🧩📚 zenn-articles

This repository manages technical articles and Books published on Zenn
as canonical Markdown sources (single source of truth).

Zenn serves as a platform for structured publication and series,
while GitHub serves as the place for design, editing, and version control.

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🔗 Links

Language	GitHub Pages 🌐	GitHub 💻
EN English
JP Japanese

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🎯 Purpose

• 📝 Manage Zenn articles and Books as Markdown sources
• 🧭 Organize technical content by domain with reusable structure
• 🔁 Preserve revision history for refactoring, restructuring, and translation
• 🧠 Treat articles not as blog posts, but as technical assets

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🧭 Article Classification

In this repository, articles are classified into the following technical domains.
Each item below links directly to the corresponding article index (entry page) on the Samizo-AITL Portal.

• 01_Semiconductor
  Device physics, semiconductor processes, circuits, and scaling
  → Semiconductor Articles

• 02_Control
  PID, FSM, control architectures, and AITL (Architecture for Integrated Technology Logic)
  → Control Articles

• 03_Hardware
  Physical implementation, V–I budgeting, and system architecture
  → Hardware Articles

• 04_MEMS
  Piezoelectric actuators, microstructures, and physical modeling
  → MEMS Articles

• 05_Inkjet
  Drop formation, drive waveforms, and system integration
  → Inkjet Articles

• 06_Mechanical
  Mechanical design, CAD-to-Code workflows, and structural definition
  → Mechanical Articles

• 07_Other
  Visualization, analytics, and supporting technologies
  → Other Articles

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📚 Articles Index

👉 Browse the complete list and structure of all technical articles here

• Articles Index (JP)
• Articles Index (EN)

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🧪 Writing Policy

• 🏛 Markdown files on GitHub are the canonical source
• 📘 Zenn Articles and Books are derived from this repository
• 🔢 Article numbering is managed per domain (001–)
• 🔁 Structural changes and extensions are made on GitHub first

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👤 Author

📌 Item	Details
Name	Shinichi Samizo
Expertise	Semiconductor devices (logic, memory, high-voltage mixed-signal) Thin-film piezo actuators for inkjet systems Printhead productization, BOM management, ISO training
GitHub

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📄 License

📌 Item	License	Description
Source Code	MIT License	Free to use, modify, and redistribute
Text Materials	CC BY 4.0 or CC BY-SA 4.0	Attribution required; share-alike applies for BY-SA
Figures & Diagrams	CC BY-NC 4.0	Non-commercial use only
External References	Follow the original license	Cite the original source properly

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💬 Feedback

Suggestions, improvements, and discussions are welcome via GitHub Discussions.