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IS within the Organizations
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use cases that support FAIS:
Production Operations Management— responsible for the processes that transforms inputs into useful outputs as well as for the over operations of the business
such as(most important):
Blockchain applications
computer integrated manufacturing
product cycle management
POM application—Blockchain
enables organizations to keep track of transactions and records in a way that is fast, secure, and highly reliable.
POM application—Computer Integrated Manufacturing(CIM)
an approach that integrates various automated factory systems.
POM Application—Product Cycle Management
a business strategy that enables manufacturers to share product-related data that support product design and development and supply chain operations
How blockchain transforms manufacturing
improved traceability— shipping status
optimized inventory management—track inventory
enhanced data security— data encryption and early uneditable data
manufactures dont have to worry about a breach client and supplier data
automated payments with smart contracts— make quick payments with little error
examples of blockchain POM applications
used in supply chain, grocery industry, manufacturing
Why is blockchain successful in Production Operations Management?
Because the blockchain is shared, all information is transparent and accessible to everyone with access
Three basic goals of Computer Integrated Manufacturing(CIM)
to simplify all manufacturing technologies and techniques
to automate as many of the manufacturing processes as possible
to integrate and coordinate all aspects of design, manufacturing, and related functions through computer systems
How does the Product cycle Management work?
applies Web-based collaborative technologies to product development
integrates disparate functions(ex. the manufacturing process & its logistics) and enables collaboration to form a single management team
Which primary area of the organization (or function) is responsible for managing an organization's supply chain?
Production Operations Management(POM)
Transaction from a business perspective
any business event that generates data worthy of being captured and stored in a database
(e.g., product manufactured, a service sold, a person hired, and a payroll check generated)
source data automation
involves collecting data from sensors ( ex barcode scanners) that allows data entry directly into a computer without human intervention
used by TPS
Transaction in a Database
a unit of work completed in logical order which can be performed manually or automatically.
Transaction Processing System (TPS)
supports the monitoring, collection, storage, and processing of data from the organization’s basic business transactions, each of which generates and collects data continuously, in real time.
Transactions either ______ or _____.
succeed, fail
no such thing as a partial transaction
rollback
when a transaction fails the system returns to the same state it was before the transaction was started
Two Types of TPS
Batch Processing
Online transaction processing (OLTP)
Type of TPS—Batch processing
the firm collects data from transactions as they occur, places them in groups, then prepares and processes them periodically (e.g. overnight or every hour).
Type of TPS—online transaction processing(OLTP)
transactions are processed online as soon as they occur and the system performs tasks in real time.
How are TPS used in data management?
transaction processing systems are inputs for FAIS, BI, CRM, and e-commerce
TPS is critical in supporting core operations
FAIS— functional area information systems
BI— business intelligence
CRM— customer relationship management
FAIS reports
routine reports—reports produced at scheduled intervals.
ad-hoc reports—out-of-the routine reports(on demand)
Routine Reports
Typically summarize expected business operations and are generated daily, monthly, annually etc.,
are produced at scheduled intervals.
Examples range from hourly quality control reports to daily reports on absenteeism rates.
Types of Ad-hoc Reports
Drill Down reports
Key indicator reports
Comparative reports
Drill-Down Reports:
display a greater level of detail.
ex. manager examines sales by region, then focus specifically on sale by store, then salesperson
Key Indicator Reports:
summarize the performance of critical activities.
ex. chief financial officer might monitor cash flow and cash on hand
Comparative Reports
compare and contrast the performances of different business units or of a single unit during different time period
Exception Reports
include only information that falls outside certain threshold standards.
What’s the process for making an exception report/ implementing management by exception?
management first establishes performance standards
then creates system to monitor performance
system produces exception reports
Business functional area examples of a production reports
sales» forecast sales,
service/call center» customer satisfaction,
Marketing» campaign effectiveness
procurement and support» supplier performance
supply chain» fulfillment status
financials» general ledger
human resources» employee productivity
How can ERP systems be used?
ERP systems can
be used to manage daily customer service operations
facilitate workflow among multiple business units
serve as an integrated supply chain management system and connect external orgs
What is a benefit and goals of an ERP system?
ERP systems allow for better planning, management, and integration of business process as well as resources through enterprises level software. It’s considered standard practice.
Enterprise Resource Planning(ERP)
designs to correct a lack of communication between FAIS of a business though a standard business process workflow
Key advantages of ERP include:
Organizational flexibility
Decision support for executives
Increased quality and efficiency
Error reduction
Reduced redundancy
Key disadvantages of ERP include:
Can be costly to customize
Many complex interconnections
Takes a lot of capital up front
Revised workflow & extensive training
ERP II systems
inter-organizational systems that provide Web-enabled links among a company’s key business systems and its customers, suppliers, distributors, and other parties
How are ERP II systems used?
These architectures are particularly prominent in supply chain management
Most vendor supported ERP II systems today are highly customized public/private/hybrid cloud architectures
ERP II is emerging and is considered the most advanced!
Core ERP Modules:
Accounting and Financial
Manufacturing and Production
Human Resources
Extended ERP:
Business Intelligence/Analytics
E-Business
Supply Chain Management
Customer Relationship Management
What is necessary for an ERP system to have?
Core Modules—If an ERP system doesn’t have Core Modules it’s not ERP, extended is optional
Major Causes of ERP Implementation Failure
Failure to involve affected employees in the planning and development phases
Trying to accomplish too much too fast in the conversion process
Insufficient training for the new work flow and procedures as required by the application
Failure to perform proper data conversion and testing for the new system
ERP Implementation— On premise
Company is fully responsibly for the management of the ERP system, software, and hardward
vanilla approach
company implements a standard ERP package, built in configurations
custom approach
implements customized ERP system by developing new ERP functions designed specifically for that firm
best of breed approach
combines benefits of Vanilla approach and Custom Approach while avoiding the extensive cost and risks of extensive customization
Software as a Service(SaaS)—for ERP
a cloud-based solution in which the company rents the software from an ERP vendor who offers its products over the Internet, manages software updates, and is responsible for the system’s security and availability.
Advantages of Cloud-Based ERP
cloud based ERP— can be a good fit for some companies that cant afford large investments into IT but already have structured business processes that need tight integration
Cloud based ERP is scalable, possible to extend support for new business processes and new partners by purchasing new ERP modules
Disadvantages of Cloud-Based ERP
security risks— unclear whether cloud-based ERP is as secure as on-premise; many business have not adopted cloud-based for this reason
less control over a strategic IT resource— companies prefer an on-premise ERP system monitored by a robust IT department
System errors— the lack of control rears its head when the cloud-based system experiences problems. With an on-premise ERP the internal IT department can troubleshoot problems immediately, rather than through a vendor support system
What are example functions of ERP II
functions of ERP II are delivered as e-business suites
ERP vendors have web enabled software suites that integrate extended ERP modules(supply chain, CRM, etc.,) with other business applications
What is the goal of ERP II?
to enable companies to execute business processes using a single web based system of integrated software rather than separate applications
Guiness World Records business model and data collection
people around the world can apply for a Guinness world record, but attempts must be measurable and repeatable
Guinness now works with many brands and helps create records- based marketing initiatives
would-be record breakers must provide evidence— video, photo, and witness statements
2019 volume of data— 500 mb a month to 4tb:
GWR migrated its IT infrastructure to Amazon web services cloud computing platform when moving from publishing house to creative consultancy—digital transformation program
What service does Amazon Web Service provide to GWR?
AWS enabled GWR to introduce a standard records management platform that integrates all the records of GWR global business
AWS provided GWR with a digital asset management system to control all the evidence relating to record attempts as well as the marketing videos GRW made for clients
Enterprise Computing
computing software primarily used by companies and organizations
How has enterprise computing transformed over the years?
in the early 1990s, organizations began to use networking standards to integrate different kinds of networks throughout the firm, thereby creating enterprise computing
TCP/IP networking protocol to integrate different types of networks was created with Web 1.0
Software applications and data now flow seamlessly throughout the enterprise and between organizations