🌎 Read in English — Mechanical Design articles for global engineers

2026-08

実務ノウハウ

デザインレビュー(DR0〜DR4)の実務——段階別に何をレビューするか

デザインレビューをDR0〜DR4の段階別に整理。企画・基本設計・詳細設計・試作評価・量産移行で確認すべきことと、DRを形骸化させない運用の工夫を解説します。
Design Engineer Habits

Building Your Engineering Specialty: How to Become the Go-To Person for a Specific Technical Domain

The Generalist-Specialist TensionEarly in a mechanical engineering career, breadth is an asset. Engineers who can contri...
Design Engineer Habits

Digital Tools Beyond CAD for Mechanical Engineers: PLM, Project Management, and Communication Tools That Boost Productivity

The CAD-Centric Blind SpotFor most mechanical engineers, professional development focuses on CAD skill. Which modeler to...
実務ノウハウ

PLMシステム導入の実務——図面・部品データを一元管理する仕組み

PLMシステム導入の実務:図面・部品データを一元管理する仕組み。主な内容:フォルダ管理の限界を数字で見る・PLMとPDMの違いを実務目線で整理する・導入プロジェクトで実際に起きた混乱・部品表連携でつまずいたポイントなど。
Design Engineer Habits

Learning from Senior Engineers: How to Ask Questions That Maximize Knowledge Transfer

The Most Underrated Engineering SkillSenior engineers carry an enormous body of knowledge that is never written down any...
Engineer Career

Building and Maintaining a Useful Engineering Checklist: How to Grow a Personal List That Actually Catches Errors

Why Most Engineering Checklists FailChecklists are one of the most powerful error-prevention tools in engineering, yet m...
実務ノウハウ

トポロジー最適化入門——AIが設計する時代の設計者の役割

トポロジー最適化入門:AIが設計する時代の設計者の役割。主な内容:トポロジー最適化とは何をする技術か・トポロジー最適化を使う上での3つの前提条件・実務での活用フロー・AIと設計者の役割分担をどう考えるかなど。
Design Engineer Habits

Physical Health and Focus for Long-Career Engineers: Sustaining Performance Over Decades

The Slow Attrition Nobody Talks AboutEngineering is a knowledge profession that demands sustained concentration over lon...
Design Engineer Habits

How Much English Does a Mechanical Engineer Really Need: A Practical Breakdown by Role

The Honest Answer Is: It Depends on Your RoleFew questions in a mechanical engineer's career generate more anxiety than ...
実務ノウハウ

FEM解析の基礎——設計者が知っておくべき有限要素法の考え方

FEM解析の基礎を設計者向けに解説。有限要素法の考え方、メッシュ分割と境界条件が結果を左右する理由、荷重条件、応力コンター図の落とし穴との向き合い方を整理します。