Education Curriculum

Building Capacity and Healing: A First Nations-Led Educational Pathway for Psychedelic-Assisted Therapy is an educational initiative led by the First Nations Health and Social Secretariat of Manitoba (FNHSSM). The goal of this clinical trial is to learn if a First Nations-led, culturally grounded education program for psychedelic-assisted therapy is feasible and acceptable by health practitioners working within First Nations communities. The main questions it aims to answer are: * Is a First Nations-led educational and culturally grounded intervention feasible in a land-based setting? * Do participants complete the intervention and follow-up assessments? * Does a First Nations-led program improve acceptability and knowledge comprehension of psychedelic-assisted therapy? Researchers will compare quantitative and qualitative data from those in the intervention who receive land-based training compared to virtual training modules to see if it improves acceptability, adherence, and knowledge comprehension. Participants will acquire a full medicine bundle (spiritual, ethical, cultural, and scientific knowledge) through land-based teachings with respected Elders and Knowledge Keepers. No medicine administration occurs in this study.

The goal of this clinical simulation study is to learn if a "Digital Twin" graphical lung display reduce the mental workload of clinicians. The study also evaluates if this helps physicians diagnose and manage ventilator-related crises more effectively than standard ventilator screens. The main questions it aims to answer are: Does the Digital Twin display lower the cognitive stress (mental workload) experienced by clinicians during a crisis? Does the Digital Twin display reduce the time it takes for clinicians to identify specific respiratory complications? Does the use of real-time physiological visualization improve the accuracy of clinical decision-making? Researchers will compare the performance of clinicians using a standard ventilator display (the "Black Box" condition) to their performance when provided with an additional synchronized 3D lung and advanced waveform display (the "Digital Twin" condition). Participants will: Complete four randomized mechanical ventilation crisis scenarios using a high-fidelity lung simulator (ASL 5000). Manage scenarios involving high airway resistance, low lung compliance, auto-PEEP, and patient-ventilator asynchrony. Undergo a 14-day "washout" period between sessions to ensure no memory bias between the control and intervention groups. Complete a NASA-TLX survey after each scenario to measure their perceived mental, physical, and temporal demand.

Previous studies on compression-only CPR and AED training for the general public have primarily focused on the optimal retraining interval. However, the impact of different retraining durations remains unclear. This study explores how varying practice durations in Basic Life Support (BLS) training affect BLS performance among non-professionals.