Why join the lab?
We are strongly committed to creating an inclusive and supportive environment where people can learn AND have fun. We believe that the best way to achieve this is to foster an open and collaborative atmosphere that promotes original and critical thinking, open communication, and mutual respect.
Answering the fundamental questions in neuroscience requires bridging multiple scientific disciplines, so we welcome people with different backgrounds and skills, from neuroscience, psychology, and physics to math, engineering, and computer science. It has always been a tremendous pleasure and privilege to work with colleagues from different cultures and backgrounds. This diversity in experience is our strength. It allows everyone in the lab to learn from a variety of exciting and interesting people and creates a team that generates innovative ideas and creative accomplishments.
Brandeis University is the perfect place to launch or advance your career in neuroscience. It is located a few miles outside of Boston and has a uniquely collaborative research community. There are also a number of shared core facilities, seminars, and interdisciplinary training and research programs.
Finally, having moved extensively to pursue her scientific career, Christine wants to be a point of contact and provide support for international students and postdocs. Those seeking non-legally binding advice on such matters (besides joining the lab) are encourages to reach out.
Undergraduate and Master's Students
We will have an opening for an undergraduate or Master's student starting in fall 2024. If you are interested in this opportunity to gain first-hand lab experience, please feel free to email Christine. Techniques range from behavioral training to histology and data analysis.
Ph.D. Students
We are recruiting Ph.D. students through the Brandeis Neuroscience and Molecular and Cell Biology Graduate programs. If you are either a prospective applicant or a current student interested in rotating in the lab, please get in touch via email. Rotations will feature hands-on training in behavioral training and analyses, two-photon Ca2+ imaging and/or intracellular recordings in awake behaving mice.
Postdoctoral Researchers
Possible projects include:
using whole-cell recordings and two-photon Ca2+ imaging to uncover the molecular mechanisms of synaptic plasticity and its impact on learning and memory formation.
using computational modeling to study hippocampal information processing
and more: I am happy to discuss questions you are interested in pursuing
Applicants with backgrounds in neuroscience, engineering, computer science, physics, biology, psychology, or other related fields are welcome. We are especially interested in candidates who have some experience or who are interested in one or more of the following areas: electrophysiology, microscopy, calcium imaging, and computational modeling of physiology data.
To be considered, please submit a CV, a brief statement describing your previous work and stating which project you would be interested in working on and why, as well as contact information for 1 - 3 professional references as a single PDF file via email.