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※このシラバスは学期開始時に設定されたものです。授業日程等は学期中に変更される可能性がありますので、
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Please note that this Syllabus page is updated at the beginning of the semester. The course details such as timetable can be changed during the semester.
Please refer to the course page for the latest information.

慶應義塾大学大学院 システムデザイン・マネジメント研究科
2018年度秋学期 授業シラバス
KEIO UNIVERSITY GRADUATE SCHOOL OF SYSTEM DESIGN AND MANAGEMENT
Syllabus for Fall semester 2018


システムデザイン・マネジメント実習 (英) / PRACTICE OF SYSTEM DESIGN AND MANAGEMENT

担当教員
Instructor
神武 直彦
開講日程
Date and Slot
月曜日3時限,月曜日4時限 Monday 3rd ,Monday 4th


前提科目・関連科目
Prerequisite or Related Course
    Introduction to System Design and Management
履修条件
Course Requirements
    None
開講場所
Class Room
    C3S10,C3S10
授業形態
Type of Class
    Lectures, Exercises, and Group works
キーワード
Keyword
    Hand-on experience, Group works, Concept of operations, Requirement design, Verification and validation
授業に関する連絡先
Contact Address for Inquiry Regarding the Course
    kohtake@sdm.keio.ac.jp
科目概要(詳細)
Course Description
    This course covers fundamentals of modern systems engineering(SE). Starting from the context analysis to identify interaction among customers/users, stakeholders and natural/social environment, the course includes salient features of the Systems Engineering such as requirement analysis, functional/physical analysis, evaluation procedures and trade-off, and risk/life-cycle analysis. The target system in this semester (fall, 2018) is support system for Tokyo 2020 Olympic/Paralympic Summer Games. https://tokyo2020.org/en/
主題と目標/授業の手法など
Objective and Method of the Course
    First several lectures, based on the textbook, fundamental concept, approaches and methodologies are explained. The lectures will place emphasis on concept of operations (ConOps), requirement analysis and its verification planning with exercises and group discussions. The remaining will be devoted to group work practice to develop a robot-cleaner maneuvering system to be operated remotely with help of a ICT-based control system. The objective of this course is to cover fundamentals of modern systems engineering(SE). Starting from the context analysis to identify interaction among customers/users, stakeholders and natural/social environment, the course includes salient features of the Systems Engineering such as requirement analysis, functional/physical analysis, evaluation procedures and trade-off, work breakdown structures (WBS), and risk/life-cycle analysis.

    The target system in this semester (fall, 2018) is support system for Tokyo 2020 Olympic/Paralympic Summer Games. https://tokyo2020.org/en/
教材・参考文献
Textbooks and References
    Textbook:
    1)Forsberg et al, Visualizing Project Management, 2006.
    2)INCOSE Systems Engineering Handbook: A Guide for System Life Cycle Processes and Activities, 4th Edition, 2015.
提出課題・試験・成績評価の方法など
Assignment, Exam and Grading Details
    Reports, attendance, and participation to group works
履修上の注意
Notification for the Students
    The goal of this course is to provide the students with systems engineering methods proposed by INCOSE, one of the major organizations in the field.
e-learning開講の有無
Availability on e-learning System
    e-learningを開講しない
授業計画
Course Schedule

    No.1 2018/10/01 13:00-14:30 Introduction and Outline (By N.Kohtake, A.Tokaji)
    Explanation of course syllabus and overview of systems engineering. Proposals concerning support system for Tokyo 2020 Olympic/Paralympic Summer Games.

    No.2 2018/10/01 14:45-16:15 System Life Cycle and Vee Model (By N.Kohtake, A.Tokaji)
    We explain that the essence of systems engineering is to satisfy the requirements of stakeholders, and have the students practice concretizing (converting into engineering and quantitative terms) vague requirements. All the processes from this class on are conducted in groups. We explain the role of decision gate and the implementation method in this course.

    No.3 2018/10/15 13:00-14:30 Requirement Analysis 1 (By N.Kohtake, A.Tokaji)
    Each team receives the identical “system concept plan” as initial requirements from the pseudo sponsor corporation and acquires the skill inventory of group members and approximate budget information. Teams are asked to improve the initial requirement documents and separate the text into those related to implementation method and those related to state change to achieve by introduction of the system.

    No.4 2018/10/15 14:45-16:15 Requirement Analysis 2 (By N.Kohtake, A.Tokaji)
    The groups list up the possible stakeholders and identify the most important requirements from each stakeholder’s viewpoint. After the lecture on the basic structure of documents, the groups try to find inconsistency in the requirements and update the requirement documents with the sponsor corporation.

    No.5 2018/10/29 13:00-14:30 Architecting and Integration 1 (By N.Kohtake, A.Tokaji)
    Teams develop CONOPS and prepare multiple system implementation plans. They also conduct the decision gate to agree upon the basic requirements.

    No.6 2018/10/29 14:45-16:15 Architecting and Integration 2 (By N.Kohtake, A.Tokaji)
    Teams select few candidates for the implementation method concepts and adjust the balance between the expenses for the purchase of necessary components and the advantages of the implemented functions. Architecture frame works are also explained. The architecture frame works get world wide attention.

    No.7 2018/11/12 13:00-14:30 Verification and Validation 1 (By N.Kohtake, A.Tokaji)
    Teams select the implementation method concept, prepare the systems architecture and check the feasibility using models and simulations.

    No.8 2018/11/12 14:45-16:15 Verification and Validation 2 (By N.Kohtake, S.Shirasaka)
    Teams select each of the components and implementation method of the interface. By adjusting the balance of the expenses, teams reach an agreement with the sponsor corporation on CONOPS and the decision gate.

    No.9 2018/11/26 13:00-14:30 Test Planning 1 (By N.Kohtake, A.Tokaji)
    Teams identify who collects/produces/assembles what at what period of time, and prepare a schedule. The teams must focus on specifications of verification and validation and must agree with the sponsor corporation on the decision gate.

    No.10 2018/11/26 14:45-16:15 Test Planning 2 (By N.Kohtake, A.Tokaji)
    Teams decide on where to buy the necessary components from and order them to fix the final amount of expense. The teams start the integration with the parts that they received

    No.11 2018/12/10 13:00-14:30 Documentation (By N.Kohtake, A.Tokaji)
    Teams conduct system integration and verification according to the schedule.

    No.12 2018/12/10 13:45-16:15 Preparation for Acceptance Review (By N.Kohtake, A.Tokaji)
    Teams conduct system integration and verification according to the schedule.

    No.13 2018/12/17 13:00-14:30 Acceptance Review (By N.Kohtake, A.Tokaji)
    Teams make the final presentation and demonstration to the sponsor corporation. The sponsor corporation tests the system and teams receive the final approval.

    No.14 2018/12/17 14:45-16:15 Summary and Conclusion (By N.Kohtake, A.Tokaji)
    Lecturers conclude this lecture series.



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