Productivity engineering: meaning, definitions and examples
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productivity engineering
[ ˌprɒdʌkˈtɪvɪti ˌɛndʒɪˈnɪərɪŋ ]
workplace improvement
Productivity engineering refers to the systematic approach of optimizing processes, workflows, and systems in order to maximize efficiency and output in a workplace setting. It involves analyzing current practices, identifying bottlenecks, and implementing solutions to enhance overall productivity.
Synonyms
efficiency optimization, workflow enhancement
Examples of usage
- Productivity engineering helped the company streamline its operations and increase profits.
- By applying productivity engineering principles, the team was able to reduce waste and improve performance.
industrial engineering
In the field of industrial engineering, productivity engineering focuses on designing and improving production systems to ensure optimal utilization of resources and achieve higher levels of output. It involves studying manufacturing processes, implementing automation, and monitoring performance metrics.
Synonyms
industrial optimization, output maximization
Examples of usage
- The factory implemented productivity engineering techniques to enhance production efficiency.
- Productivity engineering played a key role in increasing the company's manufacturing capacity.
Translations
Translations of the word "productivity engineering" in other languages:
🇵🇹 engenharia de produtividade
🇮🇳 उत्पादकता अभियांत्रिकी
🇩🇪 Produktivitätsingenieurwesen
🇮🇩 rekayasa produktivitas
🇺🇦 інженерія продуктивності
🇵🇱 inżynieria produktywności
🇯🇵 生産性工学
🇫🇷 ingénierie de productivité
🇪🇸 ingeniería de productividad
🇹🇷 verimlilik mühendisliği
🇰🇷 생산성 공학
🇸🇦 هندسة الإنتاجية
🇨🇿 inženýrství produktivity
🇸🇰 inžinierstvo produktivity
🇨🇳 生产力工程
🇸🇮 inženiring produktivnosti
🇮🇸 afkastaverkfræði
🇰🇿 өнімділік инженериясы
🇬🇪 პროდუქტიულობის ინჟინერია
🇦🇿 məhsuldarlıq mühəndisliyi
🇲🇽 ingeniería de productividad
Word origin
The concept of productivity engineering emerged in the early 20th century with the rise of scientific management principles. It has since evolved to encompass a broader range of disciplines, including industrial engineering, operations research, and business process improvement. Productivity engineering plays a crucial role in driving innovation, efficiency, and competitiveness in various industries.