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Managing Engineering Systemic Risks
Jens Rasmussen
Hurecon
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Dive into the research topics of 'Managing Engineering Systemic Risks'. Together they form a unique fingerprint.
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Earth and Planetary Sciences
Risk
100%
Risk Management
85%
Safety
71%
Approach
57%
Modeling
57%
Hazard
57%
Model
42%
Environment
42%
Strategy
42%
Accident
42%
Health Care
28%
Society
28%
Error
28%
Transport System
14%
Plateau
14%
Industrial Safety
14%
Technological Change
14%
Event
14%
Decision
14%
Investigation
14%
Industry
14%
Surface Pressure
14%
Category
14%
Criterion
14%
Public
14%
Description
14%
Act
14%
Personnel
14%
Taxonomy
14%
Social Sciences
Control
100%
Engineering
100%
Analysis
42%
Strategy
42%
Accidents
42%
Managers
28%
Socio-Technical System
28%
Social Systems
28%
Performance
28%
Work Environment
28%
Transport Systems
14%
Human Error
14%
Typology
14%
Work System
14%
Mountains
14%
Academic Discipline
14%
Practice
14%
Decision
14%
Problem
14%
Category
14%
Example
14%
Design
14%
Environment
14%
Work
14%
Feature
14%
Criterion
14%
Situation
14%
Technological Change
14%
System Dynamics
14%
Aviation
14%
Incident
14%
Personnel
14%
Process Industry
14%
Occupational Safety
14%
Computer Science
Control Strategy
42%
Control
42%
Accidents
42%
Risk Management
42%
Models
42%
Technical System
28%
System Dynamic
14%
Health Care
14%
Taxonomies
14%
Competitive Environment
14%
Performance Criterion
14%
Technological Change
14%
Predictive Analysis
14%
System Strategy
14%
Events
14%
Design
14%
Incident
14%
Control Structure
14%