SDM e-Learning システム

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
2015年度秋学期 授業シラバス
KEIO UNIVERSITY GRADUATE SCHOOL OF SYSTEM DESIGN AND MANAGEMENT
Syllabus for Fall semester 2015


宇宙システム工学概論 (英) / INTRODUCTION TO SPACE SYSTEMS ENGINEERING

担当教員
Instructor
白坂 成功、平松 崇、五百木 誠、山浦 秀作
開講日程
Date and Slot
火曜日1時限 Tuesday 1st


前提科目・関連科目
Prerequisite or Related Course
    Space Systems Design
履修条件
Course Requirements
    Students should take both classes
開講場所
Class Room
    C3S10
キーワード
Keyword
    Space Systems Engineering, Attitude Control, Orbit dynamics
学生が利用する予定機材・ソフト等
Machinery and materials / Software
    PC for homeworks
授業に関する連絡先
Contact Address for Inquiry Regarding the Course
    shirasaka@z3.keio.jp
科目概要(詳細)
Course Description
    This course covers the introduction of Space Systems Engineering. Especially you will learn the basics of attitude control and orbit dynamics.
    You will have to use basic math skill to learn and do homework.



主題と目標/授業の手法など
Objective and Method of the Course
    This course covers the introduction of Space Systems Engineering. Especially you will learn the basics of attitude control and orbit dynamics. You will have to use basic math skill to learn and do homework.
教材・参考文献
Textbooks and References
    Reference:Space Mission Engineering, The New SMAD
提出課題・試験・成績評価の方法など
Assignment, Exam and Grading Details
    Your grade is evaluated by attendance to the lecture and assignments.
履修上の注意
Notification for the Students
    Students should take both this class and "Space Systems Design".
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 2015/09/29 Space Engineering Basics Quiz (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)
    Space engineering involves various kinds of knowledge. In this class basics quiz set to ask basics of those knowledge to get ready for following classes.

    No.2 2015/10/06 Introduction of Space Systems and Space environment and mission creation (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)
    In space, there are various kinds of space systems. This lecture covers space systems example, space environment and mission generation. And also this lecture covers the basics of Space environment and mission creation.

    No.3 2015/10/13 Attitude control of spacecraft and Attitude notations (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)
    This lecture covers the basics of Attitude control of spacecraft and Attitude notations.

    No.4 2015/10/20 Attitude kinematic equation (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)
    This lecture covers the basics of Attitude kinematic equation.

    No.5 2015/10/27 Rigid body dynamics (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)
    This lecture covers the Rigid body dynamics of spacecraft attitude.

    No.6 2015/11/10 Disturbance against attitude control (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)
    This lecture covers the Disturbance against attitude control of spacecraft attitude.

    No.7 2015/11/17 Disturbance against attitude control (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)
    This lecture covers the Disturbance against attitude control of spacecraft attitude.

    No.8 2015/11/24 Attitude stabilization (spin-stabilized) (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)
    This lecture covers Attitude stabilization (spin-stabilized).

    No.9 2015/12/01 Q&A for assignment (Interactive) [No Archive] (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)
    Q&A session for assignment

    No.10 2015/12/08 Kalman Filter assignment introduction (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)
    This lecture covers the basics of Kalman Filter assignment introduction.

    No.11 2015/12/15 Attitude stabilization (bias-momentum) (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)
    This lecture covers the basics of Attitude stabilization (bias-momentum).

    No.12 2015/12/22 Satellite concept design workshop (Interactive) (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)
    In this class, a workshop to derive concept design of satellite system is held.

    No.13 2016/01/05 Attitude stabilization (zero-momentum) and Example of magnetic controlled system (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)
    This lecture covers the basics of Attitude stabilization (zero-momentum) and Example of magnetic controlled system.

    No.14 2016/01/12 Sattelite concept design workshop (Interactive) (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)
    In this class, a workshop to derive concept design of satellite system is held.

    No.15 2016/01/19 Final report (Home Work) (By Shinichi Nakasuka, Makoto Ioki, Shusaku Yamaura, Takashi HIRAMATSU, Seiko Shirasaka)



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