Industrial Engineering in the Context of Circular Economy Models

This project looks at how industrial‑engineering methods can be used inside circular‑economy systems to move away from the old linear way of making things toward a sustainable, closed‑loop approach. We focus on improving manufacturing processes, allocating resources better, and streamlining supply‑chain logistics. The goal is to show how industrial‑engineering tools can cut waste and boost the reuse of materials. First, we lay out a step‑by‑step method to map resource flows, spot inefficiencies in current production cycles, and design more efficient circular supply chains. Then we use quantitative models and simulations to weigh the economic benefits against the environmental costs. This gives a solid decision‑support framework for today’s industrial systems. Our

analysis points out that process optimization, predictive maintenance, and reverse logistics are key to lengthening product lifetimes and lowering raw‑material use. In the end, the work provides clear guidance for applying circular‑economy principles in factories and other industrial settings. It shows that engineering‑driven changes can lead to measurable gains in resource efficiency and sustainability. The project also offers a full evaluation framework that can be used both in academic studies and real‑world industry.

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