EduMecha

📘 EduMecha

Parametric Mechanical Design Educational Materials (for Creo users)
機械設計教育のためのパラメトリック設計教材（Creo対応）

⚠️ Important Notice

❗️ This repository does not include PTC Creo files (.prt / .asm / .drw) for exercises.
EduMecha is intended as a curriculum framework and instructional design template for mechanical design education using parametric 3D CAD.
It is a resource for instructors, curriculum designers, and researchers rather than a ready-to-use exercise set.

📥 How to Obtain or Create Creo Model Files (.prt / .asm)

While no Creo CAD files are included, you can create or obtain your own models using official free offerings from PTC:

Creo Parametric Free Trial (14 days)
A fully functional evaluation version suitable for short-term model development.
→ Try Creo for Free – PTC
Creo University Student Edition (1 year)
A free license for eligible students and educators, ideal for continuous curriculum development.
→ PTC Education Portal

📄 For detailed instructions on installing Creo, building .prt / .asm files, and exporting .step or .pdf formats, refer to:
docs/creo_modeling_guidance.md

📘 Overview

EduMecha is an educational repository for structured learning of mechanical design using parametric 3D CAD (primarily PTC Creo Parametric).
It supports planning for 2D-to-3D modeling, design intent visualization, enclosure design, orthographic drawing, assembly modeling, and CAE integration.

EduMecha は、PTC Creo Parametric を活用し、2D図面から3D設計、筐体構造、アセンブリ、CAE解析までを一貫して学ぶ教育リポジトリです。

🔧 Features

✏️ 2D → 3D modeling practice
📐 Understanding parametric constraints and design intent
🧩 Assembly modeling and drawing practice
🛠 Enclosure design integrated with AITL-H intelligent control system
📊 Integration with CAE tools like Creo Simulate (stress, COG, etc.)

🧱 Directory Structure

EduMecha/
├── 00_overview/                 
├── 01_parametric_basics/        
├── 02_assembly_design/          
├── 03_drawing_skills/           
├── 04_legacy2parametric/        
├── 05_mechatronic_integration/  
├── 06_drafting_fundamentals/    
├── 07_measurement_tools/        
├── 08_production_process/       
├── templates/                   
└── assets/                      

Directory	Description
`00_overview/`	Repository overview and content map
`01_parametric_basics/`	Intro to Creo and basic parametric modeling
`02_assembly_design/`	Assembly modeling and constraint practices
`03_drawing_skills/`	Orthographic projection and drawing creation
`04_legacy2parametric/`	Modeling from hand-drawn sketches
`05_mechatronic_integration/`	Integration with control systems (AITL-H)
`06_drafting_fundamentals/`	Basics of projection, tolerances, and standards
`07_measurement_tools/`	Dimensional evaluation and calibration practice
`08_production_process/`	Educational flow from design to production
`templates/`	Parametric modeling templates (Creo-based)
`assets/`	Visual materials, PDFs (no Creo data)

Edusemi
Educational resources for semiconductor design using sky130
EduController
Control theory & AI-based control (PID, state-space, RL, LLMs)
AITL-H
Hierarchical intelligent control architecture (FSM × PID × LLM)
SamizoGPT
Prompt engineering & template framework for structured education
PTC Creo Parametric (official)
Professional 3D CAD software for modeling, assembly, and simulation

📜 License

This repository is released under the MIT License.
Reuse for educational and non-commercial purposes is encouraged.

MITライセンスに基づき公開されています。教育・非営利での活用を歓迎します。

👤 Author Information

Shinichi Samizo

M.S. in Electrical and Electronic Engineering, Shinshu University
Former Seiko Epson Corporation Engineer (since 1997)

📌 Areas of Expertise:

Semiconductor Devices (Logic, Memory, High-Voltage Integrated with Logic)
Inkjet Thin-Film Piezoelectric Actuators
PrecisionCore Printhead Development, BOM Management, ISO Education

📬 Contact

💬 Feedback & Discussion

We welcome your questions, suggestions, and use case sharing in GitHub Discussions.
Feel free to join the conversation!

👉 Go to EduMecha Discussions