Device Physics
Tag concepts by bias, carrier, potential, capacitance, and current so learners can move from equations to evidence.
3 live evidence routes
Open topic path ->TOPIC INDEX
Find the concept.
Open the proof route.
Competitor sites are strong at course indexes and searchable tutorial trees. SemiAgora needs the same discoverability, but each topic should lead to a live lab, a learning path, a glossary term, or a source boundary.
CONCEPT MAP
Six lanes cover the current platform.
Each lane states what should be added next. This turns the site from a set of pages into a searchable curriculum backbone without opening any user-data workflow.
Circuits
Add compact calculators for gain, noise margin, delay, load, and oscillation frequency using fixed public datasets.
2 live evidence routes
Open topic path ->Memory
Build SRAM and DRAM concept maps around read, write, retention, sensing, column mux/I/O, margin, assist, and fault coverage.
6 live evidence routes
Open topic path ->Layout and Physical Design
Convert DRC, LVS, PEX, RC, coupling, and IR-drop work into artifact checklists and review rubrics.
4 live evidence routes
Open topic path ->Digital and Verification
Add HDL reading drills, waveform questions, assertion examples, and fixed trace replays.
3 live evidence routes
Open topic path ->Research Operations
Publish service boundaries for simulation reruns, evidence audits, original figures, and technical English review.
3 live evidence routes
Open topic path ->Semiconductor Domain Map
Use process, integration, equipment, metrology, device, circuit, memory, digital, EDA, and packaging domains to split the growing site into clearer collections.
10 domains / 11 role families
Open domain map ->BENCHMARK SIGNAL
What to copy structurally.
Use external sites as pattern references: searchable topic trees, course modules, runnable practice, and career entry points. Do not copy their assets or course content.
Arm Education
Education portals organize learning paths and academic enablement around reusable course resources.
Open official source ->TI Precision Labs
Strong training sites package technical concepts as sequenced video and exercise modules.
Open official source ->Analog Devices Modules and Courseware
Courseware hubs help teachers and learners find lab projects and lesson-aligned materials.
Open official source ->EDA Playground
Practice hubs reduce setup friction by offering runnable HDL examples and shareable experiments.
Open official source ->Tiny Tapeout
Open silicon projects turn learning into public artifacts and concrete build milestones.
Open official source ->SEMI University
Workforce portals position semiconductor training around job-ready development.
Open official source ->