2. Information
• data which has been
processed: sorted, classified,
calculated, summarised, etc.
• data which is meaningful to
the person who receives it
3. Data vs Information
• data is the raw
material for data
processing.
• it relates to facts,
events, transactions,
etc.
• it can be obtained
from both inside and
outside the
organisation
• data which has been
processed:
sorted, classified,
calculated,
summarised, etc.
• data which is
meaningful to the
person who receives it
4. Considerations
• data collection
• quality of source data (GIGO)
• data formats
– written, oral, visual, subconscious, etc
• storage and retrieval
Multiple-use data
• data may be processed to provide information for
more than one business activity
5. • accurate
• complete
• cost should not exceed benefit
• user targeted -communicated to right person and
by the right channel
• relevant
• adaptable
• timely
• easy to use - clear, manageable volume
Good Information Should Be:
6. Categories of Information
• strategic - used by top level management,
ad hoc enquiries, mainly external, less
details
• tactical - department level, data arising
from current activities
• operational - used on a daily basis, regular
requests for the same information, mainly
internal, more precise
7. Value of information
• information has a cost (collection, processing and
storage)
• the cost must be justified by the value it provides
(better decision making)
8. Value of information
• quanitifiable - measurable benefits in monetary
terms
– reduced uncertainty in decision making
– quicker decision making
• non-quantifiable - not strictly measurable
– other variables may need to be considered in addition to
information
9. Communication of Information
• if information has not been received or
understood then it has not been
communicated
• communication should lead to action
• what methods of communication can you
think of?
10. System
• System:
• The flow of information in an organisation
and between organisations, encompassing
the information the business creates, uses
and stores
11. Information System
• An organized combination of people, hardware,
software, communication networks, and data
resources that collects, transform, and
disseminates information in an organization.
• The flow of information in an organisation and
between organisations, encompassing the
information the business creates, uses and stores
12. Information Systems
• Definition:
– a series of inter-related activities concerned
with the capture, processing, communication
and conversion of data to information
(A Eardley)
• computer-based information systems use computers
• each is unique and designed to achieve an
organisation’s goals
• provide information at all levels, from operational to
strategic
13. IS at the Organisational Level
DATA WORKERS
KIND OF SYSTEM GROUPS SERVEDKIND OF SYSTEM GROUPS SERVED
STRATEGIC LEVEL SENIOR MANAGERS
MANAGEMENT LEVEL MIDDLE MANAGERS
OPERATIONAL OPERATIONAL
LEVEL MANAGERS
KNOWLEDGE LEVEL KNOWLEDGE &
SALES & MANUFACTURING FINANCE ACCOUNTING HUMAN
RESOURCESMARKETING
14. IS at the Organisational Level
• Operational-level
– Elementary activities and
routine transactions
– Data current and accurate
• Knowledge-level
– Support knowledge and
data workers
– Integrate new knowledge
into the business
– Office automation
• Management-level
– Periodic monitoring,
control, decision-making
and administration
– Is the business working
well?
• Strategic-level
– Long-term (e.g. 5 year)
planning and strategy
– Internal and external
information
15. Types of IS
• Transaction Processing Systems (TPS)
• Knowledge Work Systems (KWS)
• Office Automation Systems (OAS)
• Management Information Systems (MIS)
• Decision-support Systems (DSS)
• Executive Support Systems (ESS)
16. Transaction Processing Systems
Operational-level Systems
Order tracking Machine control Securities trading Payroll Compensation
Order
processing
Plant scheduling Cash management Accounts
payable
Training and
development
Material movement
and control
Accounts
receivable
Employee
records
Sales and
Marketing
Manufacturing Finance Accounting Human
Resources
Systems that perform and record daily routine
transactions necessary for business
18. Knowledge Work Systems
Knowledge-level Systems
Engineering workstations Graphics workstations Managerial workstations
Systems that aid the creation and integration
of new knowledge into an organisation
19. Office Automation Systems
Knowledge-level Systems
Word processing Document imaging E-mail / electronic
calendars
Systems that are designed to increase the
productivity of data workers
20. Management Information Systems
Management-level Systems
Sales
management
Inventory control Annual
budgeting
Capital
investment
Relocation
analysis
Sales and
Marketing
Manufacturing Finance Accounting Human
Resources
Systems that serve planning, control and
decision-making through routine summary and
reports
25. Executive Support Systems
Strategic-level Systems
5-year sales
trend
forecasting
5-year operating
plan
5-year budget
forecasting
Profit
planning
Personnel
planning
Sales and
Marketing
Manufacturing Finance Accountin
g
Human
Resources
Systems that support non-routine decision-
making through advanced graphics and
communications
26. Interrelationships
• TPS major producer of data
• External data also required
for MIS, DSS and ESS
• Typical loose coupling of
systems
• ‘Digital firms’ have tighter
integration
ESS
TPS
KWS
OAS
DSSMIS
27. Examples of IS by function :
Sales and Marketing
System Description Organisational
Level
Order processing Enter, process and
track orders
Operational
Market analysis Identify customers and
markets
Knowledge
Pricing analysis Determine prices Management
Sales trends Prepare 5 year
forecasts
Strategic
28. Examples of IS by function :
Manufacturing and Production
System Description Organisational
Level
Machine control Control actions of
equipment
Operational
Computer-aided
design (CAD)
Design new products Knowledge
Production planning Decide number and
schedule of products
Management
Facilities location Decide where to
locate facilities
Strategic
29. Examples of IS by function :
Finance and Accounting
System Description Organisational
Level
Accounts receivable Track money owed to
firm
Operational
Portfolio analysis Design firm’s
investments
Knowledge
Budgeting Prepare short-term
budgets
Management
Profit planning Plan long-term profits Strategic
30. Examples of IS by function :
Human Resources
System Description Organisational
Level
Training and
development
Track training, skills
and appraisals
Operational
Career paths Design employee
career paths
Knowledge
Compensation
analysis
Monitor wages,
salaries and benefits
Management
Human resources
planning
Plan long-term
workforce needs
Strategic
31. Information Systems
1. Information processing
capability
2. Information for managerial
decision making
hardware,
software,
procedures,
people, data
combine
to create
that provide
Information SystemInformation System
32. Sit in a group, discuss and present ONE - TWO:
INFORMATION SYSTEMS that you know belong to
the categories below:
TPS KWS MIS DSS ESS
33. Transaction Processing Systems is an information system that captures
and processes data generated during an organization’s day-to-day
transactions.
Management Information Systems is an information system that
generates accurate, timely and organized information so managers and other
users can make decisions, solve problems, supervise activities, and track
progress
Knowledge work systems (Office Automation Systems) help to deal
with problems requiring technical expertise or knowledge. Software includes:
Word-processing for clerical staff; Spreadsheets for accounts, and sales
staff; Database managements systems for keeping records; CAD for
designers; Project management systems; Expert systems for specialist
staff.
Decision support system (DSS) is an information system designed to
help users reach a decision when a decision-making situation arises. A
decision support system uses data from internal and/or external sources
Executive Information Systems is a tool for the senior manager . For
individuals with limited time, limited keyboarding skills, and little direct
experience with computers. An EIS is easy to navigate and tailored to
executive’s information needs. Its features include reports, analysis and
35. Business Challenges
• Increasingly keen global competition calls for
rapid product and process innovation.
• Dramatic increases in knowledge that can affect
your business call for organizational knowledge
management supported by IT
• Faster pace of business events – the cause and the
result of time-based competition.
• Information is key!
36. STRATEGIC INFORMATION
SYSTEMS
• A Strategic Information System (SIS) = Any
information system that supports or shapes a firm’s
competitive strategy
• Any kind of information system that uses IT to help
an organization to :
–Gain a competitive advantage
–Reduce a competitive disadvantage
–Or meet other strategic objectives
• A successful SIS significantly changes the way
business is done (S. Neumann)
37. STRATEGIC INFORMATION
SYSTEMS
• Examples:
• Cost:
– Use IS to reduce cost of
business process
– Use IS to lower costs of
customers and suppliers
• Differentiate
– Use IS features to reduce
the differentiation
advantages of competitors
– Use IS to focus products
and services at selected
market niches
• Innovate
– Create a unique market niche with the
help of IS/IT
– Make radical changes to business process
using IS/IT that can cut cost, improve
quality, efficiency, shorten time to
market
• Promote growth
– Use IS to manage regional and global
expansion
– Use IS to diversify and intergrate to other
products and services
• Develop Alliances
– Use IS to create virtual organization for
business partners
– Use IS to support strategic business
relationships with customers, suppliers,
subcontractors, etc
38. How could the firm where you
work benefit from IT?
• In supply chain management through inventory
management
• In the customer interface via ecommerce
• In logistics through GPS/GIS
• In client management through groupware
• In marketing through datamining
• In internal management through Intranets
39. Competitive Impacts of SIS
• product development cycle
• product quality enhancement
• sales force and selling support
• order cycle automation
• office cost reduction
• channel and inventory management
• reduction of management levels
• product features enhancement and threat of
substitution
40. Industry Impacts of SIS
• nature of products and services
• product life cycle
• geographical scope
• economies of scale in production
• shift in value-added locus
• bargaining power of suppliers
• new business creation
41. Factors characteristic of SIS
• changes relationship between organisation and
customers
• facilitates being proactive to customers
• more timely and reliable information
• better communication within organisation
• enables monitoring of performance of
organisation
• gives management information for decision
making.
42. The SABRE and SMART system
Strategy: differentiate, cost, innovate
• The Sabre system has become a major source of
revenues for American Airlines since travel
agencies pay significant fees for its extended
services.
– proprietary information technology and services that an
enterprise develops can be turned into dedicated
information service providers in the market.
• American Airline's SMARTS Sales Management
and Report Tracking in a knowledge oriented SIS
– Information on revenue, booking and performance
could be monitored using reservation data and
historical data.
– This enables incentive scheme for individual agents to
be developed, rather than general incentive schemes
44. CASE: Mobile Oil Moves to Web-based System
Strategy: Cost
Problem:
Largest marketer of lubricants in the USA
In 1995, introduced EDI system
Used to place orders, submit invoices & exchange business documents
It was too expensive, too complex to use
Solution:
In 1997, moved to web-based extranet-supported B2B system
Results:
Reduced transaction cost from $45/order to $1.25
Fewer shortages, better customer service
decline in distributor administration costs
45. CASE: Caltex Corporation
Strategy : Alliance
Major multinational company selling gasoline & petrol products.
In 2000, created a centralized e-purchasing corporate
exchange (www.caltex.com)
Suppliers build electronic catalogues with Ariba’s software.
Many benefits to buyers and suppliers, particularly in Asia, Africa
& the Middle East.
System enables Caltex to successfully handle complex
multinational business environments.
46. CASE: Volvo Speed Cars
Strategy : CostProblem:
In comparison to global competitors, Volvo’s cars were to
expensive, with a slow delivery time.
Solution:
Creation of global ISDN-based network
Result:
Reduction in delivery time from 12 - 16 weeks to 4 - 6 weeks for
customized cars.
Reduction in cost of doing business, along with the price of the
car.
47. Problem: Advantage of SIS is
difficult to sustain !!
• How can IS remain strategic?
– IT purchased so easily on the open market may not produce sustainable
competitive advantage
• Firms may gain competitive advantage by following the IT
leader rather than being the IT leader.
• However, the development of SIS may give a company first
mover advantage which, even if it only lasts for 6 months is
enough to gain more market share which can then be built on
by other means.
• Proper planning in development and management of SIS is
vital.
48. Sit in a group and discuss and present ONE – TWO :
STRATEGIC INFORMATION SYSTEMS that you
know which support any of these strategy
Cost Differentiate Innovate Promote
Growth
Alliances
50. Investments in IS/IT
• How to justify investments in applications
and associated technology?
• How benefits from investment can be
realised?
• How can risks be assessed and avoided?
51. • IT overhead costs are consistently larger than
anticipated (A.T. Kearney, 1987 per Kobler Unit
1991))
• Computers are showing up everywhere except in the
productivity statistics (Nobel Laureate Robert Solow
per Dunlop & Kling 1991)
• IT is not linked to overall productivity
increases(OECD 1988)
• 70% of users declare that their systems are not
returning their company's investment (Romtech,
1989)
• Only 15% of companies following an IT strategy
regard their strategy as 'highly successful'
(Sheffield / Arthur Andersen, 1988)
54. IS cost
• Tangible vs intangible
• Need to be predicted , then be reduced where
appropriate, but not at the expense of net benefit
• Keen(1991): % of error depend on the nature of
IS project
• Inaccurate forecast leads to:
– A lack of confidence in IS
– Choosing wrong IS project
– Loss of opportunity on worthwhile project due to
resources dry up
55. Checklist for IS cost
Hardware cost Printers,storage, etc
Software cost Off-the-shelf, in-house development
Installation cost Data entry from manual to digitized, data
conversion
Environmental cost Wiring, furniture, air conditioning
Running cost Electrical power, telephone lines,
subscription fees
Maintenance cost Hardware and software servicing
Security cost Disaster recovery plan, accidental damage
Training cost Network infrastructure, data warehousing
Networking cost Background education, specific training
Wider organizational
cost
New salary structures, transitional cost
Hochstrasser and Griffiths (1990)
56. Allocation of the IS investment
• Cover two types of resources:
– Technology
– Personnel associated with managing and
operating the technology
• Ratio of IS spending will be different over
time and industry sector
57. IS benefit – information value
• Value comes from:
– Accuracy
– Quality
– Usability
– User satisfaction
– Functionality
– Reliability
– Utilization
– Relevance
– Productivity
– Security
– Profitability
– Speed volume
collection - infinite but limited by lack of knowledge about existence and location, technical problems and cost, low level of value gain from the data
quality - reports and recommendations made using inadequate or wrong source data will be flawed (poor decisions). Garbage in, garbage out.
formats - reports, records, newspapers, libraries
oral -questionnaire
visual - observed actions or reactions
subconscious - common sense
Information can be ‘hard’ or ‘soft’
storage & retrieval - data may not be needed at the time gained, therefore need to store in a format which allows easy retrieval - alphabetical order, series of numbers. Sometimes use indexes like a contents page. No good storing data if it cant be easily retrieved when needed.
relevance - keep to the point or waste time and infuriate managers
completeness - decisions need to be made using full detailssuppose debt collection section informed of customer with £10,000 overdue by 4 months, the sections writes a nasty letter but they hadn’t been informed that special terms had been arranged or it had been paid.
accuracy -should fit the purpose
in a bank - clerks need very detailed info for reconciliation, managers need estimates to nearest pound
clarity- understandable or it cannot be used
IS theory refers to lack of clarity as NOISE as it is a breakdown in communication
confidence - trusted by managers but how much can we expect certainty of correctness (production - yes, but environmental, outside inf?
communication - of any changes in budget, etc else previous info is incorrect OR communicated to wrong person
volume - physical and mental limitations (exception reporting- where performance differs from standard or budget)
timing - weekly meetings/decisions need weekly reports, etc
i.e. depends on needs for the information
channels - eg job vacancies advertised where the potential workers will see, using the most appropriate media (email, letter, poster, newspaper)
cost - benefit should exceed cost of collecting, filing, acquiring, producing, BUT benefits are sometimes difficult to quantify (prevention of fraud)or difficult to assign to information (increased sales, reduced resource use, etc)
Unused info has no value. Decision taken on info has no value. It is the action taken which provides benefits
strategic - top management, long term planning policies
long term at international level is more long term than company level ( 20 to 5)
tactical - shorter term, department level, data arising from current activities
operational level - hourly information, short-term. Usually of interest to fewer people therefore should be geared more to their needs
verbally, informally at lunch or formally in a meeting
written reports and schedules (regular or not)
data on forms
data on graphs, charts, diagrams
visual - on notice boards or closed circuit tv
2 main methods:
Oral or visual
radio, tannoy, personal pager, telephone, television presentation, face to face, video conferencing
Current and accurate data available when required.
TPS are often business critical – if TPS fail, then the business will fail. They have become an essential part of organisations.
Examples:
What if there was no train information available at stations? How would you know what train to get on?
Can Amazon sell books without its website?
Can the University process exam marks without IS?
More examples in Laudon & Laudon, p. 42, figure 2-4.
Examples:
Modelling and design with Computer-aided design (CAD) systems.
Financial trend analysis.
The move towards the ‘paperless office’. OAS try to improve workflow, using integrated office systems, such as e-mail, word processing and presentation graphics.
MIS provide summary reports on data generated by TPS. They typically use simple models to help managers understand what is happening in the business. Summary reports are used to plan budgets using past and present data and are tailored for specific business needs.
Examples:
How many mobile phone accounts have we sold?
How many mobile phone users have left?
What products are selling best?
How much does it cost to produce certain products?
Flexible systems that ask “what if”. Data taken from TPS, MIS and external. Allows for sophisticated modelling.
Example:
Election campaigns: politicians target communities (those that are marginal). IS may be used to collate voter information and demographics to decide where targeting is required.
Aggregates data from internal and external sources. Attempts to project data into the future for long-term planning. Bespoke systems specifically for senior management.
Highlights the interdependence of systems. External data also important.
Sales is responsible for the selling of a companies products and services.
Marketing is responsible for the identification of customers, determining their need, planning the development of products and services to meet these needs and advertising the products and services.
See http://www.sap.com/solutions/crm/ for an example.
Manufacturing and production is responsible for producing the firm’s products and services, including planning, development, maintenance of production equipment, maintenance for products and services, acquisition of production materials and resources and scheduling of production.
Simple example from F1, including design of cars and parts, production, production schedule in-line with races and testing, location of facilities (near test tracks and expertise).
See http://www.sap.com/solutions/plm/ for an example.
The finance function is responsible for managing a firm’s assets, including cash, stocks and bonds, to maximise return.
The accounting function is responsible for maintaining and managing a firm’s financial records, including invoices, receipts and payroll.
See http://www.sap.com/solutions/financials/ for an example.
The human resources (HR) function is responsible for attracting, developing and maintaining the firm’s workforce, including employee records, recruitment and personal/professional development.
See http://www.sap.com/solutions/hr/ for an example.