Aurora Li_Skill

Aurora Li Architect, Material Researcher,Robotic Technician, Teaching Assistant

+44(0)7529141205 aurora.tairan.li@gmail.com

BIODESIGN BIODESIGN

Plant Callus Tissue Growth

callus proliferation on hydrogel vascular network When tissue start to merge and occupy hydrogel network irregularly, the geometry of the network and local horemone availability will have a vital influence on the final appearance of the tissue construct.

Fig. 1

As hydrogel degrades, the developent of natural ECM (extra cellular matrix) is induced from plant cells.

The hydrogel network which was a synthetic EMC will be replaced by natural EMC. Thus the geometry of tissue construct is guided by that of the hydrogel.

Regulation of unnatural morphology from plant tissue offers architects engeneering methodology to control the size and shape of the material units.

Fig. 2

callus development without differentiation

Differentiation of callus tissue is regulated by fluid running through the hydrgogel tube.

Fig. 3

Fig1 2020/ Callus Microscopic Image/Robinson, I.T./Prime Mover (Robinson, 2020) Fig2 2020/ Callus Microscopic Image with Shoot/Robinson, I.T./ Prime Mover (Robinson, 2020)

Fig. 4

Fig3 2020/Differentiated Carrot Callus Image/Robinson, I.T./ Prime Mover (Robinson, 2020) Fig4 2020/Klanchoe Callus Image/Robinson, I.T./Prime Mover (Robinson, 2020)

Fig. 5

Fig5 2020/Carrot Callus/ Robinson, I.T./Prime Mover (Robinson, 2020)

ROBOTIC BIOFABRICATION

17

MATERIAL RESEARCH

Vascularised Hydrogel

LAB EXPERIENCE cyano bacteria culture callus tissue induction

33

COMPUTATIONAL SIMULATION

36

strong

medium

weak

ARCHITECTURE

O

L3

L2 F3 L1

F2

F3 F1

L1

F3

L2

L1

F1*L1+F2*L2=F3*L3

O2

F1

L2 L3 F1

F2

O1

L3

according to principle of leversďźš

L4

F1*L1-F3*L3=F2*L2ďźŒ F1*L1-F2*L2-F3*L3=F4*L4 F2 F4

TEACHING Robotic Light Painting Workshop Student Works

Robotic Biomaterial Extrusion Workshop