You take notes and you want to be able to find them back? You make calculations on your computer, but your results change from day to day? You analyse data, or you work on a new method that you would like to share easily with your colleagues so that they can use it as well?
This MOOC is for you. We will show you some modern and reliable tools:
By doing the exercises, you will learn how to use these tools for improving your skills in note taking, data management and computation. To do this, you will have a Gitlab repository and a Jupyter space, which are integrated into the FUN platform and do not require any installation. Those who wish to do the practical work with Rstudio or Org-mode will be able to do so after installing these tools on their machine. All the procedures for installing and configuring the tools are provided in the Mooc, as well as numerous tutorials.
We will also explain what is at stake and where the challenges lie in reproducible research.
Nous vous présenterons également les enjeux et les difficultés de la recherche reproductible.
At the end of this MOOC, you will have acquired good habits for preparing replicable documents and for sharing the results of your work in a transparent fashion.
🆕 A lot of content have been added for this session:
🆕 The 3rd session of this Mooc is open for one year, which will allow you to follow the Mooc at your own pace and to register when you have time. Note that the estimated time to follow this course and do the exercises is 24 hours.
This MOOC consists of four modules that combine video lectures, many resources describing installation and use of the presented tools (in the form of videos or web pages), quizzes an exercises for getting hands-on experience with the tools and methods that are presented.
To illustrate and deepen the concept of laboratory notebooks, you may view interviews with four researchers from different fields (mathematics, modern and contemporary history, neurophysiology).
Practical cases are proposed throughout the course. For example, we suggest that you work on a "historical" dataset, that of analyzing the risk of failure of the O-rings on the space shuttle Challenger, infamous for its disintegration 73 seconds after takeoff, resulting in the death of the crew's seven astronauts. This accident could perhaps have been avoided...
Another exercise, corrected by the other participants, consists in preparing a data analysis in the form of a computational document, with several subjects to choose from based on real cases, on very different subjects.
To perform these exercises, we propose three paths, each of which uses a different notebook technology:
- The first path uses Jupyter notebooks and the Python language. It requires no software installation on your computer.
- The second path uses RStudio and the R language. You will have to install RStudio on your computer, but we will guide you through this process.
- The third path uses the Org-Mode package of the Emacs editor and the languages Python and R. You will have to install Emacs, Python, and R on your computer, but we will guide you through this process.
This course is bilingual French / English. Videos are in French with French and English subtitles. All other content is provided in both languages as well as the quizzes and exercises.
All resources in this Mooc will be accessible in an open Gitlab repository, in Org-mode or Markdown formats.
The first module assumes no particular prior knowledge. Starting from the second module, a basic knowledge of Python (with the libraries pandas, numpy and matplotlib) or R is required.
In the fourth module, we treat more specialized topic, each of which may require specific competences.
A familiarity with data analysis and statistics is required for some of the exercises in this MOOC.
🆕 New topics with a lower prerequisite in statistics have been added in this 3rd session so that everyone can find exercises suitable for them. However, even if you can't fully complete these exercises, you will be able to learn about many tools and methods for reproducible research.
Every 3 month, an attestation of achievement will be delivered to the participants who will have obtained the minimal score required. The evaluation is based on quizzes, application exercises and a pratical session that will be evaluated by other participants.
You are free to:
Under the following terms:
You are free to:
Under the following terms: