There is a rural health access equity gap (especially for specialist care) within Canadian and international universal healthcare systems. Electronic health (eHealth) can address that gap, but pilot projects rarely scale to other contexts, or sustain in their original settings. Antifragile design and complexity informed principles can improve pilot project lifespans. Antifragile entities gain stability from uncertainty, rather than lose integrity. Antifragile operators include
Chapter 1: Impact of the Novel Coronavirus (COVID-19) Pandemic on
Doctoral Research ActivitiesSome problems are so complex that you must be highly intelligent and well informed just to be undecided about them.~Laurence J. PeterIn the winter of 2020, my research was following closely to the timelines outlined in the Carleton Health Sciences PhD stream table. Partnerships were being built with organizations who had interest in both electronic health (eHealth) and implementation. Chief among those institutional partners was the IWK health centre in Halifax, specializing in pediatrics and critical care. Through a CIHR funded health systems impact fellowship, I would have been embeddedwithin their organization for a year to assess the readiness of adopting a clinical information system at multiple sites across the province of Nova Scotia. Instead, that partnership, as well as a partnership with the Ontario Telehealth Network (OTN) and a local initiative out of the Ottawa Civic emergency department, were cut short as goals and resources shifted to combat the global COVID-19 pandemic.This has had a profound effect on my research, both positively and negatively, and has required adjustments regarding how I collected my data, the context of previously collected data, and how I should rectify my recommendations with the realities of a COVID-19 encumbered health system. Adverse effects of the pandemic are chiefly the break down of personal