國立成功大學生物醫學工程學系課程地圖 Department of Biomedical Engineering, NCKU — Course Map
本頁說明生物醫學工程學系（含醫療器材創新國際碩士班）之課程架構， 依學位階段、修課年級及專業領域分類，協助學生了解修課方向與學習進程。
This page outlines the curriculum structure of the Department of Biomedical Engineering (including the International Master Program in Medical Device Innovation). It is categorized by degree level, academic year, and professional field to help students understand their course directions and learning progress.
一、學士班課程結構 Undergraduate Curriculum Structure
學士班課程分為四個階段，循序培養生醫工程專業能力。
The undergraduate program is divided into four stages to progressively cultivate professional capabilities in biomedical engineering.
（一）大學基礎課程（大一）Foundational University Courses (Freshman / 1st Year)
上學期 First Semester:
- 微積分(1) Calculus (1)
- 普通物理(1) General Physics (1)
- 普通化學 General Chemistry
- 計算機概論 Introduction to Computers
- 醫學工程導論＆實驗 Introduction to Biomedical Engineering & Laboratory
- 國文、英文、體育、通識課程 Chinese, English, Physical Education, and General Education Courses
下學期 Second Semester:
- 微積分(2) Calculus (2)
- 普通物理(2) General Physics (2)
- 普通生物學 General Biology
- 程式語言 Programming Language
- 普通生物學 General Biology
- 醫學工程導論＆實驗 Introduction to Biomedical Engineering & Laboratory
- 國文、英文、體育、通識課程 Chinese, English, Physical Education, and General Education Courses
（二）醫工核心課程（大二）Core BME Courses (Sophomore / 2nd Year)
上學期 First Semester:
- 工程數學(1) Engineering Mathematics (1)
- 電路學 Electric Circuits
- 工程力學 Engineering Mechanics
- 解剖學＆實驗 Anatomy & Laboratory
- 通識課程 General Education Courses
下學期 Second Semester:
- 工程數學(2) Engineering Mathematics (2)
- 生理學＆實驗(1) Physiology & Laboratory (1)
- 材料科學導論 Fundamentals of Materials Science
- 工程圖學 Engineering Graphics
- 電子學＆實驗（醫電組必修）Electronics & Laboratory (Required for Bioelectronics Track)
- 動力學（選修） Dynamics (Elective)
- 材料力學與實驗（選修） Mechanics of Materials
（三）醫工基礎專業課程（大三）Foundational Professional BME Courses (Junior / 3rd Year)
上學期 First Semester:
- 專題研究(1) SEMINAR(I)
- 生物統計學 Biostatistics
- 科技論文導讀 Technical Reading
- 臨床醫療概論 Introduction of Clinical Medicine
- 電子學＆實驗（醫電組必選）Introduction to Electronics & Laboratory (Required Elective for Bioelectronics Track)
- 材料力學（選修）Mechanics of Materials (Elective)
- 訊號與系統（選修）Signals and Systems (Elective)
- 生醫材料導論（選修）Introduction to Biomedical Materials
- 生醫材料與力學實驗（力學組必選）Biomaterials and Biomechanics Laboratory (Required Elective for Biomechanics Track)
- 醫藥生技與產業概論（選修）Introduction to Pharmaceutical-Biotech Industry (Elective)
- 熱力學（選修）Thermodynamics (Elective)
- 有機化學（選修）Organic Chemistry (Elective)
下學期：
- 專題研究(2) SEMINAR(Il)
- 醫學儀表與量測＆實驗 Medical Instrumentation and Measurement Laboratory
- 科技論文導讀 Technical Reading
- 醫療器材專利與法規 Medical Device Patents and Regulations
- 流體力學（選修）Fluid Mechanics (Elective)
- 細胞生物學（選修）Cell Biology (Elective)
- 生物化學（選修）Biochemistry (Elective)
（四）醫工進階專業課程（大四）Advanced Professional BME Courses (Senior / 4th Year)
- 專題研究(3) SEMINAR(IlI)
- 嵌入式系統 Embedded Systems
- 醫用超音波 Medical Ultrasound
- 醫學資訊與影像系統 Medical Information and Imaging Systems
- 生物力學 Biomechanics
- 藥物劑型與遞藥系統 Pharmaceutical Forms and Delivery Systems
- 自動控制 Automatic Control
- 分子生物學 Molecular Biology
- 醫學工程實務專論 Special Topics in Biomedical Engineering Practice
---
二、研究所課程結構（碩、博士班）Graduate Curriculum Structure (Master's and Ph.D. Programs)
（一）核心課程 Core Courses
- 專題討論(1)～(4) Seminar (1) – (4)
- 醫用數學 Medical Mathematics
- 工程生理學 Engineering Physiology
- 解剖學 Anatomy
- 醫療器材生醫統計與臨床實驗 Statistics and Clinical Trials for Medical Devices
- 醫學工程概論 Introduction to Medical Engineering
（二）跨領域課程 Cross-Disciplinary Courses
- 數位醫療與醫用人工智慧 Introduction to Digital Health and Artificial Intelligence in Medical Application
- 科技創業與投資管理 High-Tech Entrepreneurship and Venture Capital
- 醫療器材創新設計 Biodesign
- 生醫磨潤 Biomedical Tribology
- 人工智慧物聯網在數位精準健康的應用 AIoT for Precision Digital Health
- 醫療器材與創新醫材法規策略 Medical Devices Regulation and Regulatory Strategy Management
（三）專業領域課程 Professional Tracks
醫電與感測組 Bioelectronics and Sensing Track
- 醫學影像分析 Medical Image Analysis
- 生醫大數據與人工智慧應用導論 Introduction to Biomedical Big Data and Artificial Intelligence Applications
- 生醫感測器 Biosensors
- 醫學影像 Medical Imaging
- 生物醫學信號處理 Biomedical Signal Processing
- 生醫系統分析 Biomedical System Analysis Course
- 醫療儀器設計與應用 Medical Instrument Design & Application
力學與材料組 Mechanics and Materials Track
- 生物力學 Biomechanics
- 生醫材料 Biomaterials
- 組織工程 Tissue Engineering
- 奈米生醫材料 Nanobiomaterials
- 人體動態分析 Human Motion Analysis
- 人體動作生物力學 Biomechanics of Human Movement
（四）醫療器材創新國際碩士班（MDI）International Institute of Medical Device Innovation
- 科技創業與投資管理 High-Tech Entrepreneurship and Venture Capital
- 創新醫材專利與法規策略管理 Medical Devices Regulation and Regulatory Strategy Management
- 醫療器材法規與實務 Medical Device Regulations and Practices
- 醫療器材之智慧財產權管理 Intellectual Property Management for Medical Devices
- 醫療器材生醫統計與臨床實驗 Statistics and Clinical Trials for Medical Devices
- 醫學專用術語 Medical Terminology
- 醫用電腦 Medical Computer
- 生醫材料 Biomaterials
---
三、核心能力培養指標 Core Competency Indicators
（一）大學部 Undergraduate Program
- 數學與工程知識應用能力 Ability to apply mathematics and engineering knowledge
- 實驗設計與數據分析能力 Ability to design experiments and analyze data
- 工程實務與系統設計能力 Ability in engineering practice and system design
- 團隊合作與跨領域整合能力 Ability in teamwork and cross-disciplinary integration
- 問題分析與解決能力 Ability to analyze and solve problems
- 專業倫理與社會責任 Professional ethics and social responsibility
（二）研究所 Graduate Program
- 專業領域知識深化 Deepening of professional knowledge
- 獨立研究與論文撰寫能力 Ability to conduct independent research and write theses
- 創新思考與問題解決能力 Innovative thinking and problem-solving skills
- 跨領域整合與領導能力 Cross-disciplinary integration and leadership skills
- 國際視野與終身學習能力 International perspective and lifelong learning capabilities
---
四、課程地圖 Course Map
（點此下載完整版課程地圖圖片 Click here to download the complete version of the course map image）
This diagram illustrates the progression of the curriculum, moving from foundational sciences (mathematics, physics, chemistry) into the BME core (circuits, physiology, materials), bridging into professional applications (medical imaging, biomaterials, biomechanics), and ultimately expanding into graduate-level professional tracks (bioelectronics & sensing, mechanics & materials).
---
五、課程地圖文字說明（無障礙替代內容）Text Description of the Course Map (Accessibility Alternative Content)
課程地圖呈現學生學習歷程如下 The course map outlines the student learning journey as follows
- 大一階段：建立數學、物理、化學及基礎程式能力
- Freshman Year: Establish foundational capabilities in mathematics, physics, chemistry, and basic programming.
- 大二階段：銜接工程基礎與人體醫學知識（如電路、生理、解剖）
- Sophomore Year: Connect engineering fundamentals with human medical knowledge (such as electric circuits, physiology, and anatomy).
- 大三階段：進入生醫工程核心領域（影像、材料、訊號、生物系統）
- Junior Year: Enter core fields of biomedical engineering (imaging, materials, signals, and biological systems).
- 大四階段：整合應用與專題研究，強化實務能力
- Senior Year: Integrate applications through special research topics to strengthen practical capabilities.
- 研究所階段：依興趣分為「醫電與感測」及「力學與材料」等方向深化研究
- Graduate Level: Deepen research based on personal interests into tracks such as "Bioelectronics and Sensing" or "Mechanics and Materials."
整體課程設計強調跨領域整合，培養學生具備工程技術與醫學應用之能力。
The overall curriculum design emphasizes cross-disciplinary integration, cultivating students with competencies in both engineering technology and medical applications.