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Course Introduction Software Engineering

This course aims to provide an in-depth understanding of software systems development through theories, tools, and methods in the perspective of software engineering. Topics include project management, requirement engineering, system modeling, and more. Prerequisites include basic computer science background and programming skills. Grading consists of exams, project work, and participation. The course schedule covers essential concepts and practical applications in software engineering. Projects involve teamwork and various milestones, leading to a final project presentation and submission. Contact the TA for any inquiries.

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Course Introduction Software Engineering

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  1. Course IntroductionSoftware Engineering Yonsei University 2nd Semester, 2013 Sanghyun Park

  2. Course Goals (1/2) • Software systems are ubiquitous • Even simple software systems have a high inherent complexity • Software engineering is an engineering disciplinewhose goal is the cost-effective development of software systems

  3. Course Goals (2/2) • This course introducesconcepts, theories, tools, and methodsfor the specification, development, management, and evolution of software systemsin the perspective of software engineering

  4. Prerequisite • Basic computer science background • Programming skill (C, C++, Java, …) • Data structure • Willing to cooperate as a team member

  5. Web Site • http://embio.yonsei.ac.kr/course/67 (class homepage) • Syllabus, announcements, lecture notes, homework, solutions, useful links, etc • http://www.pearsonhighered.com/sommerville/(publisher’s web site)

  6. Textbook • Software Engineering, 9th Edition,Ian Sommerville, Pearson, 2010

  7. Grades • 30% midterm exam • 30% final exam • 30% project • 10% attendance and class participation • ‘F’ will be given if absent more than 1/3

  8. Class Schedule • Week 1 Introduction to the course, Introduction to software engineering • Week 2 Project management and planning, Software processes • Week 3 Software processes (Agile software development) • Week 4 Requirement engineering • Week 5 System modeling • Week 6 Architectural design • Week 7 Design and implementation • Week 8 Midterm exam

  9. Class Schedule • Week 9 Design and implementation • Week 10 Software testing • Week 11 Software evolution • Week 12 Special topics • Week 13 Project presentation • Week 14 Project presentation • Week 15 Project presentation • Week 16 Final exam

  10. Project • One team with 4 members • More than 4 members if project is large (maximum 5) • Less than 4 members if project is small (minimum 3)

  11. Project Schedule (1/2) • End of 3rd weekOne page document which describes team members and project topic • End of 5th weekDocument for requirement analysis • End of 9th weekDesign document • End of 12th weekCompletely working source code and test plan with test cases

  12. Project Schedule (2/2) • End of 15th weekUser manuals,one-click installable source code,and test cases  Submit required materials to TA by 10 pm of due date  Late penalty: 10% each day

  13. TA Information • Name: 정다예 • Office: C533-1 (2123-7757) • Email: tethys6264@gmail.com

  14. Any questions or comments on this class?

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