Electronics & Systems Engineering

Model and validate electronic, electrical, and control system behavior before hardware is built. Virtual system simulation allows teams to evaluate power electronics, embedded control logic, and system interactions early in development.

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What This Capability Solves

A product may function mechanically but fail due to electrical or control system behavior. Power electronics, embedded logic, signal instability, or electromagnetic interference often create issues that only appear after hardware testing, leading to redesigns and delayed launches.

How We Address These Challenges

Electronics & Systems Engineering uses system-level simulation to model circuits, control algorithms, and electromechanical interactions before hardware is built. By validating system behavior digitally, teams reduce hardware iterations, improve reliability, and accelerate product integration.

Core Electronics & System Technologies

These environments simulate electronic circuits, control logic, and electromechanical behavior to ensure stable and reliable product operation before hardware testing.

PSIM

Simulate power electronics circuits and evaluate converters, inverters, and motor drives performance.

Flux

Analyze electric motors, transformers, and electromagnetic devices to predict efficiency and losses.

Feko

Evaluate electromagnetic interference, antenna behavior, and RF system performance.

Activate

Model dynamic system behavior using block diagrams and control system simulation.

Embed

Generate embedded controller code directly from validated control algorithms.

PollEx

Verify PCB designs, signal integrity, and manufacturing constraints before fabrication.

SmartCtrl

Design and tune motor control and power regulation strategies quickly and accurately.

Compose

Analyze signals, process data, and validate control system calculations through numerical scripting.

Connection With Other Capabilities

Electronics & Systems Engineering validates how the product operates as an integrated system.

After mechanical performance is verified in Engineering Simulation, system simulation evaluates motors, control logic, and electronic behavior before hardware integration. These validated system definitions are then managed through Product Lifecycle Management to maintain traceability and coordinated development across teams.

Do You Have Questions or Want to See Altair in Action?

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Structural Engineering / Altair Demo / Precision Tooling / Visual Sketching Solution

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Why Choose TrueInsight and Altair?

There's so many reasons but here's some of them...

Flexible Licensing

With Altair Units, users get access to an entire suite of tools at no extra cost. Maximize your investment by giving your engineering team the tools to solve more problems, faster.

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Altair One Marketplace

Manage licenses and users, access software downloads, organize cloud computing resources in a hosted intuitive environment.

Altair Partner Alliance

Get Access to 65 additional partner software solutions at no extra cost. APA products are included in the Altair Unit suites and give users additional tools in their toolbelt.

Dedicated Support Team

Through TrueInsight, customers have an engineering team dedicated to answering support questions when you need them.

Wide Variety of Solutions

The Altair portfolio has solutions for Structural, Fluid, Multiphysics, Electromagnetic, Electronic Analysis along with a robust Data Analytics solution.

Not sure if your system will operate reliably?

Describe your application and our engineers will help you evaluate control behavior, electronics integration, and potential stability or interference issues before hardware testing.

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