Description
Course Description
This course covers the roles and responsibilities of the Systems Engineer in supporting the concepts, planning, design, test, verification, operations, and disposal of aerospace systems. The course covers classical Systems Engineering processes with emphasis on spaceflight vehicles and will include assignments to introduce the students to the skills required for successful spacecraft design.
Goals
The purpose of this course is to expose the student to the role of the Systems Engineer in the spacecraft development process and to provide an introduction to Systems Engineering as applied to spacecraft and space systems development. Additionally, the course will provide the students an overview of Systems Engineering methods and tools and an understanding of why Systems Engineering is important to program success.
Course Performance Objectives:
Upon completion of this course the students will be able to
- Describe the role of the Systems Engineer in spacecraft development
- Define the project lifecycle and describe the Systems Engineer’s role in each phase
- Understand and demonstrate the importance of good requirements development
- Understand and demonstrate mission analysis, systems functional analysis, and hazard analysis.
- Understand and demonstrate test and verification planning
- Understand and demonstrate Master Planning and Scheduling.
- Understand and demonstrate Technical and Risk management principles
Agenda:
Week 1: Role of the Systems Engineer and the Systems Engineering Process
Week 2: Program Lifecycles and Phases- Products and Reviews
Week 3: Analyzing stakeholder needs and concept definition
Week 4: Technical Management: Planning the Work and Master Schedules
Week 5 Risk Management
Week 6: System Integration: Requirements Development and Flowdown
Week 7: System Analysis and Design
Week 8: Design Downsize and Production
Week 9: Test and Verification
Week 10: Deployment, Operations and Disposal
Week 11: Risk Management
Week 12: Project presentations