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Engineering education / Software · Ongoing

AutomationHub

An engineering publication and browser-based lab connecting industrial logic with practice.

CONTRIBUTION

Creator and technical author

STAGE

Live website · Interactive educational platform

TOOLS & METHODS

Interactive simulation · Technical writing

Logic Lab captured from the live AutomationHub website. The starter circuit includes a run latch, permissive interlock, and motor command.
Logic Lab captured from the live AutomationHub website. The starter circuit includes a run latch, permissive interlock, and motor command.

01 / CONTEXT

The challenge.

Learning industrial logic often requires physical PLC hardware or a large software setup. AutomationHub makes logic design and simulation accessible in the browser.

02 / PROCESS

The approach.

  1. Build a function-block workspace for digital logic, timers, analog operations, and controllers.
  2. Link simulation signals to an HMI dashboard through tags.
  3. Use a deterministic engine with dependency ordering and explicit scan-delay feedback.
  4. Provide recorded signal history, workspace import/export, and applied engineering explanations.

03 / REFLECTION

The outcome.

AutomationHub brings together ten masterclasses, interactive article exercises, a searchable component catalog, and a browser-based Logic Lab. The lab includes a 100 ms scan step, workspace export, and Arduino sketch export.

Project scope

An educational simulation environment for exploring control logic. The component catalog lists available blocks and planned additions.

04 / RESOURCES

Explore the project.

Visit AutomationHubLive website↗Try the Logic LabInteractive FBD workspace↗Explore the masterclassesEngineering articles and interactive exercises↗Browse the component catalogBlock descriptions and availability↗Read the simulator guideProject README · TXT↗Inspect a logic engine excerptSource excerpt · TypeScript↗
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