Understanding of the relevant ERP system terminology and concepts is important
if an ERP software package is to be sucessfully implemented within a business
and operated correctly such that it yields cost savings, better quality management
information and the other efficiencies and benefits that you are hoping for.
To aid with this understanding of ERP system terminology and concepts we
are compiling a list of ERP terms and their associated definitions which
is being made
available to companies with an interest in ERP - if you want to add to this
list of ERP concepts then please complete the form at the bottom of this
page.
The table below lists the main ERP system concepts that start with letter
S and their definitions - we hope you find them useful and wish
you every success with
your ERP software
system implementation! To learn about other ERP system concepts, terminology
and definitions click the relevant letter from the list below:
ERP
Software Concepts and Terms Starting with: S |
ERP Concept |
ERP Term Definition |
| Safety stock |
Amount of stock planned to be available to protect against uncertainty in demand or stock. |
| Safety time |
Material is planned to arrive ahead of its requirement date |
| Sales planning |
Determines the sales rates the company must maintain for its product lines to meet the strategic plan |
| Schedule |
A timetable for planned occurrences, e.g., shipping schedule, manufacturing schedule, supplier schedule. Some schedules include the starting and ending time for activities. |
| Schedule adherence |
The ability of a work centre to follow the work schedule which it has been assigned. |
| Scheduled receipt |
Items due to be received in a particular time period. (An open order that has an assigned due date). |
| Scheduling |
Activity of assigning dates to the important steps in the process of manufacturing products (part of planning and control not execution). |
| Scrap factor |
A percentage factor in the product structure used to increase gross requirements to account for anticipated loss within the manufacture of a particular item. Synonym: scrap rate. |
| Sequencing |
Determining the order in which a number of different jobs should be processed in order to achieve certain objectives. |
| Serial number |
A unique number assigned for identification to a single piece that will never be repeated for similar pieces. |
| SERVE |
OPT module. Backward schedules to the order due date, assuming infinite capacity |
| Service parts |
Parts used for the repair or maintenance of a product |
| Setup costs |
Costs associated with preparing the resource for the next product. |
| Setup time |
The amount of time it takes to make the machine and part ready for operation |
| Shop floor control |
A system for using data from the shop floor to maintain and communicate status information on shop orders and on work centres. |
| Shop order |
A work order used to authorise and track the production of parts and products through the shop. Same as production order. |
| Shop packet |
Is the paperwork (routing sheets, material requisitions etc.) associated with an order released by production control. |
| Simulation |
The process of carrying out experiments on a model of a real system to determine the results. |
| Simultaneous engineering |
A concept that refers to the participation of all the functional areas of the firm in the product design activity. |
| Slack time |
The amount of time by which the expected finish date precedes the due date |
| Smoothing |
The process of averaging a parameter by assigning different weights to successive data values. |
| Spare parts |
Modules, components, and elements that are planned to be used without modification to replace original parts. |
| SPLIT |
OPT module. Divides the engineering network into sections depending on their position relative to the bottlenecks |
| Split lot |
Manufacturing order quantity that has been divided into two or more smaller quantities usually after the order is in process |
| Standard cost |
A cost estimate based on standard labour hours, material and overhead costs. |
| Standard deviation |
A measure of the width or spread of a set of data. Calculated by adding all the squares of the differences between the measured values and the mean value, dividing the resulting sum by the total number of observations. |
| Standard time |
The length of time that should be required to: setup a given machine or operation and run one part, assembly, batch, or end product through that operation. Synonym: standard hours. |
| Standing orders |
Firm customer orders covering long periods in the manufacturing cycle (enables planners to assign manpower to a core of work). |
| Start date |
The date on which an operation should be started or was actually started. |
| Stock status |
A report of what is on hand, what is due in and what is owed to customers |
| Stockout costs |
The costs associated with a stockout. Those costs may include lost sales, backorder costs, expediting, and additional manufacturing and purchasing costs. |
| Storage costs |
A subset of inventory carrying costs, including the cost of warehouse utilities, material handling personnel, equipment maintenance, building maintenance, and security personnel. |
| Strategic planning |
Is long range and incorporates management's goals, policies and strategies for operating the total business. |
| Sub assembly |
An assembly that is used at a higher level to build another assembly. |
| Subcontracting |
Sending production work outside to another manufacturer. |
| Superbills |
A type of planning bill, located at the top level in the structure, that ties together various modular bills (and possibly common parts bill) to define an entire product or product family. |
| Supplier |
Provider of goods or services. |
| Supplier performance |
Evaluation of suppliers usually with respect to delivery, quality and price. |
| Supplies |
Are expense items or non-productive materials (they do not become part of the end product) |
| Surplus stock |
Stock that is either useless or is greater than safety stock level and the expected requirements for the planning horizon. |
| Synchronisation |
Operations starting and finishing at each process at the same time |
There are many factors that are deemed to be critical to the success of
an ERP software implementation. Ensuring that you have gone through an effective
ERP system selection process is one essential ingredient to success and other
ingreients would be issues such as data accuracy (BOMs, inventory records,
routings etc.) However, the 'softer' issues associated with ERP software
implementation process are often ignored by companies attempting an ERP implementation
often with disastrous consequences. Soft implementation issues include: the
people in the organisation, their fears, motivation (or lack of it!), resistance
to change and the prevailing culture within the organisation - all have their
parts to play in the ERP implementation process.
Communication and overt committment to the ERP implementation project by
senior management are crucial to ERP system implementation success. Similarly,
adequate and timely education and training of key personnel helps to reduce
fear, increase understanding and can be used to sway a critical mass of people
to being behind the ERP implementation and working to make the implementation
a success. The ERP system Concepts and Terms listed and defined on this page
can be used for reference to help ensure that people in companies attempting
an ERP package installation and implementation are conversant with the main
ERP ideas and terminology associated with ERP software systems and their
use.
If you would like to add an ERP concept and definition or you want to make
a general comment about this page of ERP system concepts and terms or have
any questions about ERP software selection or ERP system implementation then
please complete the form below and we will
do our best to help.
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