Project: Sharks feed in impressive and diverse ways, from eating large prey to feeding on very hard foods to filter feeding on massive scales. The architectures and materials of their tissues influence these ecologies: our HFSP-funded project focuses on the anatomy and mechanics of feeding structures through a multi-lab and multidisciplinary collaboration, using lab and field work, physical and digital simulation, and robotics.
Lab: We are a research group in comparative skeletal biology starting in the Zoology Dept at Trinity College. Our group mixes zoology, engineering/biomaterials, marine science and design approaches to study biology (e.g. using microCT, microscopy, material characterization, 3D printing). The funded work will involve collaboration with physiologists, roboticists and designers at other institutions, while benefitting from the organismal biology experience of the diverse and innovative Zoology department.
We look for 1 Post-doc to start in early 2021
We seek enthusiastic, kind, open, and curious candidates, who enjoy interdisciplinary interactions and can be friendly, reliable, approachable and supportive members of a research group. Proficiency in 3D visualization/rendering and a programming language (e.g. R/Python) for data analysis are a plus. Project specifics are adjustable to candidate strengths, but general desirable qualifications are as follows:
Physics, fluid mechanics, aquatic locomotion and/or design training. Funded for 2 years (IUA salary guidelines - https://tinyurl.com/y44qqgu6).