mgmt 1 chapter 9
what are the benefits of ERP
- shorter time between the order and payment - less staff needed for processing orders - reduced inventories - better customer service
what are the steps to PERT
1. analyzing and sequencing tasks that need to be done 2. estimating time needed to complete each task 3. drawing PERT network illustrating 1 and 2 4. identifying critical path
gantt chart
a bar graph that shows what projects are being worked on and how much has been completed at any given time
product management
activities that help firms create goods
fixed position layout
allows workers to congregate around the product to be completed
how does a company become lean?
by continuously increase capacity to producing high quality goods, decreasing the need for resources
materials requirement planning (MRP)
computer based operations management system that uses sales forecasts to make sure needed parts/materials are available at the right time/place
quality control
consistently producing what the consumer wants while reducing errors
flexible manufacturing
designing machines to do multiple tasks to produce a variety of goods
facility location
finding a sit that makes it easy for consumers to use services and communicate needs
purchasing
function that searches for high quality material resources, finds best suppliers, negotiates best price for quality goods and services
operations management planning
helps solve problems in the service and manufacturing sectors
continuous process
long production runs turn out finished goods over time
program evaluation and review technique (PERT)
method for analyzing tasks in a given project, estimating the time needed to complete a task, identifying minimum time needed to complete total project
just in time inventory control (JIT)
minimum of inventory kept on premises of parts, supplies, other needs are delivered just in time to go - cuts cost of storage - required accurate production schedule and coordination with suppliers
enterprise resource planning (ERP)
newer version of MRP, combines computerized functions of all divisions and subsidiaries of the firm into a single integrated software program that uses a single database.
facility layout
physical arrangement of resources (including people)
lean manufacturing
production of goods using less of everything than in mass production - less human effort - less manufacturing space - less investment in tools
assembly process
putting together parts to make a product
critical path
sequence of tasks that take the longest time to complete
intermittent process
short production runs to make variety of products
process layout
similar equipment and functions are grouped together; the order depends on design, which allows for flexibility
operations management
specialized area in management that converts or transforms resources into goods and services
modular layout
teams of workers combine to produce more complex units of the final product
form utility
the value producers add to materials in the creation of finished goods and services
computer integrated manufacturing (CIM)
uniting CAD and CAM - computers control the entire production process
computer aided design (CAD)
using computers for designing models - custom design - meets needs of small markets - little increase in cost
computer aided manufacturing (CAM)
using computers in manufacturing products
assembly line layout
workers do only a few tasks at a time