Multimodal Sensorimotor Plasticity: Vision, Neurophysiology and Behaviour
Explore neural circuit reorganization and functional recovery following vision loss or brain injury using advanced in vivo neurophysiology.
Best for:Best for aspiring neuroscientists with a background in biology, biomedical engineering, or bioinformatics and a strong interest in in vivo circuit dynamics.
Overview
This graduate research opportunity investigates multimodal sensorimotor plasticity and neural circuit reorganization following blindness or brain injuries such as strokes. Led by Matthieu P Vanni at the University of Montreal, the work combines in vivo neurophysiology, mouse models, and quantitative behavioural paradigms. Researchers will employ cutting-edge techniques such as mesoscopic calcium imaging, two-photon microscopy, and optogenetics. Candidates are expected to conduct rigorous pre-clinical research and contribute to quantitative data analysis and experimental technology development.
What you'll do
- Conduct in vivo neurophysiological experiments using murine models to study sensorimotor plasticity and circuit reorganization
- Apply advanced imaging techniques including mesoscopic calcium imaging and two-photon microscopy
- Implement optogenetic interventions and quantitative behavioural paradigms
- Perform quantitative and computational analysis of large neural datasets
- Contribute to the development or integration of novel experimental technologies and automated devices
- Ensure strict adherence to ethical standards and rigorous protocols in pre-clinical research
Requirements
Degree required: BSc or MSc in neuroscience, biomedical sciences, physiology, biology, biochemistry, biomedical engineering, bioinformatics, or related discipline
Degree offered: PhD or MSc
Language: English or French proficiency as required by the Faculty of Medicine graduate programs
Instruction: English / French
- Strong academic background in neuroscience, biomedical sciences, or a related discipline
- Demonstrated interest in systems and circuits neuroscience as well as brain plasticity
- Ability to conduct rigorous pre-clinical research involving animal models under ethical guidelines
- Solid analytical skills and interest in quantitative or computational data analysis
- Applicants must hold a Master's degree (MSc) for PhD consideration, or a Bachelor's degree (BSc) for MSc consideration
- Eligibility for external scholarships (such as FRQS, CIHR, or institutional awards) is an advantage
Funding & terms
How to apply
Deadline: 2026-12-31
Interested candidates should review the position details and submit their application through the online portal following the host institution's graduate admission guidelines.
- CV
- Transcripts
- Cover letter
Contact
Matthieu P Vanni· Principal Investigator
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