This model was developed as part of the curriculum development for a short introductory course on systems dynamics modelling for health system analysts
Stage 8 CVD Prevention Model
Temperature Stress Mortality Simulator: for the older (70+ years) population of West Dorset, UK using the UKCP09 SRES A1B Emission Scenario.
Temperature Stress Mortality Simulator
Infectious Diseases By Team # 1
Infectious diseases by Team ....
Infectious Diseases - Madison O
This model was created for ENGR 102- Studio 2
Infectious Diseases- Luna Alvarez
This model was created for ENGR 102 - Studio 2
Infectious Diseases - Hayden A. Forster
Infectious Diseases by Team #!
Infectious diseases - Teagan Noel
This model was developed as part of the curriculum development for a short introductory course on systems dynamics modelling for health system analysts
CVD Prevention Model
This is a model for infectious diseases for ENGR 102
Infectious Diseases - Gervasius Kevin Juanda
Flujograma: Propuesta de investigación MeCoBi
This model was developed as part of the curriculum development for a short introductory course on systems dynamics modelling for health system analysts
Clone of Basic CVD Prevention Model
This model was created for ENGR 102 - Studio 2
Infectious Disease - Andreu Martin
This is a population model designed for local health and care systems (United Kingdom).
ICSEL Model
Infectious Diseases 2.0 Team -3
Summary of Zimmerman2013 article (paywalled) Habit, custom, and power: A multi-level theory of population health. Also mapped to COM-B. See also Dynamics in action IM, PCT Double Loop Learning IM and Structure Agency framework IM
Multilevel theory of behavior
This is a population model designed for local health and care systems (United Kingdom). For discussion re interventions to demonstrate a pathway approach to perioperative intervention.
Peri-op model
This model was developed as part of the curriculum development for a short introductory course on systems dynamics modelling for health system analysts
Basic CVD Prevention Model CS
Increasing demand for unplanned hospital services can be met either by increasing the capacity of hospitals or investing in prevention services, either by Public Health or Primary Care. Historically, justifying this investment has been difficult, with funding discussions focusing on how much can money the prevention will save in secondary care, and then the difficulty of releasing that money. However, switching the narrative to one based upon improving health outcomes, and working within the existing capacity of secondary care rather than building new hospitals as the population grows may provide more positive in releasing cash for prevention activity.
Model to quantify the benefit of providing Public Health and Primary Care interventions to reduce the risk of unplanned hospital attendances.
Clone of Health Prevention
Model created for studio 2
Disease Dynamics - Ronin Sakaino
Temperature Stress Mortality Simulator: for the older (70+ years) population of West Dorset, UK using the UKCP09 SRES A1B Emission Scenario.
Pauline of Temperature Stress Mortality Simulator
Modelling prevalence of cardiovascular disease within a population using agent based modelling. The initial population is defined within Tools->Variables and macros.
This is a partial model that is not yet complete.
Cardiovascular Model V1.0
