博士班主、次專長名稱表及修課建議(update 112.10.17)
工程與系統科學系博士班主、次專長名稱表 及 修課建議
Table of Major and 2nd Major
博士班學生提出“課程與研究計畫申請書” 時，主、次專長名稱只能以下表所列出之“專長名稱”為限，並請依列出之“建議選修課程”修課。
1. 如欲新增課程於下表某主、次專長建議選修課程中時，需請指導教授向課程委員會提出申 請，說明為何納入此課程之原因。
2. 如有新建議的主、次專長名稱者，請指導教授提出新增主、次專長名稱申請，列出該專長 所有建議選修課程，並說明之。
When proposing the Courses and Research Plan, doctoral students can only list their Major and 2nd Major given in the Table below. For the case that Major or 2nd Major does not appear in the table, students have to submit an explanation written by their advisors to justify the choice.
(2023.10.17 課程委員會修訂)
|
專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
|
系統與訊號分析
System and Signal Analysis |
高等系統與訊號分析 Advanced System and Signal Analysis 隨機過程 Stochastic Processes 數理統計/檢測與估計理論 Mathematical Statistics/ Detection and Estimation Theory 時間序列分析 Time Series Analysis 應用多變量分析 Applied Multivariate Analysis 統計計算 Statistical Computing |
ESS, EE, STAT, IEEM
七門至少選二門，但「數理統計」及「檢測與估計理論」只採計一門 |
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線性模式 Linear Models |
STAT |
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數位訊號處理 Digital Signal Processing |
ESS/EE |
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統計學習 Statistical Learning |
STAT |
|
專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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人工智慧 Artificial Intelligence
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影像處理Image Processing |
EE |
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機器學習Machine Learning |
EE/COM |
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資料探勘Data Mining |
CS |
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生醫影像處理 Biomedical Image Processing |
BMES |
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資料探勘與應用 Data Mining : Concepts, Techniques, and Applications |
ISA |
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深度學習 Deep Learning |
COM |
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深度學習之生醫影像分析 Deep Learning in Biomedical Image Analysis |
BMES |
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人工智慧與音樂導論 Introduction to Artificial Intelligence and Music |
ISA |
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人工神經網路特論 Special Topics on Artificial Neural Network |
ENE |
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專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
|
積體電路設計 |
類比積體電路設計 (Analog Integrated Circuits) 混合訊號積體電路設計(Mixed-Signal Integrated Circuit Design) 數位積體電路設計(Digital Integrated Circuits) |
擇一修課 |
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積體電路測試(Integrated Circuit Testing) 有線通訊積體電路設計(Wireline Communication Integrated Circuits) 無線通訊系統設計 微電子封裝與測試(Micro Electronic Packaging & Testing) |
擇一修課 |
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半導體元件物理 Semiconductor Devices Physics |
擇一修課 |
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半導體製程 Semiconductor Processing 微電子工程 Microelectronic Engineering 積體電路技術 Integrated Circuit Technology |
擇一修課 |
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數位訊號處理(Digital Signal Processing) 數位訊號處理積體電路設計 (Digital Signal Processing Integrated Circuits Design) 超大型積體電路設計(VLSI Design) 低功耗超大型積體電路設計(Low Power VLSI Design) 數位電路的合成與最佳化(Synthesis and optimization of Digital circuits) |
擇一修課 |
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高頻電子學 射頻積體電路設計(RF IC Design) 毫米波積體電路與系統(Millimeter-wave Integrated circuit and systems ) |
擇一修課 |
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鎖相迴路與頻率合成 資料轉換積體電路 |
擇一修課 |
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積體電路之靜電防護設計特論 |
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專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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半導體元件物理 Semiconductor Devices Physics |
半導體元件物理Semiconductor Devices Physics 半導體物理Semiconductor Physics |
擇一修課 |
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次微米元件與製程Submicron Devices and Processes 先進奈米電子元件Advanced Nanoelectronic Devices 積體電路元件Device Electronics for Integrated Circuits 高速元件High Speed Semiconductor Devices 半導體記憶體元件Semiconductor Memories and Their FabricationTechnology |
擇三修課 |
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固態物理Solid State Physics |
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半導體雷射Semiconductor Lasers 發光二極體Light-Emitting Diodes 半導體功率元件Semiconductor Power Devices 化合物半導體及元件Compound semiconductors and devices |
擇一修課 |
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太陽電池 (相關課程) 先進太陽能電池Advanced Solar Cells |
擇一修課 |
|
專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
|
半導體製程或量測 Semiconductor Processing or Measurement |
半導體製程Semiconductor Processing 微電子工程Microelectronic Engineering 積體電路技術Integrated Circuit Technology 光電半導體材料與製程 |
擇一修課 |
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半導體記憶體元件Semiconductor Memories Devices 記憶體元件與製程Semiconductor Memories and Their Fabrication Technology |
擇一修課 |
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半導體微波元件Semiconductor Microwave Devices 微波電路分析及設計Analysis and Design of Microwave Circuits |
擇一修課 |
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半導體量測技術Semiconductor Measurement and Characterizations 半導體記憶體測試Semiconductor Memory Testing |
擇一修課 |
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半導體元件物理Semiconductor Devices Physics |
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半導體元件設計與模擬 |
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材料分析 |
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離子佈植原理Principles of Ion Implantation |
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電漿工程應用Plasma Engineering |
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薄膜製程Thin Film Process 薄膜物理與製程技術Thin Film Physics and Technologies |
擇一修課 |
|
專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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材料科學 Materials Science |
高等物理冶金 Advanced Physical Metallurgy 擴散與相變化 |
擇一修課 |
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晶體缺陷 |
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材料輻射效應 Radiation Effects in Materials |
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核能結構材料 |
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電子薄膜科技 Electronic Thin Film |
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固態熱力學 Thermodynamics of Solid State |
MSE |
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腐蝕工程 Corrosion Engineering |
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材料動力學 Kinetic Process of Materials |
ESS/MSE |
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表面科學 Surface Science |
MSE |
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分子工程一 Molecular Engineering (I) |
CHE |
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能源材料 Energy Materials |
MSE |
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材料科學與能源科技 |
MSE |
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專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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材料分析/檢測 (Material Analysis/Testing) |
電子顯微鏡Electron Microscopy 電子顯微鏡分析＆實務 |
擇一修課 |
|
同步輻射與中子束應用 同步輻射應用 Applications of Synchrotron Radiation 同步加速器光源應用 Applications of Synchrotron Accelerator Light Source 同步加速器光源在材料科學之應用 Advanced Light Source in Materials Science Research Applications |
擇一修課 |
|
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X 光繞射(結晶學) X-Ray Crystallography X 光繞射及晶體結構分析 X-ray Diffraction & Crystal Structure Analysis X 光繞射及應用 X-Ray Diffraction and Application 同調光及電子繞射顯微術 |
擇一修課 |
|
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奈米檢測技術Nanometer Scale Characterization Techniques 表面分析技術Surface Analysis Techniques |
擇 一 修課MSE or BMES |
|
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材料損壞分析Failure analysis of Materials |
MSE |
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掃瞄式電子顯微鏡技術與分析 Technique and Analysis for Scanning Electron Microscopy |
MSE |
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材料分析與檢測 Inspection and Analysis for Materials |
ESS |
|
專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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材料計算模擬 Computational Materials Science |
第一原理材料計算 First-principles simulations of materials |
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分子動力學模擬 分子動力模擬簡介 |
擇一修課 |
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凝態計算物理 |
PHYS |
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計算化學 |
CHEM |
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有限單元法 Finite Element Methods |
PME |
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有限單元法之應用 Applications of Finite Element Method |
PME |
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專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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材料製程 Materials Processing |
半導體製程 Semiconductor Processing |
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離子佈植原理 Principles of Ion Implantation |
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薄膜製程Thin Film Process (MSE) 薄膜物理與製程技術Thin Film Physics and Technologies (MSE) 薄膜工程導論 Introduction to Thin Film Engineering (ESS) |
擇一修課
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陶瓷製程 Ceramic Processing |
MSE |
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高分子製程 Polymer Synthesis and Polymer-coated Nanoparticles |
MSE |
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電漿製程 Plasma Processing |
MSE |
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軟性電子製程與應用 Flexible Electronics and Fabrications |
MSE |
|
專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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電化學 Electrochemistry |
電化學原理 Principles of Electrochemistry |
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應用電化學(CHE) 工程電化學(ESS) |
擇一修課 |
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電分析化學 |
CHEM |
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電池原理(研究所程度) |
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專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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熱流學 Thermohydraulics |
高等熱流學 Advanced Heat Transfer |
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雙相流與沸騰熱傳 Two-Phase Flow & Boiling Heat Transfer |
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計算熱流學 Computational Fluid Dynamics and Heat Transfer |
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層流理論 Laminar Flow Theory |
PME |
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數值流體力學 Computational Fluid Dynamics |
PME |
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熱傳導 Heat Conduction |
PME |
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熱對流 Heat Convection |
PME |
|
專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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能源工程 Energy Engineering |
電子構裝冷卻理論與實驗 Electronics Cooling System Design |
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生物能源 Bioenergy |
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再生能源系統 Sustainable Energy System |
PME |
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太陽電池 Solar Cells 先進太陽能電池 Advanced Solar Cells |
擇一修課 |
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電化學能源 Electrochemical Energy Storage and Conversion |
CHE |
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電池與儲能相關課程 Battery and Energy Storage |
經指導教授同意始採計 |
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核能相關課程 Nuclear Energy |
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能量傳遞與轉換相關課程 Energy Transport and Conversion |
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能源與環境相關課程 Energy and Environment |
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專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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微機電系統工程 Micro-Electro-Mechanical System Engineering |
微系統設計 Micro System Design |
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高等微系統製造與實驗 Advanced Micro System Fabrication and Lab |
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分子動力學模擬 Molecular Dynamics Simulations |
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奈微米生醫及流體系統 Nano/Micro Biomedical and Fluidic Systems |
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生化分析與實驗 Bioanalytical Chemistry: Basic Principles and Lab Projects |
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微奈米系統之感測與致動 Sensing and Actuation in Miniaturized Systems |
PME |
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微感測器及量測系統之訊號處理 Microsensor and Microinstrument System |
NEMS |
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微機電構裝技術與可靠度 MEMS Packaging and Reliability |
NEMS |
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除以上核心課程外，可選修「微機電系統應用」專長中所列相關課程至多一門 |
經指導教授同意始採計 |
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專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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微機電系統應用(只能做次專長) Micro-Electro-Mechanical System Application (2nd Major only) |
修習以下各領域之微機電系統應用相關 課程(限同一領域) |
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光電領域 Photonics |
經指導教授同意始採計 |
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電子領域 Electronics |
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機械領域 Mechanics |
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材料領域 Materials |
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生醫領域 Bioengineering |
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化學領域 Chemistry |
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除以上應用課程外，可選修「微機電系統工程」專長中所列相關課程至多一門 |
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專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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電漿工程 Plasma Engineering |
電漿物理一 Plasma Physics I |
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電漿物理二 Plasma Physics II |
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電漿工程應用 Plasma Engineering Application |
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電漿實驗與設計方法 |
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電漿材料製程原理 Principles of Plasma Applications in Materials Processing |
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高等電漿工程 Advanced Plasma Engineering |
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專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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射束科學與工程 Ray-Beam Science and Engineering |
同步輻射與中子束應用 同步輻射應用 Applications of Synchrotron Radiation 同步加速器光源應用 Applications of Synchrotron Accelerator Light Source 同步加速器光源在材料科學之應用 Advanced Light Source in Materials Science Research Applications |
擇一修課 |
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同步加速器 X 光吸收光譜分析應用 Applications of Synchrotron X-ray Absorption Spectroscopy |
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中子與Ｘ光小角度散射 Neutron and X-Ray Small Angle Scattering |
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X-光光學與光束線設計 X-ray Optics and Beamline Design |
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加速器物理導論 |
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加速器工程 Accelerator Engineering |
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X 光繞射(結晶學) X-Ray Crystallography X 光繞射及晶體結構分析 X-ray Diffraction & Crystal Structure Analysis X 光繞射及應用 X-Ray Diffraction and Application 同調光及電子繞射顯微術 |
擇一修課 |
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固態物理一 (Solid State Physics I) 原子與分子物理 軟物質科學導論 Introduction to Soft Condensed Matter |
擇一修課 |
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微波工程 Microwave Engineering |
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輻射度量 Radiation Detection and Measurement 放射線與物質作用 |
擇一修課 |
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輻射屏蔽 Radiation Shielding 加速器輻射防護 Accelerator Radiation Protection |
擇一修課 |
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蒙地卡羅計算 Monte Carlo Method |
NES |
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專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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軟物質科學 Soft Matter Science |
軟物質科學導論 Introduction to Soft Condensed Matter |
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分子動力學模擬 Molecular Dynamics Simulations 軟物質物理理論及模擬 Introduction to Soft Matter Physics Theory and Modeling 分子動力模擬簡介 Introduction to Molecular Dynamics Simulation |
擇一修課 |
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高分子物理 Polymer Physics 高等高分子物理 Special Topics in Condensed Polymer Physics |
擇一修課 |
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中子與Ｘ光小角度散射 Neutron and X-Ray Small Angle Scattering |
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生物巨分子晶體學 Biomacromolecular Crystallography |
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高等化工熱力學 Advanced Chem. Engineering Thermodynamics 統計熱力學 Statistical Thermodynamics |
擇一修課 |
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嵌段共聚物物理學 Block Copolymer Physics |
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高分子材料 Polymer Materials 高分子複合材料 Polymer Composite Materials 奈米高分子複合材料 Nano Polymer Composites |
擇一修課 |
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高分子生物材料 Macromolecules as Biomaterials 仿生材料導論 Introduction to Bio-inspired and Bio-mimetic Materials |
擇一修課 |
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分子工程 Molecular Engineering |
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有機電子材料導論 |
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專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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光電 (以下選擇一組) Photonics / optoelectronics (choose one group from below) |
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1. 光電材料與元件 Photonics / optoelectronics Materials and Device |
光伏元件與技術 Photovoltaic Device and Technology |
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積體光電元件 Integrated Photonic Devices |
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半導體照明技術的原理及應用 Semiconductor Lighting Science and Technology-Principle and Applications |
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光電半導體原理及應用 Optoelectronics Semiconductor －Principle and Applications |
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半導體雷射 Semiconductor Lasers |
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雷射工程 |
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有機光電材料與元件 |
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2.光學與系統 Optics and System |
光電子學 Opto Electronics |
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波導及元件設計導論 |
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幾何光學 Geometrical Optics |
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非線性光學 Nonlinear Optics |
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應用光學 Applied Optics |
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量子光學導論 |
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富氏光學 Fourier Optics |
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超快光學 Ultrafast Optics |
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雷射導論 Introduction to Lasers |
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光纖通訊 Optical Fiber Communication |
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平面光波導光路設計 |
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光電 (以下選擇一組) Photonics / optoelectronics (choose one group from below) |
平面顯示器概論 Introduction to Flat Panel Display |
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平面顯示器原理與製程技術 |
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顯示電子電路 |
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顯示光學 Display Optics |
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有機電激發光材料與元件 |
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電槳平面顯示器 |
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光電/顯示元件物理 |
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液晶導論 Introduction to Liquid Crystals |
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專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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環境工程 Environmental Engineering |
廢棄物處理 |
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放射性廢棄物 |
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環境影響評估 Assessment of Environmental Impact |
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水污染與防治 Water Pollution and Control |
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空氣污染與防治 Air Pollution and It's Control |
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放射廢料工程 |
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環境輻射 |
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專長名稱 Title of Major / 2nd Major |
建議選修課程 Suggestion of Courses |
備註 Note |
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核子工程
Nuclear Engineering |
反應器物理一 Reactor Physics I |
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應用原子核物理 Applied Nuclear Physics |
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反應器工程 Nuclear Reactor Engineering |
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保健物理 Health Physics |
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放射化學特論 Special Topics in Radiochemistry |
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輻射生物學 Radiation Biology |
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核能結構材料 Structure Materials in Nuclear Power Systems |
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輻射度量 Radiation Detection and Measurement |
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蒙特卡羅計算 Monte Carlo Method |
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核電廠水化學 Water Chemistry in Nuclear Power Plants |
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以下 4 個主、次專長，僅限 TIGP 學程學生選擇:
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專長名稱 Title of Major |
建議選修課程 Suggestion of Courses |
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奈米物理 Nano Physics
(限 TIGP 學程學生) |
奈米科技導論 A (TIGP550301) Introduction to Nanotechnology (A) |
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奈米科技進階 A (TIGP550401) Advanced Nanotechnology (A) |
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“量子力學 一” 或 “量子力學 二” “Quantum Mechanism I” or “Quantum Mechanism II” |
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熱統計物理 Thermal and Statistical Physics |
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“固態物理一 (TIGP550900)” 或 “固態物理二 (TIGP551700)” 或 “固態物理專題：進階與應用 (TIGP554300)” “Solid State Physics I” or “Solid State Physics II” or “Special Topics on Solid State Physics: Advances and Applications” |
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“奈米光學 (TIGP554900)” 或 “量子光學 (TIGP723500)” “Nano-Optics” or “Quantum Optics” |
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計算材料 (TIGP550200) Computational Material Science |
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現代實驗技術 - 物理 (2 credits) (TIGP722300) Modern Experimental Techniques-Physics (2 credits) |
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“分子物理導論 (TIGP723200)” 或 “當代原子與分子物理導論 (TIGP723400)” 或 “原子與分子物理 (PHYS563000)” “Molecular Physics: From Fundamentals to Practices” or “Introduction to Recent Trends in Atomic and Molecular Physics” or “Atomic And Molecular Physics” |
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軟物質科學導論 (ESS 589800) Introduction to Soft Condensed Matter |
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其他表上未列，但經指導教授簽名推薦有助該生博士論文研究，且與「奈米物理」相關之 研究生等級課程，至多可列 2 門。 (同時適用於主專長及次專長)
Subject to recommendation (indicated by signature) by the thesis advisor, a student can take at most two graduate level courses not listed above but is related to his/her thesis research and the field of “Nano Physics”. (This rule applies with “Nano Physics” as either the major or the second major field of the student.) |
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專長名稱 Title of Major |
建議選修課程 Suggestion of Courses |
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奈米材料與工程 Nano Materials and Engineering
(限 TIGP 學程學生) |
奈米科技導論 A (TIGP550301) Introduction to Nanotechnology (A) |
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奈米科技進階 A (TIGP550401) Advanced Nanotechnology (A) |
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奈米尺度的量測、製作與操控 (TIGP554400) Characterization, Fabrication and Manipulation at Nanometer Scale |
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奈米電子元件 Nano Electronics |
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前瞻光電元件 (TIGP555000) Advanced Optical- and Electrical- Devices |
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同步輻射的基礎與應用(TIGP554700) Fundamentals and Application of Synchrotron Radiation |
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有機光電材料與元件 Organic Optoelectronic Materials and Devices |
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“愛克斯光繞射及結晶學” 或 “X 光繞射結晶學” “X-ray Diffraction and Crystallography” or “X-Ray Crystallography” |
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奈米生醫材料 (NEMS585000) Nano-/Bio-Materials |
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奈微米生醫及流體系統 (ESS 584500) Nano/Micro Biomedical and Fluidic Systems |
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其他表上未列，但經指導教授簽名推薦有助該生博士論文研究，且與「奈米材料與工程」 相關之研究生等級課程，至多可列 2 門。 (同時適用於主專長及次專長)
Subject to recommendation (indicated by signature) by the thesis advisor, a student can take at most two graduate level courses not listed above but is related to his/her thesis research and the field of “Nano Materials and Engineering”. (This rule applies with “Nano Materials and Engineering” as either the major or the second major field of the student.) |
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專長名稱 Title of Major |
建議選修課程 Suggestion of Courses |
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奈米化學 Nano Chemistry
(限 TIGP 學程學生) |
奈米科技導論 B (TIGP550302) Introduction to Nanotechnology (B) |
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奈米科技進階 B (TIGP550402) Advanced Nanotechnology (B) |
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高等材料化學 (TIGP551000) Advanced Chemistry of Materials |
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高等分析化學一 (TIGP552700) Advanced Analytical Chemistry (I) |
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高等有機化學 (TIGP551500) Advanced Organic Chemistry |
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高等無機化學 (TIGP550400) Advanced Inorganic Chemistry |
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有機金屬化學 (TIGP552000) Organometallic Chemistry |
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高等物理化學一 (TIGP727100) Advanced Physical Chemistry (I) |
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高等物理化學二 (TIGP727200) Advanced Physical Chemistry (II) |
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高等物理化學三 (TIGP727300) Advanced Physical Chemistry (III) |
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現代實驗技術 - 化學 (2 credits) (TIGP722200) Modern Experimental Techniques-Chemistry (2 credits) |
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其他表上未列，但經指導教授簽名推薦有助該生博士論文研究，且與「奈米化學」相關之 研究生等級課程，至多可列 2 門。 (同時適用於主專長及次專長)
Subject to recommendation (indicated by signature) by the thesis advisor, a student can take at most two graduate level courses not listed above but is related to his/her thesis research and the field of “Nano Chemistry”. (This rule applies with “Nano Chemistry” as either the major or the second major field of the student.) |
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專長名稱 Title of Major |
建議選修課程 Suggestion of Courses |
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奈米生物 Nano Biology
(限 TIGP 學程學生) |
奈米科技導論 B (TIGP550302) Introduction to Nanotechnology (B) |
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奈米科技進階 B (TIGP550402) Advanced Nanotechnology (B) |
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奈米生醫光電導論 Introduction to Nano-biophotonics |
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生化分析與實驗 (ESS 584700) Bioanalytical Chemistry：Basic Principles and Lab Projects |
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“分子與細胞生物學” 或 “分子與細胞生物學技術與原理” (2 credits) (TIGP765000) “Molecular and Cell Biology” or “Experimental Approaches in Molecular and Cell Biology” |
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實驗分子生物物理學 (TIGP719400) Experimental Molecular Biophysics |
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進階統計和生物物理 Advanced Statistical and Biological Physics |
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進階化學生物學 I 或 II (TIGP717100 or TIGP 718800) Advanced Chemical Biology I or II |
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細胞與分子免疫學 (2 credits) (TIGP718900) Cellular and Molecular Immunology |
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分子醫學 (TIGP 719000) Molecular Medicine |
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發育生物學(2 credits) (TIGP719100) Developmental Biology |
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發育生物學(2 credits) (TIGP719100) Developmental Biology |
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其他表上未列，但經指導教授簽名推薦有助該生博士論文研究，且與「奈米生物」相關之 研究生等級課程，至多可列 2 門。 (同時適用於主專長及次專長)
Subject to recommendation (indicated by signature) by the thesis advisor, a student can take at most two graduate level courses not listed above but is related to his/her thesis research and the field of “Nano Chemistry”. (This rule applies with “Nano Chemistry” as either the major or the second major field of the student.) |
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博士班主、次專長名稱表及修課建議-1121017.pdf
office
ess.nthu.edu.tw