Large and complex systems should be often constructed for the achievement of objectives (missions) for space explorations, space development applications, and other projects. The same situation is true even for international cooperation projects and resource development projects. This lecture teaches "systems engineering (SE)" and “project management (PM)”, which are applicable during the development of new huge and complex systems. It aims at clarifying what systems and how they should be developed, and how the systems should be operated.
The student will be able to use SE&PM methodologies in their own projects, such as a robot design course at Tokyo Tech, or the development of large systems after their graduation, when they become professional engineers.
Large and complex system developments, systems engineering, project management
|✔ Specialist skills||✔ Intercultural skills||Communication skills||Critical thinking skills||✔ Practical and/or problem-solving skills|
Course materials are given as handouts and projected on the screen during lectures. Nano-satellite systems are taken as an example of complex system, and their hardware/software is used to study practical SE/PM.
|Course schedule||Required learning|
|Class 1||Systems Engineering overview||Assigned in the lecture.|
|Class 2||Logical thinking||Assigned in the lecture.|
|Class 3||Nano-satellite systems 1||Assigned in the lecture.|
|Class 4||Nano-satellite systems 2||Assigned in the lecture.|
|Class 5||Mission definition, requirement analysis, architecture design, WBS||Assigned in the lecture.|
|Class 6||Verification and validation||Assigned in the lecture.|
|Class 7||Project development review||Assigned in the lecture.|
|Class 8||(Group exercises)||Assigned in the lecture.|
Handouts will be given in lectures
NASA's Systems Engineering Handbook
Based on the levels of understanding of course contents.
Preferable if student has some experience on project participation, such as satellite development or RoboCon.