Engineer and Design Process
Computational Thinking
Tools and Materials
Problem Solving EDP+ CT
Bonus Challenges
100

What is the first step of the engineering design process?

Ask / Identify the problem

100

Breaking a big problem into smaller parts is called what?

Decomposition

100

Name one tool you might use in the STEAM lab.

(Accept various answers: ruler, scissors, hot glue gun, iPad, etc.)

100

You want to stop your phone charger from breaking near the plug. What’s the first step in solving this?

Identify the problem (Ask)

100

Name one similarity between the engineering design process and computational thinking.

Both involve problem solving and iteration

200

What do engineers create to test their ideas before building the final version?

A prototype

200

Finding patterns in data or problems is known as what?

Pattern recognition

200

What tool helps measure length accurately?

A ruler or measuring tape

200

You’re building a water filter and only have limited materials. Are those criteria or constraints?

Constraints

200

You’re asked to design a toy car that moves 5 feet. What is one constraint you might face?

(Accept: limited materials, time, or size restrictions)

300

What is the purpose of brainstorming?

To come up with as many ideas as possible

300

What is abstraction in computational thinking?

Focusing on important details and ignoring the rest

300

 What material is best for building lightweight structures?

Cardboard or popsicle sticks

300

Your team built a bridge that collapsed under weight. What should you do next?

Redesign and improve it

300

Which part of computational thinking helps create simpler models of real problems?

Abstraction

400

What step comes after testing a prototype?

Improve / Redesign

400

Writing step-by-step instructions to solve a problem is called what?

Algorithm design

400

Why should engineers test with simple materials first?

To save time and resources before the final design

400

You’re designing a backpack that charges devices using solar power. What step are you in when you test how well it works outside?

Test and Evaluate

400

Give one example of using algorithms in everyday life.

Accept: following a recipe, brushing teeth, tying shoes, etc.)

500

What is the difference between criteria and constraints?

Criteria are the goals the design should achieve; constraints are the limits or restrictions (like time, materials, or budget).

500

How does computational thinking help engineers?

It helps them plan, analyze, and solve problems logically and efficiently.

500

What is the difference between a tool and a material?

Tools are used to build; materials are used up to make the product

500

Your group wants a bridge that can hold 20 lbs and use less than $5 in materials. Which is the criteria and which is the constraint?

Hold 20 lbs = criteria; under $5 = constraint

500

Why is failure important in engineering?

It helps identify what doesn’t work and leads to improvement

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