Sustainability

The chemical and economic friction of battery circularity

The final phase of the design journey, exploring digital tools for realization and the ethical responsibilities that ensure products benefit society while maintaining safety and sustainability.

The conceptual design phase where biomimicry and structured ideation techniques generate and evaluate multiple design concepts to find the optimal solution.

Examining the critical phase of requirements gathering, using reverse engineering and Quality Function Deployment to translate customer needs into measurable engineering specifications.

A comprehensive exploration of the engineering design process, from identifying needs through requirements gathering, concept selection, and digital realization, emphasizing ethical responsibility and sustainable innovation.

Exploring the foundational principles of engineering design, from the Titanic disaster to modern systematic approaches that integrate science, art, and human-centered thinking.

Examining methodological approaches to studying invisible circular economies through advanced technology and archival analysis.

Exploring the complex motivations behind reuse in antiquity, from functional necessity to spiritual beliefs and ideological statements.

Exploring the organized circular networks for everyday materials like glass and textiles, revealing global supply chains in antiquity.

Examining how imperial elites in Rome and Abbasid courts systematically employed reuse and recycling, combining pragmatic resource management with political symbolism.