Underengineering
Underengineering refers to the practice of intentionally designing a system, structure, or product with features and specifications that are less robust, complex, or durable than necessary for its intended purpose. This approach often aims to reduce costs, speed up production, or simplify processes, but it can lead to inadequate performance, increased maintenance, and decreased user satisfaction.
Underengineering meaning with examples
- The software developer faced criticism for underengineering the application, which quickly crashed under heavy user load due to insufficient server capacity and inadequate performance testing.
- During the construction project, the architect's choice to underengineer the support beams became apparent when the structure began to show signs of stress, prompting costly reinforcements.
- While focusing on rapid development, the team underengineered the security features of the mobile app, leaving it vulnerable to cyberattacks and data breaches.
- The company's decision to underengineer their new product in favor of a lean release led to numerous bugs and malfunctions, frustrating early adopters who expected a reliable experience.
- An example of underengineering can be seen in the restaurant's outdated kitchen equipment, which struggled to meet the demands of a growing customer base, impacting service speed and quality.
Underengineering Synonyms
austerity design
bare-bones engineering
basic design
budget design
cost-cutting
downscaled engineering
economical engineering
efficiency-focused design
essentialist design
frugal design
lightweight design
minimalism
parsimony
resource-light design
simple engineering
simplicity
sparseness
streamlined design
underbuilt
underdesign
Underengineering Antonyms
advanced design
complex design
comprehensive engineering
detailed design
elaborate design
excessive engineering
extensive development
full-featured development
heavy-duty engineering
high-spec design
intricate design
lavish engineering
luxury design
multi-faceted engineering
opulent design
overengineering
rich feature set
robust engineering
sophisticated engineering
thorough engineering