Our laboratory focuses on the development of gene editing therapies for rare inherited disorders, which forms part of our multidisciplinary research program in the Program of Genetics and Genome Biology at The Hospital for Sick Children. We are seeking to fill the position of a long-term Research Associate who will help to support projects in the laboratory related to molecular mechanisms underlying neuromuscular phenotypes and the development of genetic-based therapeutic approaches. The ideal candidate will have in-depth expertise in in vitro and in vivo models of neuromuscular disorders as they will be responsible for the development of cutting-edge research strategies using gene editing approaches for the treatment of muscular dystrophies. In addition, the applicant should have a strong desire and aptitude for both mentorship of trainees and supervision of research operations.

Here’s What You’ll Get To Do:

• Support our expanding efforts to develop novel gene-editing therapies for muscular dystrophies.
• Play a role in developing and implementing new technologies (i.e. CRISPR/Cas tools) to help maintain the scientific and technological edge of the lab.
• Design and carry out experiments towards an independent research project.
• Contribute to the development of strategic goals and be responsible for overseeing ongoing projects of trainees; must be able to carry out responsibilities with a high degree of independence.
• Assist with management of overall operations of the research laboratory.
• Assist with grant writing and manuscript preparation.
• Actively lead and mentor trainees in all aspects of their projects (experimental design, report/presentation preparation, lab techniques, troubleshooting).
• Present research findings at national and international meetings.

Here’s What You’ll Need:

• Applicants must have completed a PhD and have a minimum of 3 years of previous postdoctoral experience.
• Applicants should have demonstrable research experience in genetics and neuromuscular disease.
• Experience and extensive knowledge surrounding molecular biology techniques, cell culture, mouse models is required.
• Strong written and oral communication skills.
• A significant publication record in relevant journals and demonstrated independence with running projects.
• Applications should be self-motivated, proactive, highly organized, and able to efficiently prioritize multiple demands.
• Proven ability to both work as part of a team and independently; previous mentorship experience is an asset.