Elias maximized the window. The interface was clean—a stark contrast to the cluttered toolbars of other software. He saw the project tree on the left and the infinite white canvas on the right.

"New Project," he muttered, clicking the icon.

A properties dialog popped up. He typed in the title: G-Force Motor Control Panel.

He hit OK. A clean title block appeared on the sheet. It was ready. He pressed the Zoom Fit button to center his world.

Alex adjusted the magnifying visor and blinked at the blinking cursor on the schematic canvas. The assignment was simple in words: design a control panel for the university’s small experimental drone and document it as a tutorial for newcomers. In practice it was a tangle of relays, switches, sensors and the sort of decisions that made veteran engineers sigh. Alex chose a name for the project — G-Force — and opened QElectroTech.

Good documentation was as important as the schematic itself. Alex used QElectroTech’s text annotation tools and exported the project as a PDF for the team. The tutorial covered versioning: increment the project revision each time a change is made, keep a change log on the first page, and export both the schematic and the wiring diagram.

Practical tips:

QElectroTech doesn't natively support animation. But it does support dynamic text and conditional formatting.

Result: When a bass drum hits, your schematic wire literally fills with >>> arrows moving in real-time.

Draw a simple series circuit:

Don't connect the final wires yet. Leave a gap labeled CONTROL_NODE.