Thursday, November 4, 2010

WHY F&N?

We have sufficient knowledge on the existing problems encountered by F&N Management, after a month of case study we did in last semester. This company is chosen again, in which we would like to propose RFID implementation to the issues we discovered in previous studies.

Let me share with you some of the issues encountered in F&N’s warehouse operating process.


All F&N finished products are stored in the designated cold rooms of the warehouse instantly after being released from the production. Table below shows the storage location for all finished goods.

Storing Location
Products
CR 1
Yoghurt, margarine, sour cream
CR 2
Tea
CR 3
For order-picked goods and extra goods that their specified cold rooms are unable to accommodate
CR 4
Juices
CR 5
Milk (All brands, Magnolia, Farmhouse, Daisy, Masters, etc.) & Soya

Warehouse personnel will usually receive the products placed in the crate or carton and store them in a temporary waiting room. The crate or carton will then be stacked on the pallets and moved to the metal rack. A tally sheet is used to record the quantity received, product type, expiry date, pallet number and rack number. Upon recording, these documents will be handed over to the warehouse clerk for data entry into the ERP system (JDE).

Photo below shows the crate which consisting of 250ml Aloe Vera Juice, with expiry date on 3rd Aug, and the pallet number is 24.




We can conclude that F&N does not have a systematic approach to guarantee the first-in-first-out rule, real-time product movement, and just-in-time product retrieval system. Every process is done manually.

Such inefficient practice gives rise to issues of data accuracy and reliability. Human error might occur during the data-entry. Time and manpower (and also man-hour cost) wasted may cause delay in the storing process, which increases the risk of product damage.

In the case of quality issue, F&N may have difficulty to trace and recall the defective products or the affected lots. It could be more disastrous if there is a human error during key-in procedure. The dangerous lots may go undetected eventually, costing its customers’ health.

   How to solve???

To improve quality product handling and storage, F&N should integrate certain degree of automation to the current storage system. This will help to increase the accuracy of the inventory control, order processing and achieve error-free handling in the distribution cycle. 


The proposed solution would be the implementation of RFID (Radio Frequency Identification) technology in product-handling and storage cycle, offering hassle-free, quick and accurate identification of product category, tracking, and tracing of the product movement without involving human to read and record data. Strong capability in data storage provided by RFID will also assist the automated collection of important real-time information for immediate business decision. Localized temperature indicator can also be innovated to be part of our RFID system, to monitor the temperature fluctuation along the product movement, and hence reducing the risk of products damaged.


Wednesday, November 3, 2010

Introduction

This e-portfolio is created for our project, to document what we are going to achieve and the strategies involved in various business aspects.


RFID team members are as follow:


Ng Tzuu Bin
Gerald Hai
Liew Siew Ling
Lim Shey Ting



_________________________________________________________________

Our project title: Implementation of RFID technology in F&N warehouse.

Belows are some introduction for RFID technology:

RFID is getting more popular nowadays and has been widely used in several industries including Government units. For instance, Land Transport Authority has used RFID in Electronic Road Pricing (ERP) system in city areas and expressways since 1998. Basically, RFID Tags are made of three parts:


1. The chip holds information about the physical object to which the tag is attached.


2. The antenna transmits information to a reader (e.g. handheld, warehouse portal, store shelf) using radio waves.


3. The packaging encases the chip and antenna



Tags come in two varieties:
* Active
* Passive

Passive tags derive their energy from radio frequencies transmitted by readers. The cost is less compare to Active tags because they do not require batteries. Active Tags contain their own battery and are always on.