Micro-credential: Lean implementation
Part of pathway / module: INNOVATIVE AND SUSTAINABLE CLOTHING PRODUCTION SYSTEM / Lean Manufacturing and Pollution Prevention
EQF level: 7
ECTS credits: 2
Learning methods and duration: Approximately 50 hours (15 hours e-learning, 2 hours face-to-face, 28 hours work-based learning, 5 hours assesment)
Assessment methods:
- Initial assessment (quiz)
- Formative assessments (quizzes)
- Summative assessment (quiz)
General objective: The learner will be introduced to:
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the theoretical foundations and conceptual framework of the Lean concept
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the key steps involved in the implementation of the Lean concept
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common challenges in Lean manufacturing
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practical applications of Lean principles and sustainable energy systems in the textile industry
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architectural design solutions and digital systems that support Lean operations in modern textile factories
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human-centered work design, ethical practices, and the integration of environmental systems within Lean-oriented factories
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efficient factory operations within the Lean framework
Start and end dates:
Responsible institution: University of Kragujevac (Serbia)
Contact:
Learning Outcomes
Knowledge
After the completion of this module, learners will:
• Describe key principles in engineering, technology, ecology, ergonomics, and other scientific fields relevant to clothing production systems.
• Identify contemporary techniques and technologies used in the design and projection of clothing production systems.
• Describe the Lean concept as applied to clothing manufacturing systems.
• Explain the contribution of the Lean concept to the development of sustainable clothing production.
• Recognize and evaluate existing local clothing production systems in relation to their capacity to implement EU textile regulations, including requirements related to sustainable production, climate change policies, and textile waste management.
Skills
After the completion of this module, learners will be able to:
• Optimize production flow in clothing manufacturing systems in order to reduce inefficiencies.
• Implement Just-in-Time production concepts to minimize excess inventory and synchronize workflows.
• Apply and utilize methodologies such as 5S, Value Stream Mapping, Kaizen, and Kanban to improve production efficiency.
• Analyse and implement digital solutions, including Digital Product Passports, to enhance traceability and regulatory compliance in clothing manufacturing.
• Cooperate and collaborate in the design of efficient production systems by identifying value-added and non-value-added activities.
• Collaborate with engineers from local companies to identify, assess, and achieve improvement opportunities through teamwork.
• Create and support sustainable production processes that contribute to profitability and long-term organizational success.
Competences
After the completion of this module, learners will:
• Know how to Collaborate with engineers from various fields to design clothing production systems with improved efficiency and more humane working condition
• Use system-thinking approach to integrate diverse knowledge areas to develop holistic solutions for improving efficiency, sustainability, and ergonomics in production environments
• Apply hands-on experience with contemporary techniques and technologies used in analysing and optimizing production systems
• Drive continuous improvement initiatives by integrating lean, digital, and sustainability-focused strategies in clothing manufacturing
• Demonstrate the ability to integrate all company resources in executing a project from the initial idea to the creation of new value.
