ZiSE 2025
Zephyr in Science and Education 2025

Table of Contents

• Preface
  Summary: There were 10 papers submitted for peer-review to this workshop. Out of these, 6 papers were accepted for this volume.

Session 1: Teaching OS concepts

• Positional Paper: A Clock-Distribution Abstraction for Resource-Constrained Real-Time Systems in Zephyr 1-8
  Eva Dengler , Tobias Häberlein , Phillip Raffeck , Peter Wägemann

Session 2: Teaching Zephyr

• Zephyr Development Environment for Students 9-16
  Johannes Witzig , Flavio Felder , Vixay Phimmasane , Simon Künzli , Andreas Rüst
• Migrating an embedded systems lab to Zephyr – an experience report 17-25
  Olaf Hagendorf , Niklas Huhs

Session 3: Application of Zephyr

• Leveraging Zephyr RTOS for modern embedded systems A perspective from education and research 26-36
  Sven Grunwald , Kevin Krebs

Session 4: Safety & Security

• Applied static firmware anlysis in an CI environment for increased safety and code review insights 37-45
  Paul Würtz , Julius Kolb , Martin Eckardt
• Zephyr: An Ideal Platform for Introducing the Software Development Processes of Safety-Critical Embedded Systems 46-67
  Roberto Bagnara , Ayoub Bourjilat , Luca Ciucci , Roy Jamil , Nicola Vetrini