Graduate Research Fellow (A. Crawford)

Tulane University•New Orleans, LA

7d•Onsite

About The Position

This project investigates how mycelium-based bio-textiles and composites can be cultivated, shaped, and structurally integrated into architectural-scale installations through the use of digital fabrication technologies. At its core, the research asks: how can biologically grown materials be systematically developed and engineered to function as viable, sustainable alternatives within design and architectural systems? Addressing this question requires the integration of biological growth processes with computational design and fabrication workflows, positioning the project at the intersection of material science, environmental design, and emerging biofabrication practices. Through sustained laboratory work, the research assistant will acquire hands-on experience in biological cultivation techniques, including sterile procedures, substrate preparation, and environmental calibration for controlled mycelial growth. These experiences will introduce the student to experimental rigor and reproducibility, fostering an understanding of how biological systems can be manipulated and optimized for material production.

Requirements

Available for an actual 12-hour period each week during regular working hours in installments of either two 6-hour sessions or three 4-hour sessions.
Not overburdened with other TA or part-time job commitments or committee work.
Requires intense focus; precision; the ability to troubleshoot, pivot, think critically and independently, assess, and monitor in a conscientious way.
Ability to think about the bigger goals and intentions behind the work and adjust accordingly.
Ability to maintain a clean environment is required for successful operation in the lab.
Hands-on and in-person work.