dsh-illustrated-teaching

Studying a MOS transistor cross-section, a protein purification workflow, or the chip supply chain from plain text alone rarely builds real spatial intuition. Side-by-side vs. stacked layers, a conducting channel that only appears under bias, upstream-to-downstream causality—these concepts resist pure reading. dsh-illustrated-teaching turns a Harness conversation into a full visual pipeline: state the topic, the model plans 3-6 figures filled with genuine parameters, renders uniform-style cards via Playwright at 2x DPR, and delivers a self-contained gallery page plus local PNG, captions, and manifest exports.

Eight science-infographic templates each own a job: cross-section for physical devices with every terminal (G/S/D/B) accounted for, annotate for protocol stacks or geological strata, compare for A-vs-B breakdowns with worked examples, process steps with key-parameter blocks and equipment notes, and memory cards for quick pre-exam review. Parameters cite well-known ranges rather than fabricated values, every simplified diagram carries a badge, and common pitfalls are flagged in callout bars—so the output reads like a trustworthy textbook figure.

Designed for undergraduate-level comprehension, it suits students in semiconductors, physics, chemistry, biology, and operating systems who need spatial reasoning, as well as science-content creators who want to generate figure assets in one click. Rigorous, example-driven, summary-backed, and honest at first glance: that is the standard applied to every card it produces.