Postgraduate Research Associate (Yale University)

The Meyer Lab is now seeking a full-time post-baccalaureate researcher to join us in investigating the principles of gene regulation and embryonic development. Our goal is to understand the molecular logic of cellular decision-making during embryonic development, or how cells sense, process, and remember information to make the right decisions at the right time.

To do this, we synthetically control signaling nodes and use imaging-based readouts to trace the flow of information throughout a cell. Our toolkit includes CRISPR gene editing of mouse embryonic stem cells, optogenetic control of signaling in space and time, and advanced imaging such as single-molecule microscopy. Once we understand the underlying logic, we aim to engineer the components which rationally control cell behavior, such as cell proliferation and differentiation.

The position provides the opportunity to learn a variety of experimental techniques such as CRISPR-based cell line engineering, optogenetics, and advanced microscopy techniques. The post-graduate researcher will work closely with the PI Dr. Kirstin Meyer, as well as other members of the lab, to gain experience in the design, execution, and analysis of experiments. Mentorship in written and oral communication, as well as other opportunities for career development, will be provided.

This is an ideal position for recent graduates interested in strengthening their research experience prior to medical or graduate school. Associates will actively participate in lab meetings and journal clubs and have the opportunity to present their results and ideas.

This position is a one-year appointment at $44,400 salary with the possibility of a one-year renewal. The position is available starting August 1, 2026, but start date is flexible and an earlier or later date is possible. This post-graduate researcher will work on the Yale West Campus at the System Biology Institute.

Prospective applicants must have an undergraduate degree in a biology-related field. Prior research experience in cell culture, molecular biology, microscopy, or biochemistry, is highly desirable. Applicants should be highly motivated, well-organized, team-players, and have strong communication skills.