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Wings of Change Newsletter October 2023

The 9th edition of the newsletter from WiLAT

The 9th edition of the newsletter from WiLAT

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Supply Chain Network Design,<br />

Challenges and Considerations<br />

Written by<br />

Shakkya Perera, MILT<br />

Australian Maritime College,<br />

University <strong>of</strong> Tasmania<br />

Member Article<br />

Supply chain network design is<br />

a key element in supply chain<br />

network planning. There are various<br />

challenges associated with supply<br />

chain network design (SCND). Figure<br />

01 outlines most <strong>of</strong> those aspects<br />

through four phases. SCND is based<br />

on the supply chain strategy resulting<br />

from the competitive strategy either<br />

to be cost-efficient or differentiation<br />

subject to constraints such as the size<br />

<strong>of</strong> a facility.<br />

Figure 1. Framework for Network Design Decisions in the Supply Chain (Sunil, C & Peter, M 2014)<br />

Determining the size <strong>of</strong> each facility<br />

in the supply chain, particularly the<br />

size <strong>of</strong> the production facility could be<br />

termed one <strong>of</strong> the key elements in the<br />

supply chain network design. Similarly,<br />

the size <strong>of</strong> the production facility<br />

will influence the sourcing and distribution<br />

network design owning to<br />

production capacity constraints and<br />

capability to accommodate inputs<br />

and outputs.<br />

The size <strong>of</strong> the production facility<br />

demarcates production procedures.<br />

Thus, the production frequency and<br />

batch sizes have a direct impact on<br />

the sourcing network design. When<br />

supplies are needed in small batches<br />

directly to the production floor, owing<br />

to the size <strong>of</strong> the production facility,<br />

it triggers a SCND with frequent<br />

inbound logistics to the production<br />

facility from well-established supply<br />

sources. Therefore, it is evident that<br />

the size <strong>of</strong> the production facility has<br />

a significant impact on the sourcing<br />

network design. Moreover, if the production<br />

facility encompasses a high<br />

production rate along with a lower<br />

constrained space for input items,<br />

then it will need intermediate warehouses<br />

between the supplier and the<br />

production facility through third-party<br />

logistics providers, entrepot facilities,<br />

or customs bonded warehouses.<br />

Hence, the SCND in terms <strong>of</strong> sourcing<br />

will be affected by the size <strong>of</strong> the production<br />

facility.<br />

Distribution network design is significantly<br />

defined by the distributional<br />

channel choice made by the company.<br />

Figure 2 depicts there are several<br />

types <strong>of</strong> distribution channels under<br />

different levels that a company could<br />

decide its business operations. It is<br />

vivid that these distribution channels<br />

are commencing with the manufacturer<br />

and hence production facility<br />

plays a major role in determining the<br />

appropriate distribution channel.<br />

Figure 2. Distribution Channels (Kotler, PT & Keller, KL 2015)<br />

<strong>Wings</strong> <strong>of</strong> <strong>Change</strong> -13-

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