Teaching
Katinka Stecina’s teaching experience at the University of Manitoba spans neurophysiology, systems neuroscience, cell biology, electronics for life sciences, and research supervision.
Her teaching has included graduate, medical, physiotherapy, and post-baccalaureate programs within the Rady Faculty of Health Sciences and the Max Rady College of Medicine.
Physiology Graduate Program
Advanced graduate curriculum covering experimental neurophysiology and instrumentation for students in the biomedical sciences.
Medical Physiology — Neurophysiology
Teaching in neurophysiology as part of the graduate Medical Physiology course.
Principles of Electronics for Life Sciences
Foundational electronics for students in the life sciences.
Electronics for Life Sciences II
Further study of electronics for life sciences, building on PHYG 7310 or equivalent preparation.
Interdisciplinary Medical Education
Cross-disciplinary medical instruction connecting fundamental physiological principles to clinical systems.
Fundamental Systems Neuroscience
Teaching in systems neuroscience within interdisciplinary medical education.
Undergraduate Medical Education
Foundational medical curriculum for undergraduate medical students at the Max Rady College of Medicine.
Cell Biology A
Lectures in the membrane biology unit of Cell Biology A.
Research Projects & Supervision
Project-based clinical training, experimental research supervision, and student mentorship across specialized health professions programs.
Research Project
Project-based research teaching within the physiotherapy program.
Teaching and Research Supervision
Instruction and project supervision within the post-baccalaureate program.
Interested in Research Supervision?
Prospective graduate students and post-baccalaureate trainees interested in motor control, neurophysiology, and spinal circuitry research are welcome to reach out.