List of Credits for Graduation 課程標準

Academic Year 2019, Four-Year Program, Department of Computer Science and Information Engineering

108學年度入學 四技 資工系 課程科目表

YearSemesterRequired
Elective		Course IDCourse NameCreditsHoursLevelNote
學年學期類別課程編碼課程名稱學分時數階段別備註
1 1 △ 1001001 Physical Education
體育 		0.0 2 1 / 6 　
1 1 △ 1101006 All-Out Defense Education
全民國防教育 		0.0 1 1 / 2 　
1 1 △ 1400027 English in Practice
英文閱讀與聽講練習 		2.0 3 1 / 2 　
1 1 △ 1400099 Service Learning
服務學習 		0.0 1 　 　
1 1 △ 1400102 First step to achieving the goals of universities and Engineering Ethics
大學入門與工程倫理 		1.0 2 　 　
1 1 △ 1404003 Chinese
國文 		2.0 2 1 / 2 　
1 1 ▲ 1401032 Calculus
微積分 		3.0 3 1 / 2 　
1 1 ▲ 5901202 Introduction to Computer Science
計算機概論 		3.0 3 　 　
1 1 ▲ 5901207 Digital Logic Design
數位邏輯設計 		3.0 3 　 　
1 1 ▲ 5901209 Computer Programming(Ⅰ)
計算機程式設計(一) 		3.0 3 　 ◆
1 1 ▲ 5901212 Physics
物理 		3.0 3 　 　
1 1 ★ C501001 Electrical Engineering and Information Technology
電機資訊科技 		1.0 1 　 ＊
1 2 △ 1001001 Physical Education
體育 		0.0 2 2 / 6 　
1 2 △ 1101006 All-Out Defense Education
全民國防教育 		0.0 1 2 / 2 　
1 2 △ 1400027 English in Practice
英文閱讀與聽講練習 		2.0 3 2 / 2 　
1 2 △ 1400100 Campus Custodial Services
勞作教育 		0.0 1 　 　
1 2 △ 1404003 Chinese
國文 		2.0 2 2 / 2 　
1 2 △ 1419984 Core Curriculum of Liberal Arts Education：Nomocracy
博雅核心課程-法治 		2.0 2 　 　
1 2 △ 1419986 Core Curriculum of Liberal Arts Education：Nature
博雅核心課程-自然 		2.0 2 　 　
1 2 ▲ 1401032 Calculus
微積分 		3.0 3 2 / 2 　
1 2 ▲ 5901201 Discrete Mathematics
離散數學 		3.0 3 　 　
1 2 ▲ 5901210 Computer Programming(Ⅱ)
計算機程式設計(二) 		3.0 3 　 ◆
1 2 ▲ 5901213 Digital Logic Design Lab.
數位邏輯設計實習 		1.0 3 　 ◆
1 2 ▲ 5902204 Computer Organization
計算機組織 		3.0 3 　 　
2 1 △ 1001001 Physical Education
體育 		0.0 2 3 / 6 　
2 1 △ 1419989 Core Curriculum of Liberal Arts Education：Aesthetics and Arts
博雅核心課程-美學 		2.0 2 　 　
2 1 △ 1419991 Elective Curriculum of Liberal Arts Education
博雅選修課程 		2.0 2 　 　
2 1 △ 14E0002 Diversified English
多元英文 		2.0 2 1 / 2 　
2 1 ▲ 5901205 Linear Algebra
線性代數 		3.0 3 　 　
2 1 ▲ 5901206 Object-Oriented Programming
物件導向程式設計 		3.0 3 　 　
2 1 ▲ 5902201 Data Structure
資料結構 		3.0 3 　 　
2 1 ▲ 5902207 Microprocessor-Based Systems
微算機系統 		3.0 3 　 　
2 1 ★ 5902203 Engineering Mathematics
工程數學 		3.0 3 　 　
2 1 ★ 5902303 Circuit Theory
電路學 		3.0 3 　 　
2 1 ★ 5902306 Multimedia Technologies and Applications
多媒體技術與應用 		3.0 3 　 　
2 1 ★ 5902309 Multimedia Extraction and Interaction Technology
多媒體擷取與互動技術 		3.0 3 　 　
2 1 ★ 5902313 Circuit Theory (I)
電路學(一) 		3.0 3 　 　
2 2 △ 1001001 Physical Education
體育 		0.0 2 4 / 6 　
2 2 △ 1419988 Core Curriculum of Liberal Arts Education：Innovation and Entrepreneurship
博雅核心課程-創創 		2.0 2 　 　
2 2 △ 1419990 Core Curriculum of Liberal Arts Education： History and Literatural
博雅核心課程-文史 		2.0 2 　 　
2 2 △ 14E0002 Diversified English
多元英文 		2.0 2 2 / 2 　
2 2 ▲ 5902209 Object-Oriented Programming Labs
物件導向程式設計實習 		2.0 3 　 ◆
2 2 ▲ 5903201 Probability
機率 		3.0 3 　 　
2 2 ▲ 5903209 Microprocessor-Based-System Lab.
微算機系統實習 		2.0 3 　 ◆
2 2 ★ 5902205 Internet Techniques & Applications
網際網路技術與應用 		3.0 3 　 　
2 2 ★ 5902301 Data Communication Systems
數據通訊系統概論 		3.0 3 　 　
2 2 ★ 5902307 Electronic Circuits (I)
電子電路(一) 		3.0 3 　 　
2 2 ★ 5902310 Cloud Applications Practice
雲端應用實務 		3.0 3 　 　
2 2 ★ 5902311 Design Thinking for Interactive Technology
互動科技應用之設計思考 		3.0 3 　 　
2 2 ★ 5902312 Introduction to Data Science
資料科學導論 		3.0 3 　 　
3 1 △ 1001001 Physical Education
體育 		0.0 2 5 / 6 　
3 1 △ 1419992 Elective Curriculum of Liberal Arts Education
博雅選修課程 		2.0 2 　 　
3 1 △ 1419993 Elective Curriculum of Liberal Arts Education
博雅選修課程 		2.0 2 　 　
3 1 ▲ 5902206 Database Systems
資料庫系統 		3.0 3 　 　
3 1 ▲ 5903203 Computer Networks
計算機網路 		3.0 3 　 　
3 1 ▲ 5903204 Special Project(I)
實務專題(一) 		1.0 2 　 　
3 1 ▲ 5903210 Undergraduate Seminars
專題討論 		1.0 2 1 / 2 　
3 1 ★ 5902305 Signals and Systems
訊號與系統 		3.0 3 　 　
3 1 ★ 5903301 Windows Programming
視窗程式設計 		3.0 3 　 　
3 1 ★ 5903302 Computer Graphics
計算機圖學 		3.0 3 　 　
3 1 ★ 5903303 Java Techniques & Applications
JAVA技術與應用 		3.0 3 　 　
3 1 ★ 5903304 Computer Architecture
計算機結構 		3.0 3 　 　
3 1 ★ 5903305 Digital System Design
數位系統設計 		3.0 3 　 　
3 1 ★ 5903306 Electronic Circuits(II)
電子電路(二) 		3.0 3 　 　
3 1 ★ 5903308 Technology Management
科技管理 		3.0 3 　 　
3 1 ★ 5903318 Introduction to Embedded Systems
嵌入式系統導論 		3.0 3 　 　
3 1 ★ 5903324 Game development
遊戲程式開發 		3.0 3 　 　
3 1 ★ 5903325 Software Development Techniques and Practices
軟體開發技術與實務 		1.0 1 　 　
3 1 ★ 5904367 Human Information Data Mining
人本資訊資料探勘 		3.0 3 　 　
3 2 △ 1001001 Physical Education
體育 		0.0 2 6 / 6 　
3 2 △ 1400029 Internship
校外實習 		2.0 40 　 　
3 2 △ 1419994 Elective Curriculum of Liberal Arts Education
博雅選修課程 		2.0 2 　 　
3 2 ▲ 5903206 Operating Systems
作業系統 		3.0 3 　 　
3 2 ▲ 5903208 Special Project(II)
實務專題(二) 		3.0 6 　 　
3 2 ▲ 5903210 Undergraduate Seminars
專題討論 		1.0 2 2 / 2 　
3 2 ★ 5902304 Computer Algorithms
計算機演算法 		3.0 3 　 　
3 2 ★ 5903309 Technical English
科技英文 		3.0 3 　 　
3 2 ★ 5903313 Numerical Methods
數值方法 		3.0 3 　 　
3 2 ★ 5903314 Digital Signal Processing
數位信號處理 		3.0 3 　 　
3 2 ★ 5903315 Digital Communications
數位通訊 		3.0 3 　 　
3 2 ★ 5903317 Introduction to VLSI Design
超大型積體電路導論 		3.0 3 　 　
3 2 ★ 5903320 Android Application Development
Android應用程式開發 		3.0 3 　 　
3 2 ★ 5903321 iOS App development
iOS 應用程式開發 		3.0 3 　 　
3 2 ★ 5903322 Web Programming
網頁程式設計 		3.0 3 　 　
3 2 ★ 5903323 Introduction to Big Data Analytics
巨量資料分析導論 		3.0 3 　 　
3 2 ★ 5904313 Digital Image Processing
數位影像處理 		3.0 3 　 　
4 1 ▲ 5904202 Special Project(III)
實務專題(三) 		2.0 4 　 　
4 1 ☆ 1004001 Physical Education
體育 		1.0 2 　 　
4 1 ★ 5904301 Network Programming
網路程式設計 		3.0 3 　 　
4 1 ★ 5904302 Software Engineering
軟體工程 		3.0 3 　 　
4 1 ★ 5904304 Electronic Commerce Technologies
電子商務技術 		3.0 3 　 　
4 1 ★ 5904305 Compilers
編譯器原理 		3.0 3 　 　
4 1 ★ 5904310 Information Security
資訊安全 		3.0 3 　 　
4 1 ★ 5904319 Embedded Systems
嵌入式系統 		3.0 3 　 　
4 1 ★ 5904322 Design Pattern
設計樣式 		3.0 3 　 　
4 1 ★ 5904323 VLSI Design
超大型積體電路設計 		3.0 3 　 　
4 1 ★ 5904325 Mobile Internet: Technology & Applications
行動網際網路技術與應用 		3.0 3 　 　
4 1 ★ 5904326 Video Signal Processing
視訊信號處理 		3.0 3 　 　
4 1 ★ 5904327 Random Signals and Systems
隨機信號與系統 		3.0 3 　 　
4 1 ★ 5904328 Introduction to Information Retrieval
資訊檢索與應用 		3.0 3 　 　
4 1 ★ 5904331 VLSI Design
超大型積体電路設計 		3.0 3 　 　
4 1 ★ 5904336 Product Planning
新產品企劃 		3.0 3 　 　
4 1 ★ 5904338 Cloud Information Storage and Management
雲端資訊儲存與管理 		3.0 3 　 　
4 1 ★ 5904339 Intelligent Agent System
智慧型代理人系統 		3.0 3 　 　
4 1 ★ 5904343 Data Visualization
資料可視化 		3.0 3 　 　
4 1 ★ 5904344 Cloud computing and application
雲端運算與應用 		3.0 3 　 　
4 1 ★ 5904345 Introduction to Mainframe Operating System Technologies and Practices
大型主機作業系統技術與實務 		3.0 3 　 　
4 1 ★ 5904346 Internship I
校外實務實習(一) 		3.0 40 　 　
4 1 ★ 5904358 Advanced Computer Graphics
高等計算機圖學 		3.0 3 　 　
4 1 ★ 5904360 Big Data Mining and Applications
巨量資料探勘與應用 		3.0 3 　 　
4 1 ★ 5904361 Introduction to Cyber-Physical Systems
智慧整合感控系統概論 		3.0 3 　 　
4 1 ★ 5904363 Embedded Computing Systems for Intelligent Image Analytics and Interactive Systems
嵌入式智慧影像分析與實境界面 		3.0 3 　 　
4 1 ★ 5904364 Cloud Platform Technologies and Applications
雲端平台技術與應用 		3.0 3 　 　
4 1 ★ 5904368 Social Media and Chatbot System Design
社群媒體與對話機器人系統設計 		3.0 3 　 　
4 1 ★ 5904369 Big Data and Artificial Intelligence Application System Design
大數據與人工智能應用系統設計 		3.0 3 　 　
4 2 ☆ 1004002 Physical Education
體育 		1.0 2 　 　
4 2 ★ 5904315 Artificial Intelligence
人工智慧 		3.0 3 　 　
4 2 ★ 5904324 Object-Oriented Analysis and Design
物件導向分析與設計 		3.0 3 　 　
4 2 ★ 5904329 Digital Processing of Audio Signals
音訊信號處理 		3.0 3 　 　
4 2 ★ 5904330 Software Project Management
軟體專案管理 		3.0 3 　 　
4 2 ★ 5904332 Entrepreneurship
創業企劃 		3.0 3 　 　
4 2 ★ 5904334 Computer Graphics
電腦圖學 		3.0 3 　 　
4 2 ★ 5904335 Parallel Programming
平行程式設計 		3.0 3 　 　
4 2 ★ 5904337 Embedded Multimedia System Design
嵌入式多媒體系統設計 		3.0 3 　 　
4 2 ★ 5904340 Embedded Multimedia Convergence Platform and Interaction Systems
嵌入式匯流平台之人機互動 		3.0 3 　 　
4 2 ★ 5904341 Broadband Convergence Networks and managements
寬頻匯流網路與管理 		3.0 3 　 　
4 2 ★ 5904342 Patent Application Strategy
專利策略應用 		3.0 3 　 　
4 2 ★ 5904347 Design and Analysis of Computer Algorithms
演算法分析與設計 		3.0 3 　 　
4 2 ★ 5904348 Internship II
校外實務實習(二) 		9.0 40 　 　
4 2 ★ 5904349 Human Computer Interaction on media convergence Platform
匯流平台之人機互動 		3.0 3 　 　
4 2 ★ 5904350 Spatial Databases
空間資料庫 		3.0 3 　 　
4 2 ★ 5904351 Mobile Application Development Technology
行動應用軟體開發技術 		3.0 3 　 　
4 2 ★ 5904352 Software Requirements and Specifications
軟體需求與規格 		3.0 3 　 　
4 2 ★ 5904353 Computational Geometry
計算幾何學 		3.0 3 　 　
4 2 ★ 5904354 In Search of Incredible(Incredible innovation-a series of lectures for Asus)
追尋無與倫比講座 		1.0 1 　 　
4 2 ★ 5904356 Computer Typography and Character Encoding
字體設計與文字編碼 		3.0 3 　 　
4 2 ★ 5904357 Autonomous Learning
自主學習 		1.0 2 　 　
4 2 ★ 5904359 Software Quality Assurance
軟體品質保證 		3.0 3 　 　
4 2 ★ 5904362 Machine Learning
機器學習 		3.0 3 　 　
4 2 ★ 5904365 Principles and Applications of Data Science
資料科學原理與應用 		3.0 3 　 　
4 2 ★ 5904366 Computational Biology and Medical Informatics
計算生物學及醫學資訊 		3.0 3 　 　
4 2 ★ 5904370 Concurrent Computing
並行計算 		3.0 3 　 　
4 2 ★ 5904371 Intelligent Evolutionary Computation
智慧型演化計算 		3.0 3 　 　

Note :
1.Minimum number of credits for graduation: 132 credits.
2.Students are required to complete at least 33 credits of Common Required Courses; 64 credits of Professional Required Courses; 35 credits of Professional Elective Courses (ONLY maximum 15 Elective credits of non-CSIE courses may be approved to be eligible for graduate credits).
3.All undergraduate students are required to reach the minimum level of English proficiency or above as one of the necessary requirements for graduation. For more details on the relevant standards of English proficiency, please consult with the website of the Office of Academic Affairs, National Taipei University of Technology.
4.Students are required to complete at least 18 credits of Liberal Arts (LA) Education curriculum in which the Aesthetics & Arts,History & Culture, Democracy, Nature, and Innovation & Entrepreneurship are 5 core curriculum. Students are required to take one 2-credit course from each of the core curriculum and earn total 10 credits of LA. For the other 8 credits of LA, students can take the courses from any LA curriculum.
5.For students studying abroad based on the exchange or dual degree programs, the credits received in the overseas partner institutes must conform to the agreements of the exchange or dual degree programs and are approved by the department chairperson or curriculum committee in order to be eligible for graduate credits.
6.The freshman course, Electrical Engineering and Information Technology, is a major elective course as demanded by the College of Electrical Engineering and Computer Science. Students must enroll in this course to fulfill the graduate requirements.
7.◆ denotes “ Teaching of Technical Fundamentals - Fundamental Experiment Classes”, including Computer Programming (I), Computer Programming (II), Digital Logic Design Lab., Object-Oriented Programming Lab., and Microprocessor-Based-System Lab. The total number of fundamental laboratory courses(M)=the minimum number of fundamental laboratory courses(N)=5. The fundamental laboratory courses are all CSIE courses and students must earn the credits of all these courses in order to graduate.
8.The seven fundamental courses as demanded by the College of Electrical Engineering and Computer Science include: Circuit Theory I, Circuit Theory II, Electronics I, Electronics II, Linear Algebra, Probability, and Digital Logic (Design). Student who receives a failing grade of any of those fundamental courses for the first time is allowed to enroll in and take the same course offered by the departments in the College of Electrical Engineering and Computer Science for the graduate requirements.
9.Students who earn the credits of the Elective course – Internship (I) or (II) may NOT be required to complete the Common Required course – Internship. However, the students still need to satisfy the minimum number of credits specified in the graduation requirements.
10.Students from foreign countries, Hong Kong, and Macao, whose graduating schools are comparable in level and nature to Taiwan’s senior high schools and whose graduating year is equivalent to the 2nd grade of Taiwan’s senior high schools, are considered as having a level of education adequate for registering for the entrance examination for the various 4-year bachelor programs in Taiwan’s universities. Suchlike undergraduate students, when admitted to National Taipei University of Technology’s Bachelor programs, are required to earn extra 12 credit units from the elective courses defined in their respective departments’ curriculum tables.
11.Before graduating, a student must finish the following cross-disciplinary courses. A student must take at least one course with at least 2 credits offered by the other three departments in the College of Electrical Engineering and Computer Science. A student must take at least two courses from other departments outside the College of Electrical Engineering and Computer Science for at least 6 credits, including: cross campus courses, professional on the job English transition project serious courses, last-mile courses, cross-disciplinary special project courses, and courses offered by the administration for the priority projects. Alternatively, a student must take at least three courses from other departments outside the College of Electrical Engineering and Computer Science for at least 8 credits. Those credits count for cross-disciplinary courses. In addition, it is not allowed to take those course offered by other department that the major department of the student also offers the same course. When necessary, credits earned from other departments can be cumulated without limits.
12.In addition, for those students who have finished the secondary expertise modular courses, are regarded as fulfilling the foregoing cross-disciplinary learning courses.
13.This curriculum and graduation requirements are applicable to students entering in academic year 2019, fall semester.

相關規定事項：
1.最低畢業學分：132學分。
2.共同必修：33學分；專業必修：64學分；專業選修：35學分(跨系專業選修，至多承認15學分為畢業學分)。
3.學生畢業須符合本校學生英文畢業門檻實施要點規定，相關規範請至教務處網站查詢。
4.通識博雅課程應修滿18學分，其中「美學與藝術」、「歷史與文化」、「民主與法治」、「自然與科學」、「創新與創業」等5大向度為本系核心課程，每一向度必修1門課程2學分，共計5門課程10學分；其餘8學分可於各向度中任選。
5.依本校「雙聯學制」辦法赴境外合作學校修習課程者，於境外合作學校修習經系所主管或系所課程委員會同意之相關科系課程，須符合協議書規定者，始得採計列為畢業學分。
6.資工一「*電機資訊科技」為院訂專業選修課程，學生須確實完成修習，始得畢業。
7.◆表「技術扎根教學」-「基礎實驗課程」包括計算機程式設計(一)、計算機程式設計(二)、數位邏輯設計實習、物件導向程式設計實習 、微算機系統實習，總課程數(M) =最低課程數(N)=5門，均屬本系必修課程，學生須修習及格，始得畢業。
8.學院基礎課程共七門課，包括「電子學(一)(二)」、「電路學(一)(二)」、「線性代數」、「機率」、「數位邏輯（設計）」，學生於本系第一次修習此七門課程不及格者，得至學院各系重修此七門課程，均承認其學分。
9.修習學期校外實習專業選修課程及格者，得免修校外實習共同必修課程，惟仍需滿足最低畢業學分數，另修習多門校外實習專業選修課程，至多採計9學分為畢業學分。
10.中五生(依學則第18之1條說明入學之學生)應加修本系專業選修科目12學分，始得畢業。
11.學生畢業前須完成跨領域學習，以修讀院內他系至少1門2學分專業課程，並修讀院外他系至少2門6學分專業課程(含校際選課、專業職場英文銜接計畫系列課程、最後一哩、跨領域專題及行政單位因應重大計畫開設之課程等)；或完成修習院外他系至少3門8學分專業課程，採計為跨系所選修學分。修讀他系之課程不得與本系重複。必要時修讀他系之課程學分得採累計，不限門數。
12.另學生修畢他系第二專長模組化課程，視同完成前述跨領域學習。
13.本課程科目表適用108學年度入學新生。