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Bringing Structure in the Development and Testing of Embedded Control Software with SCADE and TPT

Embedded control software is at the heart of increasingly complex, software-defined systems across industries. Whether the system is in a vehicle, an aircraft, an industrial machine, or another safety- and performance-driven environment, engineering teams face the same challenge: move faster without losing control over quality, maintainability, and system understanding.

Venue:
Virtual

Date/Time:
September 29, 2026
9:00 AM - 1:00 PM PDT

Register now

Date/Time:
October 9, 2026
9:00 AM - 1:00 PM CEST

Register now

Overview

AI and automation will help organizations become significantly faster. But speed alone does not solve the underlying challenge. If organizations accelerate unstructured processes, they mainly accelerate complexity.

This hands-on virtual workshop is designed for embedded software engineers who want to experience how Ansys SCADE and TPT combined bring structure to both sides of the engineering lifecycle. SCADE supports systematic model-based development of embedded control software, while TPT supports systematic verification and validation through behavior-oriented testing, reusable test logic, automation, regression testing, and continuous confidence generation.

Using a Cruise Control model as a practical example of a typical software-defined system governed by embedded control software, participants will explore how structured development and testing can help make engineering acceleration scalable, sustainable, and reliable.

What Attendees Will Learn

  • Understand how SCADE and TPT complement each other across the embedded software engineering lifecycle: structured development and structured verification and validation.
  • Experience a practical workflow for testing a SCADE model with TPT using a representative Cruise Control embedded control software example.
  • Learn how behavior-oriented testing, reusable test logic, automation, and regression testing can improve validation efficiency and confidence.
  • See how systematic engineering helps teams accelerate development without losing control over software quality, maintainability, and system understanding.
  • Gain hands-on exposure to a workflow applicable across industries, from automotive and aerospace to any software-defined system governed by embedded control software.

Who Should Attend

Embedded Software Engineers, Software Architects, Verification & Validation Engineers, Test Engineers and Test Managers, Systems Engineers, Functional Safety Engineers, Development Leads and Engineering Managers, Teams developing embedded control software in automotive, aerospace, rail, industrial automation, energy, and medical systems.