Postdoctoral Scholar Opportunities: Join the Brodersen Lab at the Yale School of the Environment for an exciting postdoctoral scholar position in leaf physiology and biomechanics, as part of a collaborative project funded by the Human Frontiers Science Program. This position offers an opportunity to contribute to research focused on understanding the interplay between photosynthetic efficiency and mechanical stability in plant development.
Designation: Postdoctoral Scholar
Research Area: Leaf Physiology and Biomechanics
Location: Yale School of the Environment, Yale University, New Haven, Connecticut, USA
Eligibility/Qualification: Qualified applicants should have completed their Ph.D. within the last 2 years and have a background in plant physiology and anatomy. They should also possess extensive experience working with Arabidopsis, advanced imaging techniques (e.g., confocal/lightsheet microscopy, X-ray microCT imaging), machine learning, and programming skills in R and Python.
Job Description: The postdoctoral scholar will take on independent projects aligned with the research team’s objectives and collaborate with other team members and labs. The role includes mentoring students, fostering professional development, and participating in a highly interdisciplinary work environment.
How to Apply: To apply, please send the following to craig.brodersen@yale.edu with “HFSP Postdoc” in the subject line:
- A cover letter expressing your motivation to join the team
- A CV detailing your research experience, technical skills, and relevant published journal articles
- Names and contact information for three references
Last Date for Apply: Not specified, but the starting date for this position is July 1, 2024, or soon thereafter.
This postdoctoral scholar opportunity at the Brodersen Lab offers a chance to engage in cutting-edge research and contribute to a collaborative project that addresses fundamental questions in plant physiology and biomechanics. Join a dynamic team and explore the interplay between photosynthetic efficiency and mechanical stability in plant development.
