Lean & Green

General Data
Academic program	Incoming Exchange Student Courses			Module Manager(s) : RASOLOFOARISOA Andry
EC Type : Lectures	Lean & Green (LIIEEng09ELeanGreen)
Lab Work : 6h00 Lectures : 10h00 Total duration: 16h00	Status Obligatoire	Period Semester 9	Teaching language : English

Learning Outcomes
Understand the relationship between Lean principles and environmental sustainability within industrial systems. Integrate sustainability indicators into production management to support eco-efficient operations. Monitor and analyze environmental performance through data-driven approaches aligned with lean methodologies. Identify and implement opportunities to reduce waste, energy use, and carbon emissions without compromising productivity. Apply Lean & Green concepts in practical contexts to design more sustainable and resilient production systems.

Learning Outcomes

Understand the relationship between Lean principles and environmental sustainability within industrial systems.

Integrate sustainability indicators into production management to support eco-efficient operations.

Monitor and analyze environmental performance through data-driven approaches aligned with lean methodologies.

Identify and implement opportunities to reduce waste, energy use, and carbon emissions without compromising productivity.

Apply Lean & Green concepts in practical contexts to design more sustainable and resilient production systems.

Content
Introduction to Lean & Green integration: aligning operational excellence with environmental responsibility. Key sustainability pillars and metrics in production systems: energy consumption, waste, emissions, and resource efficiency. Tools and methods for performance monitoring: Environmental Value Stream Mapping (EVSM), Life Cycle Thinking, and KPI design. Strategies for implementing Green improvement projects using Lean tools (Kaizen, 5S, Lab WorkM, standardization). Role of management systems and digital tools (ITC) in tracking sustainability performance. Assessment: Production simulation applying Lean & Green principles to optimize process efficiency and sustainability. Case study on ITC integration to evaluate and improve environmental indicators within industrial operations.

Content

Introduction to Lean & Green integration: aligning operational excellence with environmental responsibility.

Key sustainability pillars and metrics in production systems: energy consumption, waste, emissions, and resource efficiency.

Tools and methods for performance monitoring: Environmental Value Stream Mapping (EVSM), Life Cycle Thinking, and KPI design.

Strategies for implementing Green improvement projects using Lean tools (Kaizen, 5S, Lab WorkM, standardization).

Role of management systems and digital tools (ITC) in tracking sustainability performance.

Assessment:

Production simulation applying Lean & Green principles to optimize process efficiency and sustainability.

Case study on ITC integration to evaluate and improve environmental indicators within industrial operations.

Corequis
Advanced knowledge in Industrial organization and Lean Manufacturing