Consequently, such material technologies can be the source for panels that can revolutionize the environmental and structural performance of construction in enclaves under extreme climate change and sociocultural pressures. Furthermore, through democratizing the use of 3D printing onsite and local material resources we can provide an unprecedented capacity to reclaim the loss of a plant-based material craft culture. Reclaiming Plant-waste Craft explores precisely this intersection of environmental, structural, and cultural performance with bamboo, cork, and palm leaf waste compounds. The testbed for this exploration is the transnational border of the Western Amazon. This region comprises a robust material culture of plant-based building technology in riverine inundation zones which thrived for centuries. Through extensive fieldwork with the local urban indigenous communities of Leticia in Colombia, I have explored the design, cultural, and environmental boundaries of 3D printing for onsite resourcing of plant waste and a bioplastic Polylactic Acid (PLA). This research comprises the first-ever development of plant waste structural screens and multiscale evaluation of 3d printed construction panels. In this process, the transfer of technologies has been pivotal to enable new means of understanding the research. As such in addition to the current state of the art science and architectural imaging and fabrication analysis including SEM (Scanning Electron Microscopy) this investigation has challenged boundaries within architecture and scientific methods. This exploration includes incorporating imaging as CT Scanning traditionally used for live matter (e.g., brain imaging) for analyzing the 3D printing probes.