Program
Day 1 - March 11, 2025
parallel sessions
Class 2.1
Mastering Docker for Embedded Linux Development: A Hands-On Introduction
Class 2.2
Embedded GNU/Linux for Safety-related Systems – Options and Pitfalls
Class 3.1
Embedded Safety Architectures
Class 5.1
Unit Testing and Code Coverage for Embedded Systems on Target Hardware
Keynote Session
Conference Keynote
parallel sessions
Session 1.1 IOT & CONNECTIVITY
Industrial IoT 1
Session 1.10 IOT & CONNECTIVITY
Intelligent IoT
Session 2.1 EMBEDDED OS
Developing with Zephyr: Introduction – powered by Zephyr Project
Session 3.1 SAFETY & SECURITY
Trustworthy Embedded Devices
Session 4.1 HARDWARE DESIGN
CPUs & Coprocessors
Session 5.1 SOFTWARE & SYSTEMS ENGINEERING
Programming Languages
Session 5.10 SOFTWARE & SYSTEMS ENGINEERING
Embedded DevOps and CI
Session 6.1 EMBEDDED VISION
MIPI I3C Serial Bus – powered by MIPI Alliance
Session 7.1 EDGE AI
Compliance for Edge AI
parallel sessions
Session 1.11 IOT & CONNECTIVITY
OPC UA Use Cases
Session 1.2 IOT & CONNECTIVITY
Industrial IoT 2
Session 2.2 EMBEDDED OS
Developing with Zephyr: How to – powered by Zephyr Project
Session 3.2 SAFETY & SECURITY
Implementing the Cyber Resilience Act (CRA)
Session 4.2 HARDWARE DESIGN
Multiprocessor System Design
Session 5.11 SOFTWARE & SYSTEMS ENGINEERING
Open Source Software
Session 5.2 SOFTWARE & SYSTEMS ENGINEERING
Programming Languages: Rust
Session 6.2 EMBEDDED VISION
MIPI for Embedded Vision – powered by MIPI Alliance
Session 7.2 EDGE AI
Workflows for Edge AI
parallel sessions
Class 1.1
TSN in Practice: From Network-Configuration to Endpoint Solutions
Class 3.3
Embedded Linux Security
Class 3.2
Functional Safety Standards IEC 61508, IEC 61511, ISO 26262, ISO 13849 – What are the Basics and What are the Differences?
Class 7.1
Introduction to tinyML - Running Deep Learning Models on Low-Power Micro-Controllers
parallel sessions
Session 1.12 IOT & CONNECTIVITY
Vehicular Networks
Session 1.3 IOT & CONNECTIVITY
Localization & Tracking
Session 2.3 EMBEDDED OS
Zephyr for Safety & Security Applications – powered by Zephyr Project
Session 3.3 SAFETY & SECURITY
Security in the Quantum Era
Session 4.3 HARDWARE DESIGN
Developing with FPGAs
Session 5.12 SOFTWARE & SYSTEMS ENGINEERING
Development Processes for SW-Defined Vehicles (SDV)
Session 5.3 SOFTWARE & SYSTEMS ENGINEERING
Software Coding Paradigms
Session 6.3 EMBEDDED VISION
MIPI Interfaces – powered by MIPI Alliance
Session 7.3 EDGE AI
Strategies for Building Edge AI
Day 2 - March 12, 2025
parallel sessions
Class 2.3
Getting Started with Real-Time Operating Systems (RTOS)
Class 5.2
C++ and Modern C++ for Embedded Development
Class 5.3
Practical SysML and MBSE: Basic Guidance for Engineers
Class 5.4
Rust, a Safe Language for Low-level Programming
parallel sessions
Session 1.13 IOT & CONNECTIVITY
Cellular IoT: 5G & 6G – powered by IoT-M2M-Council
Session 1.4 IOT & CONNECTIVITY
TSN for Industrial Automation
Session 2.4 EMBEDDED OS
Developing with Embedded Linux
Session 3.4 SAFETY & SECURITY
Qualifiying Safe Embedded Systems
Session 4.4 HARDWARE DESIGN
RISC-V Development Ecosystem – powered by RISC-V Foundation
Session 5.13 SOFTWARE & SYSTEMS ENGINEERING
Test Processes and Strategies
Session 5.4 SOFTWARE & SYSTEMS ENGINEERING
Robust Software Architectures
Session 6.4 EMBEDDED VISION
Embedded Vision Use Cases – powered by Edge AI & Vision Alliance
Session 7.4 EDGE AI
Hardware for Edge AI
parallel sessions
Session 1.14 IOT & CONNECTIVITY
Cellular IoT: Emerging technologies – powered by GCF
Session 1.5 IOT & CONNECTIVITY
TSN Management
Session 2.5 EMBEDDED OS
Real-time Linux
Session 3.5 SAFETY & SECURITY
Efficient Engineering of Safety/Security Projects 1
Session 4.5 HARDWARE DESIGN
RISC-V System Design – powered by RISC-V Foundation
Session 5.14 SOFTWARE & SYSTEMS ENGINEERING
Software Product Quality
Session 5.5 SOFTWARE & SYSTEMS ENGINEERING
Artificial Intelligence (AI) Algorithms
Session 6.5 EMBEDDED VISION
AI in Embedded Vision Applications – powered by Edge AI & Vision Alliance
Session 7.5 EDGE AI
Frameworks for Edge AI
parallel sessions
Class 2.4
Hands-On Zephyr Project Workshop
Class 4.1
Single Pair Ethernet Design with Power over Data Line with EMC Aspects
Class 5.5
Advanced Embedded Rust
Class 7.2
Rapid Development of Anomaly Detection Machine Learning Algorithms
parallel sessions
Session 1.15 IOT & CONNECTIVITY
Mesh Networks
Session 1.6 IOT & CONNECTIVITY
TSN Synchronization
Session 2.6 EMBEDDED OS
Yocto Use Cases – powered by Yocto Project
Session 3.6 SAFETY & SECURITY
Efficient Engineering of Safety/Security Projects 2
Session 4.6 HARDWARE DESIGN
Memory: Test for Zero Defect
Session 5.15 SOFTWARE & SYSTEMS ENGINEERING
Test Automation
Session 5.6 SOFTWARE & SYSTEMS ENGINEERING
Debugging Software & Systems
Session 6.6 EMBEDDED VISION
Embedded Vision Interfaces
Session 7.6 EDGE AI
Smart Sensing Based on Edge AI
Day 3 - March 13, 2025
parallel sessions
Class 4.2
FPGA-Design using C/C++ and High-Level Synthesis
Class 2.5
Introduction to Embedded Linux Using a Yocto Project SDK
Class 4.3
Ultra Low Power hands-on workshop
Class 5.6
Tuning Software-Tests for Embedded Systems
Session 1.16 IOT & CONNECTIVITY
Bluetooth Technologies – powered by Bluetooth SIG
Session 1.19 IOT & CONNECTIVITY
IoT Identify Management
Session 1.22 IOT & CONNECTIVITY
Modular & Open Systems – powered by PICMG/SGET
Session 1.7 IOT & CONNECTIVITY
Fieldbus Applications
Session 2.7 EMBEDDED OS
Optimization of Embedded OS
Session 3.7 SAFETY & SECURITY
Developing Safe Software
Session 4.10 HARDWARE DESIGN
Mesasuring Power Supply Current
Session 4.7 HARDWARE DESIGN
Developing Embedded Hardware
Session 5.7 SOFTWARE & SYSTEMS ENGINEERING
MISRA SW Coding Guidelines – powered by MISRA
parallel sessions
Session 1.17 IOT & CONNECTIVITY
Bluetooth Channel Sounding – powered by Bluetooth SIG
Session 1.20 IOT & CONNECTIVITY
IoT Security Management
Session 1.8 IOT & CONNECTIVITY
Fieldbus Security
Session 2.8 EMBEDDED OS
Over The Air (OTA) Updates
Session 3.8 SAFETY & SECURITY
The Way to Safe AI
Session 4.11 HARDWARE DESIGN
Ultra Low Power & Energy Harvesting
Session 4.8 HARDWARE DESIGN
Sensors, Actuators, Radar
Session 5.8 SYSTEMS & SOFTWARE ENGINEERING
Static Code Analysis
Session 7.7 EDGE AI
Edge AI Case Studies 1 – powered by Edge AI Foundation
parallel sessions
Session 1.18 IOT & CONNECTIVITY
Wireless Connectivity with Matter & Thread
Session 1.21 IOT & CONNECTIVITY
IoT Data Management
Session 1.9 IOT & CONNECTIVITY
CAN: Protocols & Security – powered by CAN in Automation
Session 2.10 EMBEDDED OS
Embedded OS in Automotive Applications
Session 2.9 EMBEDDED OS
Virtualization: Hypervisors & Containers
Session 3.9 SAFETY & SECURITY
Safety & Security Use Cases
Session 5.9 SYSTEMS & SOFTWARE ENGINEERING
How to Leverage AI for Development
Session 7.8 EDGE AI
Edge AI Case Studies 2 – powered by Edge AI Foundation