Scientific software is in many disciplines crucial for understanding and reusing research data and a cornerstone for reproducibility of research results. The HeFDI Code School adresses the need of especially early career researchers on learning how to create good scientific software and increase the quality of their code for better reusability and sustainability. Together with the colleagues from Suresoft project and NFDI4Ing we offer a series of four workshops. Participants of these workshops will learn methods and techniques to increase the quality of their code, how to produce understandable and therefore reusable code, and to increase the sustainability of scientific software. Workshop - May 26 - Clean Code and Refactoring In ...
Humanity has a mix of overlapping goals that relate to science (and more broadly, wissenschaft). We ...
Most scientific programmers are self-taught. Graduate programs in plasma physics often lack courses ...
Computational analyses are playing an increasingly central role in research. Journals, funders, and ...
Scientific software is in many disciplines crucial for understanding and reusing research data and a...
Scientific software is in many disciplines crucial for understanding and reusing research data and a...
Scientific software is in many disciplines crucial for understanding and reusing research data and a...
Scientific software is in many disciplines crucial for understanding and reusing research data and a...
A SURESOFT Workshop about applying Clean Code and Refactoring techniques to research software in ord...
This presentation reviews clean coding strategies for students and scientists who have learned to pr...
Researchers develop software to process or generate data to test their scientific hypotheses. Especi...
Researchers develop software to process or generate data to test their scientific hypotheses. Especi...
Producing scientific software is a challenge. The high-performance modeling and simulation community...
Functional, usable, and maintainable open-source software is increasingly essential to scientific re...
Software is fundamental to research. From short, thrown-together temporary scripts, through an abund...
Abstract: Humanity has a mix of overlapping goals that relate to science (and more broadly, wissensc...
Humanity has a mix of overlapping goals that relate to science (and more broadly, wissenschaft). We ...
Most scientific programmers are self-taught. Graduate programs in plasma physics often lack courses ...
Computational analyses are playing an increasingly central role in research. Journals, funders, and ...
Scientific software is in many disciplines crucial for understanding and reusing research data and a...
Scientific software is in many disciplines crucial for understanding and reusing research data and a...
Scientific software is in many disciplines crucial for understanding and reusing research data and a...
Scientific software is in many disciplines crucial for understanding and reusing research data and a...
A SURESOFT Workshop about applying Clean Code and Refactoring techniques to research software in ord...
This presentation reviews clean coding strategies for students and scientists who have learned to pr...
Researchers develop software to process or generate data to test their scientific hypotheses. Especi...
Researchers develop software to process or generate data to test their scientific hypotheses. Especi...
Producing scientific software is a challenge. The high-performance modeling and simulation community...
Functional, usable, and maintainable open-source software is increasingly essential to scientific re...
Software is fundamental to research. From short, thrown-together temporary scripts, through an abund...
Abstract: Humanity has a mix of overlapping goals that relate to science (and more broadly, wissensc...
Humanity has a mix of overlapping goals that relate to science (and more broadly, wissenschaft). We ...
Most scientific programmers are self-taught. Graduate programs in plasma physics often lack courses ...
Computational analyses are playing an increasingly central role in research. Journals, funders, and ...