Learning Targets
- Identify structural, mechanical, electrical, and data/testing subsystems.
- Map how energy, motion, information, or forces move through the system.
- Plan interfaces where subsystems must connect correctly.
Focus question: How do subsystems work together in an aerospace prototype?
Use this page with the lesson presentation, your engineering notebook, and the tools or evidence assigned for Plan the System Architecture.
You can break a prototype into subsystems and explain how they interact.
Connect your response to the decision, evidence, or quality standard required for Plan the System Architecture.
This lesson is ready to move forward when the evidence meets this standard: The architecture shows how information, energy, and motion move through the proposed system.
A system is easier to design when it is broken into subsystems.
Interfaces between subsystems are common sources of failure.
Subsystem planning helps teams build, test, and troubleshoot more efficiently.
Define how the structure, mechanism, power/control, and user interaction subsystems connect before detailed modeling or building.
Quality check: The architecture shows how information, energy, and motion move through the proposed system.
Build the information and energy path from sensing to physical motion.
Submission standard: The architecture shows how information, energy, and motion move through the proposed system.
Use the lesson slides for guided practice, interactive checks, and the exit ticket.
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