核心能力課程 |
A
Abilities to use mathematics, scientific, and engineering knowledge. |
B
Knowledge for design and conduct researches. |
C
Analyze and elucidate results, observations, and data. |
D
Theoretical, experimental, computational techniques and skills to solve problems and do researches |
E
Abilities to design practical systems and processes |
F
Attitudes for team work and effective communication. |
G
Abilities to discover issues, analyze questions, and find the solutions. |
H
Realize contemporary issues on molecular and materials science and technology. |
I
Understand professional ethics and social responsibility. |
原子與光學物理
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
量子計算與資訊導論
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
固態物理專題:進階與應用
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
同步輻射與中子散射的基礎與應用
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
應用光學
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
計算材料學(國際學程)
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
量子力學上(國際學程)
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
固態物理一
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
奈米科技導論
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
奈米科技進階
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
核心能力課程 |
A
Abilities to use mathematics, scientific, and engineering knowledge. |
B
Knowledge for design and conduct researches. |
C
Analyze and elucidate results, observations, and data. |
D
Theoretical, experimental, computational techniques and skills to solve problems and do researches |
E
Abilities to design practical systems and processes |
F
Attitudes for team work and effective communication. |
G
Abilities to discover issues, analyze questions, and find the solutions. |
H
Realize contemporary issues on molecular and materials science and technology. |
I
Understand professional ethics and social responsibility. |
奈米尺度的量測、製作與操控
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
現代實驗技術-物理
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
奈米光學影像和光譜
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
晶體成長之科學與實作
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
尖端材料之基礎與應用
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
晶體成長之科學與實作
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
固態物理導論
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
科學寫作和講演
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
量子光學導論
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
當代原子與分子物理導論
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
核心能力課程 |
A
Abilities to use mathematics, scientific, and engineering knowledge. |
B
Knowledge for design and conduct researches. |
C
Analyze and elucidate results, observations, and data. |
D
Theoretical, experimental, computational techniques and skills to solve problems and do researches |
E
Abilities to design practical systems and processes |
F
Attitudes for team work and effective communication. |
G
Abilities to discover issues, analyze questions, and find the solutions. |
H
Realize contemporary issues on molecular and materials science and technology. |
I
Understand professional ethics and social responsibility. |
高等化學生物學專論二
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
高等有機化學一-國際學程
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
高等無機化學一-國際學程
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
高等分析化學一-國際學程
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
高等物理化學一
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
高等物理化學二
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
高等物理化學三
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
高等材料化學-國際學程
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
永續化學科技導論-國際學程
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
永續化學科技導論二 (國際學程)
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
核心能力課程 |
A
Abilities to use mathematics, scientific, and engineering knowledge. |
B
Knowledge for design and conduct researches. |
C
Analyze and elucidate results, observations, and data. |
D
Theoretical, experimental, computational techniques and skills to solve problems and do researches |
E
Abilities to design practical systems and processes |
F
Attitudes for team work and effective communication. |
G
Abilities to discover issues, analyze questions, and find the solutions. |
H
Realize contemporary issues on molecular and materials science and technology. |
I
Understand professional ethics and social responsibility. |
細胞生物學
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
分子與細胞生物學技術與原理
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
高等化工熱力學
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
高等熱質量傳遞
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
高等物化特論
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
材料機械性能
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
磁性材料
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
材料分析
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
材料顯微結構與缺陷
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
固態物理
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
核心能力課程 |
A
Abilities to use mathematics, scientific, and engineering knowledge. |
B
Knowledge for design and conduct researches. |
C
Analyze and elucidate results, observations, and data. |
D
Theoretical, experimental, computational techniques and skills to solve problems and do researches |
E
Abilities to design practical systems and processes |
F
Attitudes for team work and effective communication. |
G
Abilities to discover issues, analyze questions, and find the solutions. |
H
Realize contemporary issues on molecular and materials science and technology. |
I
Understand professional ethics and social responsibility. |
能源材料
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
科技英語講演(I)
|
◎ |
◎ |
|
◎ |
|
◎ |
◎ |
◎ |
◎ |
細胞微機電及微流體導論
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
博士論文
|
◎ |
◎ |
◎ |
|
|
|
◎ |
◎ |
◎ |
專題演講
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
書報討論
|
◎ |
◎ |
◎ |
|
|
|
◎ |
◎ |
◎ |
分子科學與技術專題研究
|
◎ |
◎ |
◎ |
|
|
|
◎ |
◎ |
◎ |
不可逆熱力學及其應用
|
◎ |
◎ |
◎ |
◎ |
◎ |
|
|
|
|
專題討論
|
◎ |
◎ |
◎ |
|
|
|
◎ |
◎ |
◎ |
書報討論
|
◎ |
◎ |
◎ |
|
|
|
◎ |
◎ |
◎ |
核心能力課程 |
A
Abilities to use mathematics, scientific, and engineering knowledge. |
B
Knowledge for design and conduct researches. |
C
Analyze and elucidate results, observations, and data. |
D
Theoretical, experimental, computational techniques and skills to solve problems and do researches |
E
Abilities to design practical systems and processes |
F
Attitudes for team work and effective communication. |
G
Abilities to discover issues, analyze questions, and find the solutions. |
H
Realize contemporary issues on molecular and materials science and technology. |
I
Understand professional ethics and social responsibility. |
質譜學: 原理與應用
|
◎ |
◎ |
|
|
◎ |
◎ |
◎ |
◎ |
◎ |
當代分子科學導論
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
現代實驗技術-物理
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
量子光學
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
科學研究計畫管理實務
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
光電儀測
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
實驗分子生物物理學
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
次世代定序分析
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
穿透式電子顯微鏡
|
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
◎ |
核心能力名稱 |
A
Abilities to use mathematics, scientific, and engineering knowledge. |
B
Knowledge for design and conduct researches. |
C
Analyze and elucidate results, observations, and data. |
D
Theoretical, experimental, computational techniques and skills to solve problems and do researches |
E
Abilities to design practical systems and processes |
F
Attitudes for team work and effective communication. |
G
Abilities to discover issues, analyze questions, and find the solutions. |
H
Realize contemporary issues on molecular and materials science and technology. |
I
Understand professional ethics and social responsibility. |
相關課程數量
(課程總數:59) |
59 |
59 |
57 |
53 |
53 |
53 |
58 |
58 |
58 |