Under-engineering
Under-engineering refers to the practice of insufficiently designing or developing a system, product, or process, often resulting in inadequate performance, reliability, or user satisfaction. This phenomenon can stem from various factors, including time constraints, lack of resources, or insufficient understanding of the requirements. under-engineering can lead to increased maintenance costs, user dissatisfaction, and potential loss of market competitiveness.
Under-engineering meaning with examples
- The launch of the new software was marred by numerous bugs and performance issues, reflecting a clear case of under-engineering where the developers rushed the project without fully testing it.
- In their eagerness to meet the deadline, the team succumbed to under-engineering, resulting in a prototype that failed to function under real-world conditions, frustrating potential investors.
- The bridge, despite being aesthetically pleasing, faced structural issues due to under-engineering, leading to concerns about its safety and prompting an immediate inspection by city officials.
- Many startups fail because of under-engineering, as they often prioritize speed over quality, leading to a product that does not meet user needs or expectations.
- After analyzing the product's poor sales, the company realized it had been a victim of under-engineering, cutting corners that left crucial features absent and customers unhappy.
Under-engineering Synonyms
deficient engineering
half-baked design
hasty engineering
impoverished development
inadequate development
incomplete engineering
insufficient design
lackluster engineering
minimalistic design
neglectful engineering
oversight in design
poorly devised
shoddy design
simplistic engineering
substandard engineering
superficial development
undercrafted
underdeveloped
unrefined engineering
weak engineering
Under-engineering Antonyms
adequate development
careful engineering
complete engineering
comprehensive planning
deliberate design
detailed engineering
expertly crafted
high-quality design
meticulous development
robust engineering
thorough analysis
thorough design
thorough engineering
thorough execution
thoroughly designed
thoroughly developed
thoroughly engineered
thoroughly planned
well-crafted
well-devised