What design change characterizes a "Level 1 (parametric optimization) design"?

Redesigning the entire product

Creating a thinner walled plastic bottle

A "Level 1 (parametric optimization) design" refers to making specific adjustments to an existing product rather than overhauling it entirely. This type of design focuses on optimizing certain parameters to improve performance while retaining the fundamental structure. Creating a thinner walled plastic bottle exemplifies this approach, as it modifies an existing design to reduce material usage and enhance sustainability without necessitating a complete redesign of the bottle’s overall shape or function.

This method aligns with sustainability goals because it often results in less material waste and decreases the product's environmental impact. Reducing the thickness of the bottle walls can lead to significant reductions in plastic consumption while still maintaining the functionality of the bottle, hence embodying the principle of parametric optimization effectively.

Changing materials completely

Implementing new technology

Want more questions?

All options are one-time payments.

$12.50

30 day premium pass

All the basics to get you started

  • Ad-free experience
  • View your previous attempt history
  • Mobile app access
  • In-depth explanations
  • 30 day premium pass access
$30.00 $87.50 usd

6 month DELUXE pass (most popular)

Everything with the 30 day premium pass FOR 6 MONTHS! & the ultimate digital PDF study guide (BONUS)

  • Everything included in the premium pass
  • $87.50 usd value for $30.00! You save $57.50!
  • + Access to the ultimate digital PDF study guide
  • + 6 months of premium pass access
  • + Priority support
$12.50 $18.99

Ultimate digital PDF study guide

For those that prefer a more traditional form of learning

  • Available for instant download
  • Available offline
  • Hundreds of practice multiple choice questions
  • Comprehensive content
  • Detailed explanations
Image Description
Subscribe

Get the latest from Examzify

You can unsubscribe at any time. Read our privacy policy