本課程希望讓學生能經由此引導科目,由物理的觀點學習到有關材料科學與材料產業的相關基礎知識與技能。
相較於固態物理此課程將更著重於介紹材料的缺陷,材料的成形與相圖的應用.

This course hopes that students can learn from the perspective of physics to relevant basic knowledge and skills in materials science and materials industry through this guide subject.
Compared with solid physics, this course will focus more on introducing material defects, material forming and image application.

讓學生能經由此引導課程理解與運用物理觀念學習到有關材料科學產業相關知識與技能。

課程目標（Course Objectives）:
培養學生核心能力 1.理解與運用物理、數學知識
2.產業相關知識與技能
3.資料蒐集、彙整及吸收科技新知

內容主題（Course Topics and Contents）:
1.Overview of Materials
2.Bonding
3.Crystal Structures
4.Mechanical Properties
5.Thermal Properties
6.Electronic Structures
7.Magnetic Properties
8.Dielectric Properties
9.Optical Properties
10.Materials Characterizations
11.Surface and Interface Properties
12.Nano Materials

Allow students to learn knowledge and skills related to materials science industry through this guide course understanding and using physics concepts.

Course Objectives:
Cultivate students' core abilities 1. Understand and apply physics and mathematical knowledge
2. Industry-related knowledge and skills
3. Data collection, integration and absorption of new technological knowledge

Course Topics and Contents:
1. Overview of Materials
2.Bonding
3.Crystal Structures
4.Mechanical Properties
5.Thermal Properties
6.Electronic Structures
7.Magnetic Properties
8.Dielectric Properties
9.Optical Properties
10.Materials Characterizations
11.Surface and Interface Properties
12.Nano Materials

Fundamentals of materials science and engineering
William D. Callister and David G. Rethwisch ,3rd. edition ,Wiley

Fundamentals of materials science and engineering
William D. Callister and David G. Rethwisch ,3rd. edition ,Wiley