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POE Unit 5 • Lesson 5.6

Concept Generation and System Architecture

Focus question: How can teams generate meaningfully different concepts and organize each one as an integrated system?

Mission Briefing

Today’s Plan

A focused sequence that advances the capstone without creating unnecessary documentation.

Opening promptConcept modelGuided workInteractive applicationEvidence checkExit ticket
Lesson Targets

What You Will Be Able to Do

Learning Target

I can create multiple concepts and represent inputs, processes, outputs, feedback, subsystems, and interfaces.

Evidence

Concept set and system architecture diagrams

Success Looks Like

At least three concepts differ in approach and each architecture shows how information, energy, and motion flow.

Activity Flow

How the Lesson Moves

Each step produces a decision, artifact, or test result needed for the capstone.

1. Generate alternatives

Use multiple ideation strategies to avoid early design fixation.

2. Define subsystems

Break each concept into functional blocks.

3. Map interfaces

Show the flow of signals, energy, materials, and forces.

Lesson Interactive

Assemble the System Architecture

Apply the lesson concept to a capstone aerospace-systems scenario. Use the feedback to correct your reasoning before completing the main deliverable.

Arrange the Closed-Loop Architecture

  1. Output: rover moves the equipment
  2. Input: route command and distance readings
  3. Feedback: new sensor readings confirm position
  4. Process: controller compares reading with target
Order the system loop and choose practices that prevent design fixation and interface ambiguity.
Today’s Work

Main Deliverable

Concept set and system architecture diagrams

Create one focused engineering artifact that demonstrates today’s capstone progress.

  • Create at least three meaningfully different concept sketches.
  • Develop one system architecture diagram with labeled interfaces and feedback.
Exit Ticket

Capstone Debrief

1

State the most important engineering decision your team made today.

2

Name the evidence, requirement, interface, or risk that supports that decision.

3

Identify the next action and the person responsible for completing it.

Resources

Lesson Resources

Presentation

Lesson 5.6 PowerPoint

Use the presentation to review the lesson concepts, examples, and activity directions.

Course Hub

Principles of Engineering

Return to the POE course hub for units, resources, certifications, and course information.

Unit Capstone

Aerospace Systems Capstone

Return to Unit 5 to review the capstone sequence, deliverables, and project challenges.