Formación

Barcelona Summer School of Demography

COURSE OUTLINE

Cabecera

The Barcelona Summer School of Demography (BSSD), based at the Centre for Demographic Studies (CED), Universitat Autònoma de Barcelona, offers a six-week course in R. The course is divided into six modules - one per week - covering three major strengths of R: statistical and demographic analysis, data visualization, and spatial analysis. Each module consists of 20 hours of teaching, combining theoretical lectures and practical exercises.

Participants are welcome to apply for the entire course or any of the individual modules. However, three itineraries are suggested: (1) The full course, Modules 1 to 6; (2) Statistics and demography, Modules 1 to 3; and (3) Data visualization and spatial analysis, Modules 1B and 4 to 6.

Modules 1 and 1B offer an introduction to R for which no previous knowledge is required. Module 1B is meant for participants with no previous knowledge of R preferring to join the course at week 3. For the other modules, basic knowledge in R is required. Module 2 focuses on basic statistical analysis. Module 3 shows how to implement common demographic methods in R. Module 4 provides a comprehensive view on data visualization using base R. Module 5 introduces the ‘tidyverse’ approach in R programming, including the ‘ggplot2’ package. Module 6 is devoted to spatial analysis and web-based mapping. For detailed contents on each module, please visit Schedule and Organization.

Participation will be limited to 15 students per module. Participants will be selected on a competitive basis based on motivation and research interests. Priority will be given to early-career researchers (Master and PhD students), but applicants from more advanced stages are also welcome. Participants are expected to bring and use their own laptops with R and RStudio installed as well as to pay their own transportation and living costs while staying in Barcelona. Lectures will be taught in English. Deadline for application: 25 April 2018. Applicants will be informed about the results of selection process by mid April 2018.

For further information, please contact bssd@ced.uab.es.

SCHEDULE AND ORGANIZATION

The BSSD will be held at the Center for Demographics Studies (CED), located on the Campus of the Autonomous University of Barcelona, Bellaterra, Spain. Lectures will be taught from 10 a.m. to 2 p.m. (theoretical lectures, combined with practical exercises).


MODULE 1/1B Introduction to R (June 18-22 / July 2-6)

Instructors: Francisco Villavicencio / Tim Riffe

Session 1 (Monday)
1) Introduction to R and RStudio
2) Using the editor: main characteristics of RStudio, packages
3) Data handling: import/export data to/from R
4) Basic operations: assigning
5) Using functions

Session 2 (Tuesday)
1) Common data types
2) Data structures overview
3) Vectors and matrices
4) Data frames
5) Reshaping, sorting and grouping

Session 3 (Wednesday)
1) Descriptive statistics in R
2) Contingency tables
3) Introduction to R plotting

Session 4 (Thursday)
1) Conditional execution: the ‘if’ command
2) Introduction to for-loops
3) Writing your own functions in R

Session 5 (Friday)
1) The apply() family functions
2) Using loops and custom functions in base plotting
3) Saving plots
4) Review of module


MODULE 2 Basic Statistics in R (June 25-29)

Instructor: Francisco Villavicencio

Session 1 (Monday)
1) Review of descriptive statistics
2) The normal distribution and QQ-plots
3) The t-distribution
4) Other distributions

Session 2 (Tuesday)
1) Linear models
2) Least square estimation
3) Residuals
4) Standard errors and confidence intervals
5) Diagnostic plots

Session 3 (Wednesday)
1) Hypothesis testing
2) The t-test and p-values
3) Comparison of groups: analysis of variance (ANOVA)
4) The F-test

Session 4 (Thursday)
1) Analysis of count data: the chi-square test
2) The Poisson distribution
3) The binomial distribution
4) Logistic regression

Session 5 (Friday)
1) Maximum likelihood estimation
2) Manual optimization
3) Non-linear regression
4) Review of the module


MODULE 3 Demography with R (July 2-6)

Instructor: Marie-Pier Bergeron-Boucher

Session 1 (Monday)
1) Basic demographic measures
2) The Lexis diagram
3) Rates, probabilities and proportions

Session 2 (Tuesday)
1) Life expectancy
2) Life table calculations
3) Building a life table in R
4) The Human Mortality Database (HMD)

Session 3 (Wednesday)
1) Standardization of demographic measures
2) Rate decomposition (Kitagawa method)
3) Life expectancy decomposition (Arriaga method)

Session 4 (Thursday)
1) Review of matrix algebra
2) Matrix population models
3) The Leslie matrix

Session 5 (Friday)
1) Population forecast principles
2) The Lee-Carter model
3) Review of the module


MODULE 4 Data visualization with base R (July 9-13)

Instructor: Tim Riffe

Session 1 (Monday)
1) Review of intro
2) Base plotting approach
3) Base plot types
4) Plot device control
5) Theory I | visual vocabulary
Session 2 (Tuesday)
1) Color specification
2) Color palettes
3) Figure layering & composition
4) Theory II | design
Session 3 (Wednesday)
1) R figures in documents & presentations
2) Panel graphics
3) Text and symbols in base plots
4) Theory III | visualization in social sciences
Session 4 (Thursday)
1) Making custom functions for plot elements
2) Geometric transformations
3) Coordinate spaces
4) Post processing figures in Inkscape
5) Participant choice topic

Session 5 (Friday)
​1) Animation​
​2) Review of module
​3) Participant project presentations


MODULE 5 The `tidyverse` approach to R (July 16-20)

Instructor: Jonas Schöley

Session 1 (Monday): Introduction to the tidyverse
1) R programming paradigms
2) The tidy approach to data analysis
3) The `tidyverse`
4) The tidy workflow
5) Getting started with `ggplot2` and `dplyr` and `rmarkdown`
6) Basic exploratory data analysis with `dplyr` and `ggplot2`

Session 2 (Tuesday): Data wrangling
1) Tidy data
2) Data pipelines
3) Long versus wide format data
4) Data reshaping
5) Data tidying
6) Making sense of messy data (`tidyr`, `dplyr`, `ggplot2`)

Session 3 (Wednesday): Tidy iteration
1) The split-apply-combine paradigm
2) Transforming/summarising data group by group
3) Fitting and summarising many models
4) Visualizing data group by group

Session 4 (Thursday): Data Visualization
1) Visualization as a design process
2) Marks, channels and perception
3) Best practices of data viz
4) `ggplot2`: working with color
5) `ggplot2`: making your plot ready for publication

Session 5 (Friday): The grand finale

MODULE 6 Spatial analysis (July 23-27)

Instructor: Juan Galeano

Session 1 (Monday)
1) Basic data manipulation using dplyr
2) %>% the pipe function
3) Group your data and summarise
4) Tidy your data
5) Plot your data: ggplot2

Session 2 (Tuesday)
1) Read shapefiles into R
2) General manipulation of spatial objects.
3) Univariate Class Intervals
4) Color palettes.
5) Thematic maps (I).

Session 3 (Wednesday)
1) Conversion between projection systems.
2) The ggmap package.
3) Thematic maps (II).

Session 4 (Thursday)
1) Spatial Statistics
2) Measures of spatial segregation and population diversity: The OasisR package.
3) Neighborhood Matrix.
4) Spatial autocorrelation: Global and Local Indicators of Spatial Autocorrelation (LISA).

Session 5 (Friday)
1) Plot Raster Data.
2) Web-mapping: Leaflet and ggiraph.
3) Review of module.


INSTRUCTORS


Francisco Villavicencio

francisco
fvillavicencio@health.sdu.dk
University of Southern Denmark, Odense, Denmark

Francisco Villavicencio is a post-doctoral researcher at the Department of Public Health, University of Southern Denmark. He has a background in Mathematics and Geography, and holds a PhD in Demography. His research interests include the development of methods to deal with sparse demographic data (Bayesian inference, agent-based modeling), mortality, and formal demography. In the last years he has been teaching several courses in R, statistics and mathematics at the University of Southern Denmark and at the European Doctoral School of Demography.


Marie-Pier Bergeron-Boucher

Marie-Pier
mpbergeron@health.sdu.dk
University of Southern Denmark, Odense, Denmark

Marie-Pier Bergeron Boucher is a postdoctoral researcher at the Department of Public Health, University of Southern Denmark. She holds a master in Demography and a PhD in Public Health. Her main research interests include the study of human mortality, longevity and ageing, with a particular interest in developing new demographic methods to help understand and forecast population health and mortality dynamics in industrialized societies.


Tim Riffe

Tim-riffe

riffe@demogr.mpg.de
Max Planck Institute for Demographic Research, Rostock, Germany

Tim Riffe is a research scientist at the Max Planck Institute for Demographic Research. His theoretical work focuses on population renewal and temporal relationships over the life course. His empirical work uses original methodological approaches to study relationships between longevity and health in ageing populations, based on both administrative and survey data.


Jonas Schöley

Jonas_Schoeley

jschoeley@health.sdu.dk
University of Southern Denmark, Odense, Denmar

Jonas Schöley is a PhD student at the Biodemography Unit of the University of Southern Denmark. He develops tools and techniques for the analysis and visualization of demographic data such as the Human Mortality Explorer, Compositional Lexis Surfaces or the tricolore R package. His PhD research is on ontogenescence -- the mortality decline in utero and in young ages.


Juan Galeano

juan

jgaleano@ced.uab.es
Center for Demographic Studies (CED), Autonomous University of Barcelona

Juan Galeano holds a PhD in Demography from the Center for Demographic Studies (CED) and the Autonomous University of Barcelona (UAB). Master in Demography from the European Doctoral School of Demography (EDSD), Master in Territorial and Population Studies from CED and UAB, and BA in Sociology from the University of Barcelona (UB). His current research focuses on the spatial and demographic consequences of the settlement of migrants in Spain since the beginning of the XXI century, mainly increasing population diversity and residential segregation


MODULES FEES AND APPLICATION

  • Option 1
  • 250€
    per module
  • 1 module
  • Option 2
  • 200€
    per module
  • 2 to 5 modules
  • Option 3
  • 1000€
    all modules
  • 6 modules
Application

APPLICATION