SciEngineer

30/09/2026

SDV Engineering Series | Season 1: Building an AUTOSAR Adaptive Application with Agentic AI

What happens after defining the architecture of an AUTOSAR Adaptive application?

The next step is verification and deployment.

Chapter 2 of the SDV Engineering Series shows how a separate AI Agent supports verification against requirements, before moving from design to a working application on real hardware.

We also prepare for OTA updates from day one, laying the foundation for the final step of the journey in Chapter 3.

Follow the complete 3-part engineering series, from architecture and development to verification, deployment and over-the-air updates.

Get access to the full 3-part SDV Engineering Series: https://sciengineer.com/sdv-engineering-series-season-1-building-an-autosar-adaptive-application-with-agentic-ai/

Follow a real software-defined vehicle engineering workflow using System Composer, Simulink and Agentic AI, from architecture to Over-the-Air updates.

23/09/2026

Can Agentic AI become a reliable part of automotive development?

Explore the SDV Engineering Series | Season 1: Building an AUTOSAR Adaptive Application with Agentic AI, a hands-on engineering walkthrough of a complete SDV development workflow using Model-Based Design and Agentic AI, from architecture to deployment and over-the-air updates.

Across the 3-part journey, you'll see how to:

• Set up the Agentic AI workflow in MATLAB & Simulink
• Define the software architecture
• Build and deploy the application
• Update it in an SDV context

The focus is on how Agentic AI can be integrated into the development process while keeping engineering decisions structured, traceable and verifiable.

Get free access to the full 3-part series:

👉 https://sciengineer.com/sdv-engineering-series-season-1-building-an-autosar-adaptive-application-with-agentic-ai/

22/09/2026

COMSOL Multiphysics 2027 is on the horizon! The new release puts a strong focus on two areas that are becoming increasingly important in engineering: system-level modeling and agentic AI.

🔹 COMSOL Systems connects system-level models with detailed 1D, 2D, and 3D multiphysics models, helping engineers explore how individual components influence overall system performance.

🔹 The new COMSOL MCP Server allows AI agents to interact with COMSOL Multiphysics through the COMSOL API, supporting tasks such as building and modifying models, running simulations, and analyzing results.

The release also introduces an Electric Motor Module, Application Builder support for macOS and Linux, a faster time-periodic solver, and several other updates.

We’re looking forward to exploring what Multiphysics 2027 brings to engineering simulation.

Read the full announcement:

The upcoming release includes new add-on products for utilizing system diagrams and modeling electric motors, as well as extended support for integrating AI tools and building apps.

16/09/2026

We recently had the pleasure of representing SciEngineer at the 2nd Aerospace and UAVs Trends Workshop & Exhibition, organized by COMOTI - Romanian Research&Development Institute for Gas Turbines.

It was a valuable opportunity to exchange ideas with researchers, engineers, and technology teams working on the next generation of aerospace and unmanned systems. The discussions highlighted how model-based design, AI-driven engineering, and real-time testing can support development, verification, and validation across complex engineering workflows.

We look forward to continuing the conversation and contributing to future developments in aerospace, UAVs, simulation, and testing technologies.

14/09/2026

What happens when AI agents meet engineering workflows?

Explore how Agentic AI with MATLAB can help engineers automate tasks, run code and tests, analyze results, and accelerate development—while keeping engineering expertise and validation at the center.

📅 September 17 | Online webinar by MathWorks

Register here:

Agentic AI is expanding what engineers can do with large language models by moving beyond single-prompt assistance toward workflows where AI agents can plan steps, call tools, execute code, evaluate results, and iterate. In engineering contexts, these workflows are most effective when they combine t...

08/09/2026

🎓Looking for a simpler way to create and manage your own MATLAB and Simulink courses?

With MATLAB Course Designer, educators can:

🔹 Create interactive learning activities and assessments
🔹 Combine exercises with videos, readings, and other course materials
🔹 Organize content into modules and complete courses
🔹 Assign courses through your LMS and track student progress

It’s a practical way to bring hands-on MATLAB and Simulink learning directly into your teaching workflow.

👉 Learn more about MATLAB Course Designer:

With MATLAB Course Designer, you can create content, labs, and assessments for your courses using scripts, models, and other tools available in MATLAB and Simulink.

04/09/2026

Model-Based Design can help engineering teams integrate cybersecurity risk analysis from concept through development and into continuous protection.

In our latest article, we explore how this approach can support more systematic risk analysis, traceability, and compliance while keeping cybersecurity connected to the engineering process.

👉 Read the full article:

While cybersecurity frameworks increasingly emphasize security by design, some traditional or compliance-driven implementations have relied heavily on testing, vulnerability scanning, and patching late…

27/08/2026

🛰️ Exploring how Agentic AI can support safety-critical aerospace systems?

Join the MathWorks webinar on September 2 to learn how Agentic AI and Model-Based Design can accelerate aerospace system development while maintaining traceability, verification, human oversight, and confidence in system behavior.

📅 Register:

Agentic AI is rapidly changing how engineering teams develop complex systems, from systems engineering and requirements development to verification and validation and software and hardware implementation. For aerospace and defense organizations developing safety-critical systems, the challenge is no...

26/08/2026

What if one ECU could take over functions that traditionally required several controllers?

New Eagle's NX3 ECU brings multiple vehicle control functions into a single unit, supporting VCU, ICE, EV, and hybrid control on one Infineon Aurix TC387 board. It also combines ISO 21434 cybersecurity, ISO 26262 (ASIL D), and OTA capability, while allowing applications to be developed in MATLAB and Simulink via OpenECU.

This is a good example of how vehicle control architectures are becoming more centralized and software-configurable as SDV development evolves.

Read the full story from Electronic Design: https://www.electronicdesign.com/markets/automotive/product/55396068/electronic-design-new-eagle-integrated-ecu-platform-simplifies-ev-control-charging-for-light-commercial-and-off-highway-vehicles

The NX3 single-controller solution for EVs combines Megawatt Charging System and Combined Charging System protocols with full vehicle supervisory control.

19/08/2026

Webinar for Academia: Teaching and Learning with Agentic AI

Join MathWorks experts for a webinar exploring how agentic AI can support teaching, learning, and curriculum development with MATLAB and Simulink.
The session will cover practical ways educators can use AI to create instructional content, hands-on activities, assessments, and learning support for students.

📅 August 26, 2026
🔗 Register now: https://www.mathworks.com/company/events/webinars/upcoming/teaching-and-learning-with-agentic-ai-5377950.html

Join the webinar to learn how educators and students use agentic AI tools with MATLAB and Simulink to create engaging curriculum and support student skills development.  Educators will learn how to use these tools in their own curriculum development, as well as how to equip students with tools to a...