■ 課程目標
軟體工程是研究和應用如何以系統性的、規範化的、可定量的程序化方法去開發和維護軟體，以及如何把經過時間考驗而證明正確的管理技術和當前能夠得到的最好的技術方法結合起來的學科。它涉及到程式語言、資料庫、軟體開發工具、系統平台、標準、設計模式等方面。
在現代社會中，軟體應用於多個方面。典型的軟體比如有電子郵件、嵌入式系統、人機介面、辦公套件、作業系統、編譯器、資料庫、遊戲等。同時，各個行業幾乎都有電腦軟體的應用，比如工業、農業、銀行、航空、政府部門等。這些應用促進了經濟和社會的發展，提高人們的工作效率，同時提升了生活質量。
■ 課程內涵
鑒於軟體開發時所遭遇困境，北大西洋公約組織（NATO）在1968年舉辦了首次軟體工程學術會議，並於會中提出「軟體工程」來界定軟體開發所需相關知識，並建議「軟體開發應該是類似工程的活動」。軟體工程自1968年正式提出至今，這段時間累積了大量的研究成果，廣泛地進行大量的技術實踐，藉由學術界和產業界的共同努力，軟體工程正逐漸發展成為一門專業學科。
創立與使用健全的工程原則，以便經濟地獲得可靠且高效率的軟體。
定義：
1.應用系統化，遵從原則，可被計量的方法來發展、操作及維護軟體；也就是把工程應用到軟體上。
2.與開發、管理及更新軟體產品有關的理論、方法及工具。
3.一種知識或學科，目標是生產品質良好、準時交貨、符合預算，並滿足用戶所需的軟體。
4.實際應用科學知識在設計、建構電腦程式，與相伴而來所產生的檔案，以及後續的操作和維護上。
5.使用與系統化生產和維護軟體產品有關之技術與管理的知識，使軟體開發與修改可在有限的時間與費用下進行。
6.建造由工程師團隊所開發之大型軟體系統有關的知識學科。
7.對軟體分析、設計、實施及維護的一種系統化方法。
8.系統化地應用工具和技術於開發以電腦為主的應用。
9.軟體工程是關於設計和開發優質軟體。■ Course objectives
Software engineering is the study and application of how to develop and maintain software in a systematic, standardized, quantifiable and programmed method, and how to combine time-tested and proven correct management techniques with the best currently available technical methods. disciplines that arise. It involves programming languages, databases, software development tools, system platforms, standards, design patterns, etc.
In modern society, software is used in many aspects. Typical software includes email, embedded systems, human-computer interfaces, office suites, operating systems, compilers, databases, games, etc. At the same time, computer software is used in almost every industry, such as industry, agriculture, banking, aviation, government departments, etc. These applications promote economic and social development, improve people's work efficiency, and improve the quality of life.
■ Course content
In view of the difficulties encountered in software development, the North Atlantic Treaty Organization (NATO) held the first academic conference on software engineering in 1968, and proposed "software engineering" to define the relevant knowledge required for software development and recommended that "software development should It’s a project-like activity.” Since software engineering was officially proposed in 1968, a large number of research results have been accumulated during this period, and a large number of technical practices have been widely carried out. Through the joint efforts of academia and industry, software engineering is gradually developing into a professional discipline.
Establish and use sound engineering principles to economically obtain reliable and efficient software.
Definition:
1. Apply systematic, principle-based, measurable methods to develop, operate and maintain software; that is, apply engineering to software.
2. Theories, methods and tools related to developing, managing and updating software products.
3. A knowledge or discipline whose goal is to produce software that is of good quality, delivered on time, within budget, and meets user needs.
4. Practical application of scientific knowledge in the design and construction of computer programs and the accompanying files, as well as subsequent operation and maintenance.
5. Use technical and management knowledge related to the systematic production and maintenance of software products so that software development and modification can be carried out within limited time and cost.
6. Knowledge disciplines related to building large-scale software systems developed by a team of engineers.
7. A systematic approach to software analysis, design, implementation and maintenance.
8. Systematically apply tools and techniques to develop computer-based applications.
9. Software engineering is about designing and developing quality software.
Software Engineering (10th Edition), Ian Sommerville, Hardcover
software engineering (10TH edition), Ian so MMville, hardcover
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 點名點名 Roll call |
20 | 五次不到沒有請假本科將不及格 |
| 進度報告進度報告 progress report |
30 | 三次報告 |
| 隨堂考隨堂考 Exam in class |
20 | |
| 期中考期中考 midterm exam |
15 | |
| 期末考期末考 final exam |
15 |
