developed and taught the seminar with Laia Mogas-Soldevila.

Three credited student proposals investigate mycelium, bamboo-reinforced clay, and lunar regolith. They are design research proposals, not built systems. View evidence ↓

ARCH 7330: New Materials and Methods Research is a graduate seminar in Penn’s Master of Science in Design-Advanced Architectural Design program taught in Spring 2024. I served as Teaching Fellow, delivering lectures, leading discussion panels, and mentoring graduate students through project ideation and production.

Student teams first researched a material’s properties, fabrication methods, and architectural precedents, then proposed a material system with a manufacturing process, site, and use. Two summary panels and a short academic paper documented each study and prepared students for the MSD-AAD Summer Studio.

Myco-Shell Pavilion

A study of mycelium-based composites leads to a pavilion proposal combining a rod framework, fabric, a printed substrate, and mycelium growth. The board connects fabrication precedents and material properties to an exploded assembly and a proposed lattice-supported shell.

Student work — Amir Motavaselian, Maaz Siddiqui, Xingzheng Qiu, and Yagnesh Mehta. Material research and architectural proposal.

Bamboo + Paste

The team investigates bamboo fibers as reinforcement for clay-based printing pastes. Research on fiber preparation, bonding, and printable mixtures informs a proposed mixing nozzle, robotic deposition process, and architectural shell with roof openings.

Student work — Changsi Wang, Xuanyu Li, Yue Liu, and Xinyu Wu. Literature-based material research and a proposed fabrication system.

Lunar Regolith Building System

A comparison of lunar construction conditions and regolith fabrication methods informs a modular habitat proposal. Inflatable membranes support the regolith shell; the diagrams trace packing, deployment, inflation, assembly, and reuse in a larger settlement.

Student work — Jingwen Zhang, Junhan Wu, Yuzi Lin, and Han Yin. Material research and a speculative lunar construction system.