EE - Integrative Neuromechanics of Biological Earthworm Locomotion
This project offers an exciting opportunity to investigate the neuromechanics of biological earthworm locomotion through systematic laboratory experiments. As an integral part of our research team, the student will contribute to all phases of the scientific process. This includes maintaining healthy earthworm colonies to ensure optimal research conditions. They will then collaborate closely with PhD students on experimental design and execution, conducting experiments aimed at understanding the intricate connection between the earthworm's nervous system and its unique movement patterns, potentially involving behavioral assays, kinematic analysis, or electrophysiological and imaging techniques. Furthermore, the student will assist in data analysis and interpretation, process experimental data, and contribute to the interpretation of results. Finally, they will play a role in scientific communication through the co-authorship of scientific papers for peer-reviewed journals, disseminating their findings.
Our lab is a hub of diverse and exciting research in the intersection of science and engineering. While this project focuses on earthworm neuromechanics, our broader work explores various facets of animal locomotion and biomechanics. Other ongoing research includes:
- Computational modeling of soft-bodied locomotion: Developing sophisticated computer models to simulate and predict the movement of organisms like caterpillars and slugs.
- Comparative biomechanics: Investigating how different species adapt their movement strategies to various substrates and challenges.
- Development of novel imaging techniques: Pioneering new ways to visualize muscle activity and neural signals in living, moving organisms.
Joining our group means becoming part of a vibrant intellectual community where you'll have opportunities to learn across different projects and contribute to cutting-edge science.