1.藉由學習完整的系統分析與設計方法，修課同學將針對永續系統中的「GHG碳盤查與分析系統」，遵循ISO 14064-1組織碳盤查的範疇1~3規範，學習專案管理、需求分析、系統分析與系統設計方法，並由專業系統分析業師指導，使用Agile DevepsTM、UML、Low Code (AppGyerTM) 及SQLTM等工具進行「雲端碳盤查與分析系統」的專案管理、系統分析、UI介面與資料庫設計。
2.修課同學可針對個人有興趣主題、 「智慧製造監控與管理系統」、「半導體生產規劃與模擬系統」或「金屬五金先進規劃系統」等，進行需求分析、系統分析與系統設計(利用Agile Deveps專案管理與相關系統分析設計工具)。並使用VBA/C++、Power BI、Python等工具發展相關之雛型系統。
1. By learning complete system analysis and design methods, students will learn project management for the "GHG carbon disk inspection and analysis system" in the permanent system, follow the scope 1 to 3 of the ISO 14064-1 organization carbon disk inspection. , requirements analysis, system analysis and system design methods, and are guided by professional system analysis engineers, using Agile DevepsTM, UML, Low Code (AppGyerTM) and SQLTM and other tools to carry out project management, system analysis, UI interface and database design of the "cloud carbon disk search and analysis system".
2. Students in the course can have personal interest topics, "Smart Manufacturing Monitoring and Management System", "Semiconductor Production Planning and Modeling System" or "Metal Hardware Advanced Planning System", etc., and conduct requirements analysis, system analysis and system design (utilization Agile Deveps project management and related system analysis design tools). And use VBA/C++, Power BI, Python and other tools to develop related duplex systems.
Part One: Developing Systems
1 : The Value of Systems Analysis and Design Ch.1
2 : The Components of Information Systems Ch.2
3 : Developing Information System Ch.3
4 : Project Management Ch.4
Part Two: Systems Analysis Methods
5 : System Analysis Ch.5
6 : Requirements Gathering Ch.6
7 : Use Cases Ch.7
8 : Data Modeling and Analysis Ch.8
9 : Process Modeling Ch.9
10 : Object-Oriented Analysis and Modeling Using the UML Ch.10
11 : Feasibility Analysis and the Systems Proposal Ch.11
Part Three: Systems Design Methods
12 : Systems Design Ch.12
13 : Application Architecture and Modeling Ch.13
14 : Data Base Design Ch.14
15 : Output/Input Design and Prototyping Ch.15-16
16 : Object-Oriented Design and Modeling Using the UML Ch.18
17 : Term Project Presentation
Part One: Developing Systems
1 : The Value of Systems Analysis and Design Ch.1
2: The Components of Information Systems Ch.2
3: Developing Information System Ch.3
4: Project Management Ch.4
Part Two: Systems Analysis Methods
5: System Analysis Ch.5
6: Requirements Gathering Ch.6
7: Use Cases Ch.7
8: Data Modeling and Analysis Ch.8
9: Process Modeling Ch.9
10: Object-Oriented Analysis and Modeling Using the UML Ch.10
11 : Feasibility Analysis and the Systems Proposal Ch.11
Part Three: Systems Design Methods
12: Systems Design Ch.12
13: Application Architecture and Modeling Ch.13
14: Data Base Design Ch.14
15: Output/Input Design and Prototyping Ch.15-16
16: Object-Oriented Design and Modeling Using the UML Ch.18
17: Term Project Presentation
1.Tilley, Scott and Harry Rosenblatt, System Analysis and Design, (11th Edition), Cengage Learning, 2019.
2.CRIS 「雲端碳盤查與分析系統」系統分析與設計參考文件
3.entley, L. D., and J. L. Whitten, Systems Analysis and Design for the Global Enterprise, (7th Edition), McGraw Hill, 2007.
1.Tilley, Scott and Harry Rosenblatt, System Analysis and Design, (11th Edition), Cengage Learning, 2019.
2.CRIS "Cloud Carbon Disk Search and Analysis System" system analysis and design reference document
3.entley, L. D., and J. L. Whitten, Systems Analysis and Design for the Global Enterprise, (7th Edition), McGraw Hill, 2007.
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 出席與上課表現出席與上課表現 Attendance and class presentation |
30 | |
| 期中考期中考 Midterm exam |
30 | |
| 期末專題期末專題 Final topics |
40 |
