29 November 2021 to 3 December 2021
Virtual and IBS Science Culture Center, Daejeon, South Korea
Asia/Seoul timezone

A new Software Training Model at Belle II

contribution ID 722
Not scheduled
20m
Walnut (Gather.Town)

Walnut

Gather.Town

Poster Track 1: Computing Technology for Physics Research Posters: Walnut

Speaker

Kilian Lieret

Description

The physics output of modern experimental HEP collaborations hinges not only on the quality of its software but also on the ability of the collaborators to make the best possible use of it.

With the COVID-19 pandemic making in-person training impossible, the training paradigm at Belle II was shifted towards one of guided self-study.

To that end, the study material was rebuilt from scratch as a series of modular and hands-on lessons tightly integrated with the software documentation on sphinx. Each lesson contains multiple exercises that are supplemented with hints and complete solutions. Rather than duplicating information, students are systematically taught to work with the API documentation in order to find the important sections for themselves. Unit tests ensure that all examples work with different software versions, and feedback buttons make it easy to submit comments for improvements.

In this talk, we detail our experiences with the new setup and training model.

Significance

The format of the training material and the style of the onboarding events at Belle II has been completely transformed in the last two years. This talk presents the new setup and our experiences for the first time at a public conference.

Speaker time zone Compatible with Europe

Author

Co-authors

Alejandro Mora (University of Tokyo) Moritz Bauer (Karlsruhe Institute of Technology (KIT)) Michel Bertemes (Austrian Academy of Sciences (AT)) Sviatoslav Bilokin (Ludwig Maximilian University of Munich) Giulia Casarosa (INFN Sezione di Pisa, Universita di Pisa) Racha Cheaib (DESY) Samuel Cunliffe (DESY) Angelo Di Canto (Brookhaven National Laboratory (US)) Giacomo De Pietro (INFN Roma Tre) Nathalie Eberlein (Ludwig Maximilian University of Munich) Michael Eliachevitch (University of Bonn) Marcela Garcia Hernandez Philip Grace (The University of Adelaide) Daniel Greenwald (Technische Universitaet Muenchen) Oskar Hartbrich (University of Hawaii at Manoa) Michel Hernandez Villanueva (DESY) Chia-Ling Hsu (University of Sydney) Ilya Komarov (DESY) Thomas Kuhr (Ludwig Maximilians Universitat (DE)) Yaroslav Kulii (Ludwig Maximilian University of Munich) Frank Meier (Duke University) Marco Milesi (University of Melbourne) Gian Luca Pinna Angioni (University of Torino) Markus Tobias Prim (University of Bonn (DE)) Martin Ritter (Ludwig Maximilian University of Munich) Pascal Schmolz (Ludwig Maximilian University of Munich) Umberto Tamponi (INFN Torino (IT)) Francesco Tenchini (DESY) Hannah Wakeling (University of McGill) Xing-Yu Zhou (LiaoNing Normal University)

Presentation materials