Summary
The Levine Lab at the Krembil Brain Institute / University Health Network (UHN) is seeking a Postdoctoral Researcher to investigate whether and how spinal cord cell types shape population activity and mediate sensorimotor function. The position involves cutting-edge methodologies, including in vivo high-density electrical recordings in awake behaving mice, closed-loop optogenetics, cell-type-specific manipulations, quantitative behavioral tracking, and computational data analysis.
Postdoctoral Researcher, Spinal Mechanisms of Motor Control – Neural Activity (UHN) Canada
Designation
- Role: Postdoctoral Researcher (Spinal Mechanisms of Motor Control – Neural Activity)
- Classification: Non-Union, Temporary Full-Time
Key Details at a Glance
| Field | Details |
| Employer | University Health Network (UHN) |
| Institute / Department | Krembil Research Institute / Krembil Brain Institute |
| Reports To | Principal Investigator (Dr. Levine) |
| Number of Vacancies | 2 |
| Contract Duration | 1-year contract (with possibility of extension) |
| Working Hours | 37.5 hours per week (Monday – Friday) |
| Salary Range | CAD $65,882 – CAD $82,352 per annum |
| Location | Toronto, Ontario, Canada |
Research Area
Investigating how spinal cord microcircuits and neural activity drive sensorimotor function using advanced in vivo electrophysiology and optogenetics.
- Spinal Mechanisms of Motor Control & Neural Activity: Investigating how spinal microcircuits and cell types cooperatively transform sensory and descending cues into purposeful movement.
- Technological Focus: In vivo high-density electrophysiology in awake behaving mice, closed-loop optogenetics, neural circuit tracing, and computational neuroscience.
Location
- Address: 60 Leonard Ave, Toronto, ON M5T 0S8, Canada
Eligibility / Qualifications
- Education: Doctoral degree (PhD) obtained within the previous 5 years from a recognized institution.
- Research Record: Strong publication record (including pre-prints).
- Technical Expertise: Demonstrated expertise in one or more of the following areas:
- High-density electrophysiology
- Computational neuroscience
- Neural circuit tracing and analysis
- Mouse surgery
- Quantitative assessment of sensorimotor behavior
Job Description & Responsibilities
- Develop and lead all stages of research projects in collaboration with Dr. Levine, laboratory members, and external collaborators.
- Lead experimental design, wet-lab procedures, and quantitative data analysis.
- Mentor and advise graduate and undergraduate students, serving as an active member of the lab’s intellectual community.
- Write and contribute to grant applications.
- Disseminate findings through high-impact original research publications, review articles, and scientific conference presentations.
How to Apply
- Submit your application online through the official University Health Network SmartRecruiters Portal.
- Ensure all required documents (CV, cover letter, and references) are submitted before the application deadline.
Last Date to Apply
- September 2, 2026
