Resources
Here you’ll find materials I’ve created or curated — feel free to grab anything that looks useful
📑 Some course materials on Engineering Graphics
I’ve been serving as a teaching assistant for Engineering Graphics since Fall 2023. Below are some materials I’ve prepared or collected over the semesters — they might come in handy if you’re taking the course or just curious about the subject!
Course Slides
Coming soon…
Homework Q&A
Struggling with assignments? I’ve gathered answers to frequently asked questions from past semesters – and I refresh them every semester. Take a look – they might just save you from some common mistakes!
👉 Click here to view all Homework Q&A materials
Recommended Reading
Looking for extra reading to support your learning? Here are some books that I find closely related to the course — they cover foundational theory and practical drafting skills. Feel free to explore them if you’d like to dive deeper into the subject!
E-books can often be found via university library or other online sources.
| Book / 书籍 | Author / 编者 | Description / 简介 |
|---|---|---|
| 机械图样解读 | (日) 技能士の友编集部 编著；张晨阳，朱伟 译 | 本书适合初学者进行入门，以JIS标准为基准，兼顾中国现行标准注释，循序渐进地帮助读者建立图样阅读的基本能力。 |
| Engineering Drawing and Design | David A. Madsen, David P. Madsen | A comprehensive textbook that integrates traditional engineering drawing principles with modern design practices. |
| Technical Drawing with Engineering Graphics | Frederick E. Giesecke, Shawna Lockhart, Marla Goodman, Cindy M. Johnson | A classic, full-color reference that bridges 2D documentation and 3D modeling. With strong emphasis on CAD databases, ASME standards, and design intent, this book offers abundant exercises and real-world examples. |
| 典型机械零部件表达方法350例 | 樊宁，何培英 | 本书包含丰富的常用机械零部件与工业产品的设计图样，涵盖从典型结构到复杂装配体的表达方法，适宜案头查阅。 |
| SOLIDWORKS 2022有限元、虚拟样机与流场分析从入门到精通 | 胡仁喜，崔秀梅，万金环 | SolidWorks进阶书籍，从本书可以系统了解软件在有限元分析、虚拟样机构建及流场仿真中的应用，帮助读者建立从设计到仿真的完整分析思维。 |
📌 Note: Readers are reminded that the standards adopted in foreign textbooks (e.g., ASME, JIS, ISO) may differ from the Chinese National Standards (GB) in terms of drawing conventions, projection methods, dimensioning rules, and tolerance symbols. When applying knowledge from these references to domestic coursework, projects, or professional practice, please be sure to cross-check with the current GB standards to avoid confusion.
Further Resources
- Engineering Graphics Innovative Design is a follow-up elective course where you’ll get hands-on with Altair Inspire for topology optimization during lab sessions. Since many students find it challenging to get started with the software, I’ve put together a few resources to help you hit the ground running.
- What is Topology Optimization? – A Quick Intro
A beginner-friendly video that explains the core concepts of topology optimization in plain terms.
▶️ Watch on Bilibili - Topology Optimization in SolidWorks
If you’re already comfortable with SolidWorks, its built-in topology optimization module is a great place to start. This tutorial walks you through the workflow step by step.
▶️ Watch on YouTube - Official Altair Inspire Tutorial Series
A comprehensive video guide produced by Altair – covers the essential features and workflows you’ll need for the course.
▶️ Watch on Bilibili - Altair Inspire Official Documentation
The official help documentation is surprisingly thorough and well-organized – definitely worth bookmarking as your go-to reference.
📄 Access the documentation - 增材制造结构优化设计与工艺仿真
潘蕾，王迪，马越峰 主编 | 化学工业出版社，2023
本书从增材制造结构设计、优化和工艺仿真角度，通过典型案例介绍激光粉末床熔融技术原理、结构设计约束、准则和结构特征，Altair Inspire结构优化设计基础，Altair Inspire结构优化操作与应用等内容。
📘 Access via library
- Mechtool(🔗Visit the website) is a comprehensive online resource for mechanical design and manufacturing. Here you can access a wide range of mechanical design tools, numerous national and industry standards, as well as commonly used mechanical design software and their tutorials. During the spring semester of our Engineering Graphics 2 course, when studying fasteners, we often need to look up relevant data – this website can be a great help.
Last updated: August 2026
🗣️ Group Meeting Presentations
Here are some papers I’ve presented during our group meetings. Each entry includes the paper information and a link to my presentation slides.
2026-04-24
“MICLIP: Learning to Interpret Representation in Vision Models”
ICLR 2026
[Paper] · [Project Page]
2026-05-29
“Glance and Focus: a Dynamic Approach to Reducing Spatial Redundancy in Image Classification”
TPAMI 2023 & NeurIPS 2020
[Paper(TPAMI)] · [Paper(NeurlPS)] · [Code]
“Emulating Human-like Adaptive Vision for Efficient and Flexible Machine Visual Perception”
Nature Machine Intelligence 2025
[Paper] · [Code]