NUT 468 Chapter 5, Spring 2017
Lebanese American University · Management System and Dietetics · 42 pages
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DECISION-MAKING
NUT 468
Spring 2017
Decision Making: Definition
• Logical stepwise approach used to make a choice
between options to solve a problem, or to resolve a
dilemma
• Some decisions are applied as a matter of habit, having
made the decisions long ago and forgotten the reasoning
behind them
• i.e. how to brush teeth, which hand to write with etc….
• Decisions were involved when those skills were being learned but
are no longer relevant
THE DECISION-MAKING
PROCESS
The Process of Making Decisions
• Contingency Planning: Anticipation of the need to make
a decision sometime in the future and making the decision
in advance so that it can be implemented in a timely
manner at the time it is needed
The choice of which route to take to work (one is the short
one, the other is the longer one – when traffic is expected
on the short one, then the driver automatically chooses the
longer route without traffic)
Hospital’s disaster plan: in an attempt to decrease the
response time needed to reach to a natural disaster by
making as many decisions as possible in advance
The Process of Making Decisions
• Critical thinking skills are required before a decision can
be made, implemented and evaluated
• Decisions involving large amounts of money are usually
considered very important ones, as are those that have
a major impact on the lives of people
The Process of Making Decisions
STEPS IN THE DECISION-MAKING PROCESS
1. Problem Identification
2. Establishment of decision-making criteria
3. Weighting of decision-making criteria
4. Identifying alternatives
5. Analyzing alternatives
6. Making the decision
7. Implementing the decision
8. Evaluating the outcome
Step 1: Problem Identification
• Act of finding a problem and acknowledging that it exists
• A problem exists when there is a difference between what is
and what should be.
• Problems may be negative but also neutral yet needing
resolution
• Problems could also be requiring making a choice among
positive alternatives
• Manager must acknowledge the problem exists (human
nature allows people to become comfortable with the status
quo and to not want to “rock the boat”, so it is easy to ignore
problems)
Step 1: Problem Identification
• Using quality management techniques to compare an
organization’s performance to internal and external
benchmarks helps in identifying problems
• Manager must have adequate resources for dealing with
the problem:
oMoney
oLabor
oOther types of input
Root Cause Analysis
• Finding the real cause of a problem is often a
challenge
• A fishbone diagram is often used to identify the
causes
• The fishbone diagram identifies many possible
causes for an effect or problem. It can be used to
structure a brainstorming session. It immediately
sorts ideas into useful categories.
Step 1: Problem Identification
http://asq.org/learn-about-quality/cause-analysis-tools/overview/fishbone.html Retrieved Feb 2017
Problem
People
Process
Equipment
Materials
Environment
Management
Fishbone Diagram
• Equipment
• Ex a trolley that transports food may be inadequate to maintain
temperature
• Process
• Ex Auditing procedures, quality checks may be made in a way that misses
errors
• People
• Ex Human errors, inadequate training of staff…
• Materials
• Ex Raw materials used are the cause of the problem
• Environment
• Ex the room temperature of a room assembling cold food is too hot
preventing the food temperature to remain cold
• Management
• Ex. Management procedures neglected the correction of errors, lack of
commitment to quality…
Case Study
A clinical nutrition manager is planning to upgrade the department’s nutrient
analysis software. The program currently in use is not very user-friendly and
was installed on a department PC 4 years ago.
The old computer has a very slow processor, but it is the only one in the
department that is compatible with the software. All of the other computers are new
and have sufficient memory to hold a more sophisticated program. Then, too, the
existing program doesn’t list enough foods; though there was a way to add new
foods to the program when it was purchased, the database is now full and cannot
accept more entries. The reason that this program was chosen four years ago is
that it listed a wide array of nutrients, including macronutrients (CHO, PRO, FATS
and KCAL), total dietary fibers, all the RDA minerals, all the vitamins, amino acids
and omega-3 and omega-6 fatty acids. The program is intended to be used in a
general hospital’s nutrition department which needs it for nutritional assessment
and calorie counts. The program may also be used to analyze the menus for the
inpatients and cafeteria. The problem at hand is choosing the correct software
package to meet the immediate needs of the department while anticipating
future needs.
Step 2: Establishment of Decision-Making
Criteria
• Second step after identifying the problem, is establishing
a decision making criteria
• Determining which factors will have the most relevance in
solving a given problem
• Criteria can be set:
o Independently by the manager
o With the help of staff
o Outside experts
• Some criteria might also be imposed on the manager by:
• Accrediting agencies
• Governmental regulations
Case Study
• The manager wants a large database of foods (including processed and fast foods)
and nutrients (including at least all the RDA nutrients, plus data on omega-3, omega-6,
and trans-fatty acids and fiber)
• The software must be able to accept additional foods, recipes and enteral formulas.
• It is also necessary to have upgrades to the software available through Internet
downloads, and a site license so that the program can be installed on all of the office
computers
• Speed is essential; it would be nice if there were a version that could be installed on
the dietitians’ handheld devices with a fast interface between those and the desktop
computers
• The package must be easy for the staff to learn to use with accuracy
• Customized report formats would allow different information to be generated for
different applications. For example: Kcal and macronutrients would be reported for
patients on calorie counts, average daily nutrient intake could be reported in bar graph
form for nutritional assessment and a spreadsheet format could be generated when
doing menu or recipe analyses
• The critical limit that is imposed from the outside is the amount of money allocated for
the software by the hospital's administration
Step 3: Weighting Criteria
• Assigning each established criterion a rank in terms of
importance to the decision that is to be made (ranking them in
order of importance)
• This step is often combined with the previous step
• It does not have to be written; yet for complex decisions it is
sometimes helpful to quantify the decision making process. It
makes it possible for others to see how the decision evolved
• Weights are expressed as numerical values
• Helps establish the direction for the remainder of the process. If
its carried out correctly, then the actual decision will be
relatively easy to make
Case Study
Criterion
Weight
Foods in database
10
Nutrients in database
10
Add foods, recipes, enteral recipes
9
User friendliness
8
Speed
7
Price
6
Upgrades/customer support
5
Site license
4
Customized reports
2
Handheld version with interface
1
Step 4: Identifying/Developing
Alternatives
• List the available choices
• If manager has no choice then it is unlikely that the problem
will be considered solvable
• Alternatives can be developed from:
oA manager’s own knowledge and experience
oThrough networking with colleagues and peers
oPublications and Internet resources
oStaff members and supervisors may also have input
oSalespeople can be good sources of information about the
products they represent
Step 5: Analysis of Alternatives
• Process of comparing and examining alternatives
available by measuring them against the same standards,
using only relevant criteria
• Looking at every alternative in light of each relevant
criteria
• The decision becomes more difficult to make when a wide
array of options are available: it helps to eliminate choices
that clearly will not be viable before doing the analysis
Case Study
Criterion (Weighting)
Option A
Option B
Option C
Foods in database (10)
9 (x10 = 90)
10 (x10=100)
8 (x10 = 80)
Nutrients in database (10)
10 (x10 = 100)
8 (x10 = 80)
8 (x10 = 80)
Add foods, recipes, enterals (9)
5 (x9 = 45)
0 (x9 = 0)
10 (x9 = 90)
User friendly (8)
8 (x8 = 64)
10 (x8 = 80)
9 (x8 = 72)
Speed (7)
10 (x7 = 70)
10 (x7 = 70)
10 (x7 = 70)
Price (6)
5 (x6 = 30)
7 (x6 = 42)
10 (x6 = 60)
Upgrades/customer support (5)
8 (x5 = 40)
9 (x 5 = 45)
10 (x5 = 50)
Site license (4)
10 (x4-40)
10 (4 = 40)
0 (x4 = 0)
Customized reports (2)
0 (x2 = 0)
5 (x2 = 10)
10 (x2 = 20)
Handheld version with interface (1)
0 (x1 = 0)
0 (x1 = 0)
10 (x1 = 10)
TOTAL
479
467
532
Step 6: Choosing an Alternative
• Involves choosing which alternative(s) will best solve the
problem based on the analysis that has been done
• In our case, the manager will go for Option C
Step 7: Implementing the Decision
• Act of carrying out the decision that has been made
• Often involves communicating exactly what is to happen
based on the decision pay attention on how it is
communicated*
• Examples: “Making Fridays a casual dress day in the
department” communicating the decision is enough to
make it happen; implementing the decision may be
something that requires some planning and step-by-step
actions
Step 7: Implementing the Decision
• In our case implementing the new software is more than a
single event;
oThe software will need to be ordered and received
oWill require a staff person from the IT department to install
and test it
oSomeone will need to customize reporting forms
oTraining of the dietitians
oIn our case, a very important step of the
implementation process is the communication
oHow announcements are phrased have a major
impact on the workforce
Step 8: Evaluation
• Receiving feedback about the decision that has been
implemented
• Decision has to be evaluated based on effectiveness,
efficiency, appropriateness, adequacy, .. Was it effective?
Efficient? Appropriate? Adequate?
• Did it resolve the problem that was originally identified?
• If not, what else is necessary to correct the situation?
Answers to these questions should be
considered and used as feedback for
the system which then becomes the
input to be considered for future
decisions
TYPES OF DECISIONS
Types of Decisions
Types of decisions vary with management level, just like
top managers use mostly conceptual skills and frontline
managers use more technical skills
Types of
Decisions
Programmed
Non
Programmed
Structured Problems & Programmed
Decisions
• Structured Problems: Discrepancy between what is and what should be
that is both routine and predictable (i.e.finding a replacement employee)
o Structured problems are handled by making programmed decisions
• Programmed Decisions: decisions that are made routinely, often
relying on precedent
o Can be made based on precedent/previous experience
o Outline for making programmed decisions is written down in the form of
rules, regulations, labor contracts, internal policies and procedures, or
a decision tree
o Difficulty when the guidelines for making programmed decisions are not
written down (especially for an uninitiated manager)
Structured Problems & Programmed
Decisions
• Programmable Decisions
o Decisions that though not yet programmed, are of the routine type
that can be programmed
o Repeated frequently
Structured Problems & Programmed
Decisions
Example
Bob (a DTR) is ill, and the best alternative is to call Mary (another
DTR) to do Bob’s job. But Mary is on vacation and cannot come to
work. Although replacement of employees is a routine decision, the
situation and decision may not be repeatable in every instance.
Guidelines for replacing employees might consist of the following:
o Make a list of all employees who are able to do the job of the absent
employee
o Determine the availability of each of these other employees
o Narrow the list to those not already scheduled to work 40 hours this
week
o List the remaining employees in order of seniority
o Call those employees, in order of seniority and offer each the available
position
o Discontinue the process when the position has been filled
Unstructured Problems & Non Programmed
Decisions
• Unstructured problems: Problems that are new, unusual and often
unpredictable
o These type of problems are less readily identified
o The goals of the decision making process are less clear
o Information available for making the decision is often incomplete or
ambiguous
Unstructured Problems & Non Programmed
Decisions
• Non programmed decisions: decisions that are used to resolve
unstructured problems; these decisions require much research and
thought
o Little precedent for such decisions
o Generally no written guidelines to follow
o Manager must use the decision-making process
o Take longer to make than programmed decisions
o Are more frequent in institutions without institutional memory, start-up
operations
o Some of these decisions may become programmable and will
eventually be institutionalized in the form of policies, procedures or
guidelines
Managerial Level & Decision Making
• There is a correlation between management level and the
type of decision that the manager is called on to make
• In general front line managers make more programmed
decisions
• Upper level managers tend to make the most of non
programmed decisions
• However either type of decision is not exclusive to ONE
group
Managerial Level & Decision Making
Programmed
Decisions
Non-Programmed
Decisions
TYPE OF
PROBLEM
Ill-Structured
Well-Structured
MANAGEMENT
LEVEL IN
ORGANIZATION
Top
Lower
Managers make programmed decisions to deal with routine, structured
problems in their organizations. They also make non programmed
decisions to deal with unique, unstructured problems.
DECISION-MAKING
STYLES
Decision Making Styles
Problem Avoider
?
Problem Solver
?
Problem Seeker
?
Just as managers have their own leadership styles, they also
have decision making styles that are particular to them.
Decision Making Styles
Problem Avoider
• The person does not recognize a problem or chooses to avoid it
(does not feel the urgency, thinks there are no resources,
procrastinator) also described as decidophobia
• One who may make the choice not to make a decision
• Waiting until a problem becomes a crisis is waiting too long and this
can easily happen to the problem avoider
• The routine avoidance of decision making causes subordinates to
question the manager’s effectiveness as a manager
The problem avoider is like the ostrich that buries its head in
the sand to evade reality !!
Decision Making Styles
Problem Solver
• Does not actively withdraw from problems
• Reactive
• This type of manager deals with the problem as they occur, not
waiting till it becomes a crisis
• However does not actively seek problems or anticipate problems that
have no urgency
Decision Making Styles
Problem Seeker
• Proactive
• Identify discrepancies between the real and the ideal
even when the discrepancy is minimal
• The goal of such a manager is to make things better
• Thrive on the challenge of making and implementing
decisions
• Anticipate problems and work on potential solutions
before the problems become big ones do contingency
planning
• Disadvantage:
• Subordinates may constantly have to adapt to change
• Too many changes in a short period of time may lead to
increased stress in the workplace detrimental to the health
of the workforce