Job Description

We are seeking a highly motivated individual to join Asst Prof Chan Chii Jou’s laboratory on Early Mammalian Development and Tissue Hydraulics at the Mechanobiology Institute in the National University of Singapore. His laboratory aims to understand the mechano-chemical control of development during mammalian oogenesis, using ex vivo mouse ovary and follicle culture.

This provides an exciting prospect for a motivated postdoc to be involved in developing new research directions in this field. We are looking for candidates who are interested in applying interdisciplinary approaches to study the impact of mechanical stress and tissue hydraulics on follicle morphogenesis and maturation. For more information, please visit https://mbi.nus.edu.sg/chii-jou-chan/.

The candidate will use advanced microscopy and develop biophysical approaches to quantify the mechanical interactions between the oocyte and its microenvironment. The candidate will develop biophysical, genetic, and synthetic approaches to dissect the interplay between mechanics and signalling that regulates the oocyte growth. He/she will have a chance to collaborate with theoreticians to develop quantitative models, and participate in ongoing collaborations with researchers in Germany.

Applicants should include a description of research interests, a CV and the names of two to three references.

We regret that only shortlisted candidates will be notified.

Requirements

Candidates with a PhD in biophysics, engineering, cell and developmental biology are welcome to apply. They should have a strong background in advanced imaging and biophysical techniques, preferably with some research experiences in tissue mechanobiology. Prior knowledge of the mouse model is an advantage. The candidate should possess excellent communication skills and engage in collaborative research in a highly interdisciplinary environment. He/she is also expected to assist with lab management including procurement and maintenance of lab inventory and mice work.

More Information

Location: Kent Ridge Campus
Organization: Mechanobiology Institute
Department : Research