Shinichi Samizo

人型ロボットのためのハイブリッド知能制御アーキテクチャ：FSM・PID・LLMの統合設計 　Hybrid Intelligence Control for Human-Support Robots: FSM, PID, and LLM integrated architecture.

A repository for managing multiple technical books published on Zenn, focusing on control engineering, semiconductors, and AI-assisted system design.

Zennに公開する技術記事・Bookの正本を管理するリポジトリ。半導体、制御、MEMS、Inkjet、Hardware を軸に、設計思想と技術構造を体系化する。Canonical repository for Zenn articles and books. Covers semiconductor, control, MEMS, inkjet, and hardware design with a focus on architecture and system thinking.

A research and education portal focused on semiconductor learning (Edusemi) and the AITL structured AI architecture for system design. （半導体学習 Edusemi と、システム設計のための構造化AIアーキテクチャ AITL を扱う研究・教育ポータル）

Qiitaに投稿した技術記事をMarkdown原稿として管理・再編集するためのリポジトリ。記事本文、図、補足資料、改稿履歴を一元管理する。

An integrated educational framework covering semiconductor physics, circuit design, fabrication processes, and testing — from fundamentals to advanced practical applications. （物性・回路・プロセス・設計・テストを貫く一貫教育体系。基礎から応用・実践までを体系的に整理）

A battle-tested OpenLane guide covering WSL2, Docker, PDK, OpenLane1/OpenLane2 coexistence, GLS, STA, layout tools, and disaster-proof environment management. Read once, never break your OpenLane setup again.

機械設計教育のためのパラメトリック設計教材（Creo対応） / Parametric mechanical design educational materials (for Creo users)

Physical reference PCB for fixing abstract control logic into real voltage/current behavior.

Experimental animation demos for visualizing AITL concepts.

Full Code Mechanical Design — A code-driven approach to mechanical design using Python and FreeCAD, without relying on GUI-based CAD workflows.

Semiconductor insights from technology trends, industry structure, and product evolution. （技術トレンド・産業構造・製品進化の視点から半導体を俯瞰する）

Education and training documentation for design engineers based on AITL (Architecture for Integrated Technology Logic), aligned with ISO 9001 competence requirements.

ChatGPT APIで動く半導体技術ボット（プロンプト＋Flask）

ChatGPTを活用したプロンプト体系・プロジェクト管理フレームワーク Prompt engineering & project framework using ChatGPT

AITL構想に基づく国家レベルのAI×制御×物理統合設計に関する戦略提案書（教育・産業・防災対応） National-level strategic proposal for the AITL architecture: AI x Control x Physical integration for education, industry, and disaster resilience in Japan.

Markdown-first presentation repository using Marp. Slides are authored in Markdown and exported to HTML and PowerPoint (.pptx) for publishing and talks.

Physical-model-based control design using PID and FSM. From V–I characteristics to practical control implementation.

公開情報に基づくインクジェット技術の比較・応用アーカイブ | Inkjet tech archive based on public information

Educational project that explores the AITL control architecture (PID × FSM × LLM) from Python modeling to ASIC implementation using Verilog, OpenLane, Magic, and ngspice.

教育訓練・力量管理・教材再利用を構造化する軽量LMSモジュール（Samizo-AITL構想）/ Lightweight LMS module for training, competence, and structured education reuse.

資産運用の基礎とテクノロジー投資をChatGPTで学ぶ実践教材 / A practical guide to asset management & tech investing with ChatGPT

AI video generation experiments for education and technical presentations. Focused on reproducibility, prompts, and workflows rather than raw videos.

Minimal inkjet printhead driver IC exploration using the GF180MCU open PDK, focusing on high-voltage device layout and mixed-signal integration.

Minimal educational model of inkjet printing trade-offs: quality vs speed, visualized with simple Python simulations.

Lightweight MEMS structural analysis tools (pre-FEM)

Design Recovery Control is a control architecture that recovers control design assumptions under system degradation, using layered supervision of PID, FSM, and LLM.

Control architectures that explicitly treat operational envelopes as first-class control states.

A control-only playground for analyzing fixed PID behavior under adversarial disturbances.

Educational and practical V–I control ASIC using PID + FSM on SKY130 with OpenLane