Tried to fix some stuff; hide preliminary schedule
This commit is contained in:
Oesting
GitHub
parent
055d96f73a
commit
235eb612b6
90
_quarto.yml
90
_quarto.yml
@ -1,45 +1,45 @@
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project:
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type: "website"
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title: "Research Software Engineering Summer School"
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website:
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title: "Research Software Engineering Summer School"
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page-navigation: true
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reader-mode: true
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open-graph: true
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search:
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location: navbar
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type: textbox
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sidebar:
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style: docked
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contents:
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- href: index.qmd
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text: "🏠 Home"
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- href: schedule.qmd
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text: "📓 Schedule"
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- href: teaching.qmd
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text: "📟 Teachers"
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- href: application.qmd
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text: "✍️ Apply Now"
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navbar:
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background: primary
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page-footer:
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background: light
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left: "CC-By Benedikt Ehinger"
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format:
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html:
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email-obfuscation: javascript
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link-external-newwindow: true
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link-external-icon: true
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theme:
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light:
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- journal
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- styles.scss # I use this just to change the default colour
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toc: true
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project:
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type: "website"
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title: "Research Software Engineering Summer School"
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website:
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title: "Research Software Engineering Summer School"
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page-navigation: true
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reader-mode: true
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open-graph: true
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search:
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location: navbar
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type: textbox
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sidebar:
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style: docked
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contents:
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- href: index.qmd
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text: "🏠 Home"
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#- href: schedule.qmd
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# text: "📓 Schedule"
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- href: teaching.qmd
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text: "📟 Teachers"
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- href: application.qmd
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text: "✍️ Apply Now"
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navbar:
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background: primary
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page-footer:
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background: light
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left: "CC-By Benedikt Ehinger"
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format:
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html:
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email-obfuscation: javascript
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link-external-newwindow: true
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link-external-icon: true
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theme:
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light:
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- journal
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- styles.scss # I use this just to change the default colour
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toc: true
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74
index.qmd
74
index.qmd
@ -1,37 +1,37 @@
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---
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title: "Research Software Engineering with Julia: Basics, Visualization, and Statistics"
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---
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### 📑 Course Brief
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Nearly all scientists are writing research software for their analyses - but most did not receive any training for it. We will teach the basics of such **research software engineering**, of visualization and statistics in JuliaLang - a scientific programming language.
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::: {.callout-note appearance="minimal"}
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We will have a healthy mix of keynotes from invited lecturers and hands-on sessions.
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:::
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### 🎯 Learning Objectives
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- Learn the basics of the scientific programming language Julia
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- From git to continuous integration: Reearch Software Engineering, with and without Julia
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- How to generate complex multipanel vizualizations and use interactive plots efficiently
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### 💶 Costs
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- small course fee, including lunch + dinner
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- You have to pay for Hotel + Travel + Breakfast
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### 💬 Typical questions that will be answered
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- How can I use git beyond "git clone" and "rm \* + git clone"?
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- What is continuous integration - and why should I care as a researcher?
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- How do I use unit-testing?
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- What kinds of documentation should I write?
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- Why are these skills that will boost my reproducibility in my projects?
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- Why is Julia so great for RSE?
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- How can I run quick interactive visualizations?
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- Is bootstrapping really all I need to know for statistics?
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### Abstract
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The development of research software has become an important part of research projects in many areas of science and engineering. At the same time, increasing computational power in the area of high performance computing has made computationally challenging statistical tasks feasible and highly desirable in many application fields. In this week-long summer school, we will therefore address these different aspects and familiarize you with the most essential paradigms of software development, which support the design of efficient, user-friendly, and sustainable software. In particular, we will focus on the scientific programming language Julia. The summer school is organized around keynote presentations by invited Julia experts and many hands-on tutorials. First, a gentle introduction including packaging, testing, virtualization, interaction, and visualization will supply you with the essential skills you need to use Julia in their research. Afterwards, we build on these skills to implement computationally expensive statistical methods. In particular, we will focus on methods for regression and resampling using bootstrap and permutations. That is, methods addressing two of the most common challenges in statistics: estimation of the relationship between variables of interest and the quantification of uncertainty. You are invited to bring your own problem to apply the skills you learn in this summer school.
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---
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title: "Research Software Engineering with Julia: Basics, Visualization, and Statistics"
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---
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### 📑 Course Brief
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Nearly all scientists are writing research software for their analyses - but most did not receive any training for it. We will teach the basics of such **research software engineering**, of visualization and statistics in JuliaLang - a scientific programming language.
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::: {.callout-note appearance="minimal"}
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We will have a healthy mix of keynotes from invited lecturers and hands-on sessions.
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:::
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### 🎯 Learning Objectives
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- Learn the basics of the scientific programming language Julia
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- From git to continuous integration: Reearch Software Engineering, with and without Julia
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- How to generate complex multipanel visualizations and use interactive plots efficiently
|
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### 💶 Costs
|
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- small course fee, including lunch + dinner
|
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- You have to pay for Hotel + Travel + Breakfast
|
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|
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### 💬 Typical questions that will be answered
|
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|
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- How can I use git beyond "git clone" and "rm \* + git clone"?
|
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- What is continuous integration - and why should I care as a researcher?
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- How do I use unit-testing?
|
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- What kinds of documentation should I write?
|
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- Why are these skills that will boost my reproducibility in my projects?
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- Why is Julia so great for RSE?
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- How can I run quick interactive visualizations?
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- Is bootstrapping really all I need to know for statistics?
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### Abstract
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The development of research software has become an important part of research projects in many areas of science and engineering. At the same time, increasing computational power in the area of high performance computing has made computationally challenging statistical tasks feasible and highly desirable in many application fields. In this week-long summer school, we will therefore address these different aspects and familiarize you with the most essential paradigms of software development, which support the design of efficient, user-friendly, and sustainable software. In particular, we will focus on the scientific programming language Julia. The summer school is organized around keynote presentations by invited Julia experts and many hands-on tutorials. First, a gentle introduction including packaging, testing, virtualization, interaction, and visualization will supply you with the essential skills you need to use Julia in your research. Afterwards, we build on these skills to implement computationally expensive statistical methods. In particular, we will focus on methods for regression and resampling using bootstrap and permutations. That is, methods addressing two of the most common challenges in statistics: estimation of the relationship between variables of interest and the quantification of uncertainty. You are invited to bring your own problem to apply the skills you learn in this summer school.
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