中正大學課程大綱
課程名稱(中文): 軟體工程 開課單位: 雲端計算與物聯網數位學習碩士在職專班(Master Program of E-Learning for Cloud Computing and Internet-of-Things)
課程名稱(英文) Software Engineering 課程代碼 411A002_01
授課教師: 熊博安 學分數 3
必/選修 選修 開課年級
先修科目或先備能力:
計算機概論、資料結構、程式設計
Introduction to Computer Science, Data Structures, Program Design
課程概述:
To introduce students to the benefits of software engineering practices and theories so that they are aware of such
processes, methods, and theory and can apply them when you are actually involved in large software projects in the
future.
學習目標:
1. To learn about all the difficulties in developing software
2. To learn about software processes
3. To learn to design highquality efficient and maintanable software
4. To learn about advanced methods for software engineering
教科書:

Ian Sommerville, Software Engineering, 8th/9th/10th Edition, AddisonWesley.
Any edition would do.

課程大綱 分配時數 核心能力 備註
單元主題 內容綱要 講授 示範 隨堂作業 其他
Introduction to Software Engineering
To give an overview of
Software Engineering
1.Software Crisis
2.Software Myths
3.What is Software
Engineering
4.Evolution of Software
Engineering5.Stateofart
in Software
Engineering
3 12345678
Software Processes
To describe the conventional
and modern software
processes.
1.Software process models
2.Process iteration
3.Process activities
4.The Rational Unified
Process
5.Computeraided
software
engineering
4.5 1 12345678
Project Management
To discuss how a project can
be managed through
planning, scheduling, and
risk management
1.Management activities
2.Project planning
3.Project scheduling
4.Risk management
4.5 12345678
Requirements Engineering
To understand the different
categories of requirements
and how they are obtained.
1.Functional and nonfunctional
requirements
2.User requirements
3.System requirements
4.Interface specification
5.The software requirements
document
6.Requirements engineering
activities
7.Requirements engineering
processes
4.5 1 12345678
System Models
To illustrate the different
modeling techniques for
software systems
1.Context models
2.Behavioural models3.Data models
4.Object models
5.CASE workbenches
4.5 1 12345678
Architectural Design
To introduce architectural
design, decisions, and styles
1.Architectural design
decisions
2.System organisation
3.Decomposition styles
4.Control styles
5.Reference architectures
4.5 1 12345678
Application Architectures
To introduce four important
application architectures
1.Data processing systems
2.Transaction processing
systems
3.Event processing systems
4.Language processing
systems
3 12345678
Rapid Software Development
To introduce agile software
development process and
extreme programming
1.Agile methods
2.Extreme programming
3.Rapid application
development
4.Software prototyping
4.5 12345678
Verification and Validation
To introduce different
verification and validation
techniques
1.Verification and validation
planning
2.Software inspections
3.Automated static analysis
4.Cleanroom software
development
4.5 1 12345678

教育目標
1.具雲端計算及物聯網相關科技產業研發及創新之能力
2.具團隊合作精神及專案執行之能力
3.具自我挑戰與終身學習能力之人才
4.具有專業倫理及國際觀之人才

核心能力
1.具有雲端計算與物聯網領域之專業知識。
2.具有創新思考、問題解決、獨立研究之能力。
3.具有撰寫專業論文及簡報之能力。
4.具有策劃及執行專題研究之能力。
5.具有溝通、協調、整合及進行跨領域團隊合作之能力。
6.具有終身學習與因應資訊科技快速變遷之能力。
7.認識並遵循學術與工程倫理。
8.具有國際觀及科技前瞻視野。

請尊重智慧財產權,不得非法影印教師指定之教科書籍

教學要點概述:
1. 教材編選(可複選):自編簡報(ppt)教科書作者提供
2. 教學方法(可複選):講述板書講述
3. 評量工具(可複選):上課點名 0%, 隨堂測驗0%, 隨堂作業20.00%, 程式實作0%, 實習報告0%,
                       專案報告20.00%, 期中考20.00%, 期末考20.00%, 期末報告0%, 其他10.00%,
4. 教學資源:課程網站 教材電子檔供下載 實習網站
5. 教學相關配合事項:

課程目標與教育核心能力相關性        
請勾選:12345678
1 具有雲端計算與物聯網領域之專業知識。()
為何有關:
此門課程為各種軟體系統的基礎。
達成指標:
修習課程並完成所有作業與考試。
評量工具(可複選):
等第五:學期成績預估在85%以上(含85%)。 等第四:學期成績預估在80%以上(含80%)。 等第三:學期成績預估在75%以上(含75%)。 等第二:學期成績預估在70%以上(含70%)。 等第一:學期成績預估在70%以下。
6 具有終身學習與因應資訊科技快速變遷之能力。()
為何有關:
此門課程為資訊系統的基礎,有助於終身學習。
達成指標:
修習課程,完成所有作業並考試及格。
評量工具(可複選):
等第五:學期成績預估在85%以上(含85%)。 等第四:學期成績預估在80%以上(含80%)。 等第三:學期成績預估在75%以上(含75%)。 等第二:學期成績預估在70%以上(含70%)。 等第一:學期成績預估在70%以下。