Bachelor Courses

• Technische Informatik I
• Technische Informatik II
• Eingebettete Systeme I
• Eingebettete Systeme II
• Seminar: Embedded System Design

Master Courses

• Industrie 4.0: Digitization of Industrial Manufacturing
• System Level Design
• Seminar: Alexa & Co. - Technical Challenges of the IoT

Supervised Students project groups

• 2020/2021 - Projektgruppe FolgBot
• 2018/2019 - Projektgruppe EmBrAAC 

Supervised Theses

• 2022 - "An MQTT publisher solution for FPGAs" (Bachelor Thesis)
• 2021/2022 - "Automatic TSN network configuration based on IEC61499 system/application model" (Master Thesis)
• 2021/2022 - "Research and Implementation of Timing Measure and Timing Control Instructions for RISC-V Cores" (Master Thesis)
• 2021/2022 - "Publish-Subscribe Pattern für verteilte industrielle Prozessmess- und -steuerungssysteme" (Bachelor Thesis)
• 2020/2021 - "Entwicklung und Evaluation des digitalen Zwilling eines realzeitfähigen Kommunikationsnetzwerks" (Master Thesis)
• 2020 - "Entwicklung und Evaluation eines digitalen Zwillings für ein verteiltes Industrieautomatisierungssystem" (Bachelor Thesis)

Modeling and verification of real time communication in industrial distributed systems 

Recent Publications 

• ETFA '22 – „A Detailed Analysis of Timing Effects in an IEC 61499 Ethernet/TSN Communication Scenario” Friederike Bruns, Jörg Walter, Wolfgang Nebel
• ACM Transactions on Embedded Computing Systems '20 - "Time Measurement and Control Blocks for Bare-Metal C++ Applications" Friederike Bruns, Irune Yarza, Philipp Ittershagen and Kim Grüttner
• WFCS '20 - "Work-in-Progress: Modeling of real-time communication for industrial distributed automation systems" Friederike Bruns, Wolfgang Nebel, Jörg Walter and Kim Grüttner
• FDL '19 - "Time Measurement and Control Blocks for Bare-Metal C++ Applications" Friederike Bruns and Philipp Ittershagen and Kim Grüttner