Objective:

This assignment addresses the shifting perception of reverse logistics within business. With a

focus on sustainability and efficiency, understanding the impact of reverse logistics has become

increasingly crucial for organizations striving to optimize their supply chain operations. By

exploring challenges, opportunities, and ethical considerations associated with reverse logistics$,$

students are expected to grasp logistics significance in supply chain management practices. This

assignment aims to illuminate current practices, potential enhancements, and ethical

implications in reverse logistics$,$ its integration into closed$-$loop supply chains, and the ability to

evaluate and propose improvements in real$-$world scenarios. Additionally, this assignment aims

to impart student$$s skills in data visualization by presenting their work in an infographic format.

Data visualization is the representation of data using common graphics, such as charts,

plots, infographics, and even animations.

Instruction:

Reverse logistics$,$ once regarded as burdensome by business entities, may have

undergone a transformation in perception over time. Each group is tasked with developing

a case study revolving around an organization or product exemplifying reverse logistics

principles. The case study should spotlight how the entity manages reverse logistics to tackle

challenges, leverage opportunities, sustainability, and uphold ethical standards in data

management. The infographic should address the following issues:

o Challenges in Reverse Logistics: Discuss challenges in managing reverse logistics$,$

which involve handling product returns, recycling, and disposal.

o Opportunities in Reverse Logistics: Despite its challenges, reverse logistics also

presents opportunities for companies. For instance, effective management of

returned products can lead to cost savings and improved customer satisfaction.

o Difference between closed$-$loop supply chain and reverse logistics system.

o Sustainability: Companies must prioritize sustainable practices such as reducing

waste, minimizing environmental impact, and promoting circular economy

principles through efficient resource utilization and recycling initiatives.

o Logistics $4\mathrm{.}0$: Logistics $4\mathrm{.}0$ represents the integration of digital technologies such

as IoT $($Internet of Things$),$ AI $($Artificial Intelligence$),$ and big data analytics to

optimize logistics processes..