I can interpret a design brief and identify the problem, criteria, constraints, and deliverables for the VEX Rover Mechanisms Challenge.
POE Unit 1 • Lesson 1.12
Design Brief: VEX Rover Mechanisms Challenge
Focus question: How do engineers interpret a design brief before building a mechanism?
Mission Briefing
Today’s Plan
A focused lesson sequence that builds toward the VEX Rover Mechanisms Challenge.
Opening promptConcept voteAerospace linkCompare optionsEvidence challengeQuick checkExit ticket
Lesson Targets
What You Will Be Able to Do
Problem statement, criteria/constraints list, and initial test plan notes
The annotated brief separates the problem, criteria, constraints, deliverables, and required evidence without rewriting them as vague goals.
Activity Flow
How the Lesson Moves
This page highlights the lesson elements you need for practice, evidence, and submission.
1. Read for the mission problem
Identify the user, task, environment, and failure that the design must address.
2. Separate requirements
Classify measurable criteria, fixed constraints, deliverables, and evidence.
3. Plan verification
Connect every important criterion to a specific test method.
Lesson Interactive
Parse the Rover Challenge Brief
Classify each requirement so the team knows what must be achieved, what cannot change, what must be submitted, and what evidence is required.
Brief Statements
- Lift a 1 kg payload at least 150 mm.
- Use only components in the assigned VEX kit.
- Submit a final mechanism presentation.
- Complete three timed lift trials.
Requirement Types
| Statement | Type |
|---|---|
| Lift 1 kg at least 150 mm | |
| Use assigned VEX kit only | |
| Submit final presentation | |
| Complete three timed trials |
Ask whether each statement measures success, limits the solution, names a product, or specifies proof.
Today’s Work
Main Deliverable
Annotated Design Brief and Initial Test Plan
Convert the rover challenge brief into a usable team design specification.
- List the problem, measurable criteria, fixed constraints, and required deliverables.
- Add a preliminary test method beside each performance criterion.
Exit Ticket
Mission Debrief
One way today’s lesson connects to an aerospace mechanism or VEX rover system.
One type of evidence you could use to support a design decision.
One question you still have about mechanisms, energy, power, or the Unit 1 challenge.
Resources
Lesson Resources
Principles of Engineering
Return to the POE course hub for units, resources, certifications, and current course information.
VEX Rover Mechanisms Challenge
Use this unit project context when connecting the lesson to mechanism planning, testing, and design review evidence.