Explore the future of electrification and engineering innovation with the Electrification Track Recordings from the Sciengineering Conference 2024. This curated collection brings together industry-leading experts and thought-provoking discussions, providing you with actionable knowledge to accelerate innovation in electrification and beyond.

What’s Included:

1. The New Way of Safety Analysis: Leveraging MBSE for Fault Analysis

Daniel Szabo, Application Engineer at SciEngineer

Session description: Creating an FMEA is challenging due to the overwhelming complexity of analyzing large systems with numerous components and interdependencies, collecting accurate data, and dealing with subjective judgments. By leveraging the MBSE approaches and systematic simulation and analysis of fault behaviors, safety- and systems engineers can tackle the complexity of systems and provide evidence of the correctness of the fault detection and mitigation logic.

Agenda:

• The Role of Safety Analysis
• 8 Steps of Failure Mode and Effects Analysis
• Step1: Determine the System Boundary
• Step 2: Functional Decomposition
• Step 3: Identify Potential Failure Modes
• Step 4: Determine the Potential Effects
• Step 5: Determine Potential Cause(s)
• Step 6: Estimate The Likelihood of Occurrence
• Step 7: Determine the Current Controls
• Step 8: Determine the Corrective Actions

2. Discover the Benefits of MathWorks’ Latest Solutions for AUTOSAR Development

Domenico Ferrari, Senior Application Engineer at MathWorks

Session description: One of the main challenges of AUTOSAR development is that the Model-Based Design approach is often restricted at the component level and disconnected from the software architecture level.
MathWorks proposes to bridge this gap with a fully integrated and synchronized model-based design approach that is extended to cover AUTOSAR development seamlessly.
Discover how this solution enables simulation, formalization, analysis, and optimization techniques to enhance your confidence in your software architecture by eliminating inconsistencies and unexpected behaviors in your AUTOSAR software development.

Agenda:

• Challenges of AUTOSAR development
• MathWorks’ Solution
• Software Architecture: Structure & Behavior
• Multiple Viewpoints
• System Characteristics
• Validation & Verification
• Software Requirements &
  Use Cases

3. Motor Controller Test using Emulated Motor and Load Chain

Laszlo Mathe, System Engineer at Robert Bosch

Session description: Learn about the structure, operational concept, and design steps behind the innovative Motor and Load Emulator. Dive deep into its functionality and explore what’s under the hood. Join us for a comprehensive introduction to this cutting-edge technology, designed to streamline and enhance motor controller performance evaluations.

Agenda:

• Short Introduction
• Structure of the Motor and Load Emulator
• Operational Concept
• Design Steps of the Motor and Load Emulator
• What’s Under the Hood

How to Access:

To watch the recordings, simply fill out the form on this page. Once registered, you’ll gain immediate access and can watch it directly on the page. Additionally, you’ll receive an email with a link to access the on-demand sessions at your convenience.