Human Factors
Sustainability & Impact
Design Detective
Systems & Power
Design Decisions
100

Define ergonomics

Application of scientific information about the relationship between people and design/products/environments

100

What is meant by sustainability in design?

Meeting present needs without compromising future generations

100

Name one user-centered research method.

Interview, survey, observation, field research, focus group, task analysis

100

One bulb fails but the others continue working. What type of circuit is being used?

Parallel circuit

100

What is meant by function in product design?

How the product works or performs its purpose

200

Identify one type of anthropometric data used in design.

Static or dynamic anthropometric data

200

Differentiate between cradle-to-grave and cradle-to-cradle.

Cradle-to-grave ends in disposal; cradle-to-cradle allows continual reuse/circularity

200

What is the purpose of a persona?

Represents and empathizes with intended users and their needs

200

Name the class of lever used in a wheelbarrow.

Second-class lever

200

Why must designers balance form and function?

Aesthetic and usability must both be considered

300

A chair is too high for many users. Which percentile may have been ignored?

Lower percentile / 5th percentile consideration

300

Identify two stages of a life cycle analysis (LCA).

Material extraction, manufacture, transport, use, disposal/end-of-life (any two)

300

Why should designers analyse existing products before redesigning?

Learn strengths/weaknesses and identify opportunities

300

A circuit has 12 V and 4 Ω resistance. Which equation would you use to determine current?

Ohm’s Law (V = IR or I = V/R)

300

How can inclusive design improve accessibility?

Makes products usable by wider ranges of users

400

Explain how a storyboard can help identify design problems.

Identifies pain points, workflow problems, and user interaction issues

400

Why might recycled materials not always be the most sustainable option?

Transport, processing, contamination, energy use may reduce benefits

400

How does task analysis help define a design opportunity?

Breaks down user actions and identifies problems/opportunities

400

Why are capacitors used in electronic systems?

Store and release energy, filtering, timing, smoothing voltage

400

Explain one trade-off a designer may make when selecting materials.

Cost vs durability, weight vs strength, sustainability vs performance, etc.

500

A user struggles to grip a tool. What ergonomic redesign could help?

Larger grip, improved handle shape, softer materials, texture, adjustability, etc.

500

A product has high transport emissions. Suggest one redesign strategy to reduce environmental impact.

Local manufacture, lighter materials, redesign packaging, alternative materials, etc.

500

A specification states that a product should be “comfortable.” Explain why this is a weak specification.

Not measurable; lacks criteria or quantitative testing

500

Describe one situation where gears or motion conversion would be useful in a product.

Motion conversion, lifting, steering, opening mechanisms, automation, etc.

500

A product is visually attractive but difficult to use. Evaluate this design decision.

Attractive design alone is insufficient if usability suffers; balanced evaluation

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