Course Overview This PhD course delves into the principles and practices essential for designing sustainable and circular industrial products. It aims to equip students with the knowledge and skills required to implement ecodesign strategies and lifecycle thinking, focusing on reducing environmental impact and promoting circular economy practices. The course will cover theoretical foundations, practical methodologies, and real-world examples to provide a comprehensive understanding of sustainable product design Teaching Methods The course will include theoretical explanations of key concepts combined with interactive discussion sessions. These discussions aim to foster critical thinking and collaborative learning among students, enabling them to engage deeply with the material and with each other. Assessment The final exam will involve applying the strategies learned throughout the course to a test case of interest. This test case may be drawn from existing literature or directly from the PhD student's research. Students will be required to demonstrate their ability to integrate sustainability and circularity principles into practical design scenarios, showcasing their understanding and application of course concepts. By the end of this course, students will be equipped with a robust understanding of sustainable design principles, the ability to apply ecodesign strategies, and the skills to conduct thorough lifecycle assessments. They will be prepared to tackle current and future challenges in the field of sustainable and circular product design, contributing to a more sustainable industrial landscape.

Fundamentals of engineering

Course Content: 1. Sustainability, Ecodesign, and Circular Economy - Keywords: An introduction to fundamental terms and concepts related to sustainability, ecodesign, and the circular economy. - Agenda 2030: Understanding the global sustainability agenda and its implications for industrial product design. 2. Lifecycle Thinking - A Focus on End-of-Life: Strategies and considerations for designing products with their entire lifecycle in mind, particularly focusing on end-of-life scenarios. 3. The Design Process - Requirements: Identifying and integrating sustainability requirements into the design process. - Strategies: Developing and implementing design strategies that promote sustainability. - Monitoring and Key Performance Indicators (KPIs): Tools and methods for tracking and measuring sustainability performance. - Useful Frameworks: Introduction to frameworks like Quality Function Deployment (QfD) and Model-Based Systems Engineering (MBSE) that support sustainable design. 4. Ecodesign Strategies - LIDS Wheel: Exploring the Lifecycle Design Strategies (LIDS) wheel for sustainable product development. - Design for X: Strategies for designing products with specific sustainability goals, such as recyclability, reusability, and energy efficiency. 5. Life Cycle Assessment (LCA) - Definitions and Steps: Understanding the process and methodology of LCA. - Impact Categories: Identifying and evaluating different environmental impact categories. - Practical Examples: Applying LCA through case studies and real-world examples. 6. Sustainable Products and ISO Standards - EU Requirements: Understanding European Union regulations and standards for sustainable products. - Greenwashing: Identifying and avoiding misleading sustainability claims. - Ecolabels: Overview of ecolabels and their role in promoting sustainable products. 7. Practical Examples and Ongoing Challenges - Real-World Applications: Analyzing practical examples of sustainable product design. - Current Challenges: Discussing ongoing challenges and emerging trends in sustainability and circularity in industrial design.

In presenza

Presentazione report scritto

P.D.2-2 - Aprile

Lunedì 07/04/25 10.30-12.30 Martedì 08/04/25 14:00-16:00 Lunedì 14/04/25 10.30-12.30 Martedì 15/04/25 14:00-16:00 Lunedì 28/04/25 10.30-12.30 Lunedì 05/05/25 10.30-12.30 Venerdì 09/05/25 14.00-16.00 Lunedì 12/05/25 10.30-12.30 Venerdì 16/05/25 14.00-16.00 Lunedì 19/05/25 10.30-12.30