Mirabilis Design launches AI-driven learning platform for embedded systems and semiconductors

Mirabilis Design has introduced SEAL, a learning platform for engineering students and professionals that combines simulation, technical content and agentic AI to teach semiconductor and embedded systems architecture. The platform is designed to help users test design trade-offs across emerging technologies, standards and applications.

Why it matters: - SEAL is aimed at closing the gap between classroom theory and industrial engineering practice. - The platform lets learners test architecture choices and see how changes affect performance, power and functionality. - Mirabilis Design is targeting students, faculty and working professionals in electronics, computer science, computer engineering, electrical engineering and systems engineering.

What happened: - Mirabilis Design introduced Semiconductor and Embedded Systems Architecture Labs, or SEAL, as an AI-driven learning platform for embedded systems and semiconductor architectures. - The company said SEAL combines trusted technical content, practical engineering scenarios, brainstorming questions, answer keys and access to the VisualSim Architect simulation platform. - The platform is built to help learners explore electronic system architectures and emerging technologies through simulation and tutorials.

The details: - SEAL covers hundreds of standards and 500 applications across semiconductor and SoC design, artificial intelligence, high-performance computing, automotive and autonomous systems, IoT, data centres, avionics, communications, signal processing and cyber-physical systems. - The platform uses traditional modeling plus agentic AI natural language modeling for interactive studies. - Learners can investigate how throughput changes when moving from an AXI-based SoC to a multi-die UCIe-based SoC. - Learners can compare autonomous driving timing requirements when tasks are distributed across multiple ECUs versus a single high-performance computing unit. - Learners can examine how satellite power consumption changes across different orbital conditions. - Learners can compare PCIe and Ethernet for a flight avionics system. - SEAL is designed to support classroom and laboratory use with structured technical content, simulation exercises, quizzes and answer keys. - Working professionals can use SEAL to build knowledge of emerging technologies, standards and system-level architecture.

Between the lines: - The product gives Mirabilis Design a way to turn its simulation software into a training and education product. - The emphasis on measurable trade-offs suggests the company wants learners to study system behavior, not just memorize terminology. - VisualSim Architect is already used by architects and designers across semiconductor, automotive, defence and aerospace applications, which gives SEAL a base of existing technical credibility. - Mirabilis Design said VisualSim Architect has been used by more than 500 architects and designers, supported the development of more than 250 products and been tested across universities on five continents.

What's next: - SEAL will be used to help prepare the next generation of engineers for technology and design challenges found in industry. - Learners are expected to use simulation to compare alternatives and understand the relationship between architecture, performance, power and functionality. - Mirabilis Design is positioning the platform as a long-term learning environment for both individual study and academic programs.

The bottom line: - SEAL turns Mirabilis Design's simulation expertise into a teaching platform for the next wave of semiconductor and embedded systems talent. - More information is available from Mirabilis Design through its social channels: LinkedIn, YouTube and X.