Resilient engineering and leadership in crisis. Application of concepts, principles, and frameworks of resilient engineering and leadership in crisis in scenarios of complex systems that require consideration of social, ecological, and technological aspects.
Suggested by: Coursera (What is Coursera?)
No prior knowledge required
No unnecessary risks
It deals with the qualities and practices of leadership under conditions of uncertainty, chaos, or systems failure. In the complex environment of the 21st century, critical infrastructure essential to public health, safety, and well-being is naturally vulnerable to the failures of ongoing processes.
This specialization introduces immunity concepts with applications to immunity engineering and crisis leadership. Courses are based on immunity policy and current readings to build a comprehensive understanding of immunity as dynamic processes intertwined within and across complex systems.
Case studies and current events such as COVID-19, industrial accidents, and climate change will provide context for identifying the traits, characteristics, and practices of resilient leadership.
Throughout the internship, learners participate in practical tasks related to a specific project of their choice. This includes identifying a scenario of a complex system with social, technical and environmental dimensions.
Each of the project assignments gradually builds on the project scenario chosen at the beginning of the first course.



