Sustainable Electronics Design for Circular Economy

This module provides a comprehensive introduction to circular design strategies and the fundamentals of design for recycling. Students explore the interconnected nature of recycling processes at a systems level and learn the basic principles of designing with recycled plastics. The module establishes the foundation for understanding how product design decisions impact recycling effectiveness.

This module focuses on the specific challenges and solutions in electrical and electronic equipment (EEE) recycling. Students examine various recycling processes, identify common barriers to effective recycling, and learn practical design strategies to enhance product recyclability. Real-world case studies provide hands-on understanding of implementation challenges and solutions.

This module delves into the specifics of plastics recycling processes and their unique challenges. Students learn about various barriers to effective plastics recycling and develop skills in designing products that incorporate recycled plastics. Case studies demonstrate practical applications and best practices in material selection and design optimization.

This module explores emerging trends and future developments in electronic waste management and recycling. Students examine innovative business models, user engagement strategies, and upcoming technological advances in recycling. The module covers potential updates to EU regulations and their implications for future product design, preparing students to adapt to evolving industry requirements.