After a brief introduction to network analysis, with an emphasis on scientometrics, the student will be introduced to R, an open-source software program.
Social network analysis is used for various purposes, from marketing and international economics to recommendation algorithms. The main objective of this course is to teach students how to use social network analysis and give them the tools to apply it to a subject that interests them.
For this course, we will focus on one particular application of social network analysis: knowledge production. This type of analysis is used in economics of science, economics of innovation, and all epistemology-related fields. In addition to basic network analysis and indicators, the student will be introduced to many subjects such as data collection, cluster detection algorithms, spatialization algorithms, and data visualization.
While, at its core, the course will give students the necessary technical skills to apply social network analysis to any topic, we will provide an overview of how such tools are used to study knowledge production in the contemporary scientific literature in scientometrics and epistemology.
After a brief introduction to network analysis, with an emphasis on scientometrics, the student will be introduced to R, an open-source software program.
Using an open source database, students will be introduced to data collection, cleaning, and structuration. This will ensure that students are autonomous in the pursuit of their own quantitative studies as everything will be accessible to them after the course.
Basic R on how to conduct a quantitative analysis of published documents.
Using tidygraph R package, students will learn how to construct and manipulate graph objects in R. The goal is to easily and rapidly produce visualizations of graphs to introduce social network analysis concepts in an intuitive manner.
Using the graph objects constructed in previous sessions, the student will learn how to conduct quantitative analysis. Most notably, they will learn about cluster detection algorithms to go beyond the intuitive visual analysis of graphs.
Introduction on to how to present quantitative results in a compelling manner