We are recruiting! Our team is looking for a Post Doctoral Research Fellow or PhD student to engage in research focused on understanding how biomechanical factors contribute to bathing safety. You will be a member of the EnABL Research team at KITE Research Institute, University Health Network. More information on our lab can be found here:
www.enablresearch.com
https://kite-uhn.com/labs
https://kite-uhn.com/scientist/alison-novak
Read more about the bathroom safety project at https://www.enablresearch.com/bathroom-safety-new
Required qualifications: Successful candidates will have a PhD (Post Doc) or MSc (PhD) in Kinesiology, Biomedical Engineering, Occupational Therapy or a related field. This role requires onsite data collection with participants, and the successful candidate should be flexible and adaptable to the needs of research participants. The successful candidates will have a strong track record of scholarly achievements for stage of development. Experience collecting lab-based data would be beneficial. The candidate should have strong written and verbal communication skills, leadership and organizational skills, and be comfortable working in a team. Experience with biomechanical measurement tools (e.g., force plates, motion capture systems) is valuable but not required. Opportunities for development of related projects in wearable sensor development, markerless motion capture, clinical tools and biomechanical/computational/statistical modeling, as well as established pathways for networking in forensic biomechanics, clinical and policy fields.
EMAIL Alison.novak@uhn.ca with CV and cover letter expressing your interest.
www.enablresearch.com
https://kite-uhn.com/labs
https://kite-uhn.com/scientist/alison-novak
Read more about the bathroom safety project at https://www.enablresearch.com/bathroom-safety-new
Required qualifications: Successful candidates will have a PhD (Post Doc) or MSc (PhD) in Kinesiology, Biomedical Engineering, Occupational Therapy or a related field. This role requires onsite data collection with participants, and the successful candidate should be flexible and adaptable to the needs of research participants. The successful candidates will have a strong track record of scholarly achievements for stage of development. Experience collecting lab-based data would be beneficial. The candidate should have strong written and verbal communication skills, leadership and organizational skills, and be comfortable working in a team. Experience with biomechanical measurement tools (e.g., force plates, motion capture systems) is valuable but not required. Opportunities for development of related projects in wearable sensor development, markerless motion capture, clinical tools and biomechanical/computational/statistical modeling, as well as established pathways for networking in forensic biomechanics, clinical and policy fields.
EMAIL Alison.novak@uhn.ca with CV and cover letter expressing your interest.