Handout 4 Flashcards

1
Q

Managers must decide on equipment to be used, including
conveyors, cranes, automated storage, retrieval systems, and automatic carts to deliver and store
material.

A

Material handling equipment

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2
Q

Managers must determine the personnel, machinery, and
equipment requirements prior to designing the layout for each component

A

Capacity and space requirements

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3
Q

Managers must consider layout decisions such as windows,
planters, and height of partitionsto facilitate air flow, reduce noise, and provide adequate privacy
among others

A

Environment and aesthetics

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4
Q

Managers must consider the importance of communication in layout
decisions that involve proximity of office spaces.

A

Flows of information

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5
Q

This positions workers, equipment, and spaces to encourage efficient movement
of information.

A

Office layout

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6
Q

This allocates shelf space and responds to consumer behavior

A

Retail layout

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7
Q

This addresses tradeoffs between space and material handling.

A

Warehouse layout

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8
Q

This addresses the layout requirements of large, bulky projects such as
ships and buildings.

A

Fixed-position layout

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9
Q

This deals with low volume but high variety of production

A

Process-oriented layout

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10
Q

This arranges machinery and equipment to focus on the production of a single
product or group of related products.

A

Work cell layout

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11
Q

This seeks the best personnel and machine utilization in repetitive or
continuous production.

A

Product-oriented layout

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12
Q

In process layout, the equipment and employees are arranged according to the
sequence of operations. For example, the filing section may be located to a room next to the
dispatch section and so on.

A

Process layout

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13
Q

In group layout, employees are placed in a separate partition where similar
activities are carried on, and office machinery are fitted with another section. For example, all
computers are fitted in a separate room, like a provisioned computer room.

A

Group Layout

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14
Q

The aisles
must be wide enough to accommodate traffic flowing in both directions. There must also be space for customers to stop near a product display and
park a cart without disrupting the flow of traffic.

A

Walking space

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15
Q

The layout must allow customers to enter from the front and be encouraged to walk to the
back of the store. This increases the amount of time that the customers spend in the store and
boosts the chances that they will buy more product.

A

Flow

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16
Q

The layout must place products at the proper eye level, which will help improve sales.
Different products must be placed on the eye level of their target customers. For instance, an
adult tennis racket must be placed at the adult’s eye level while a children’s toy must be placed
at a child’s eye level.

17
Q

The layout must strategically place display cases in the retail store since they act as
a countertop customer interaction area.

A

Display cases

18
Q

The layout must provide an uninterrupted movement of materials, people, and traffic
within the building.

19
Q

The layout must position all products on pallets or transport structures accessible
by everyone without the need to move one product to get to another.

A

Accessibility

20
Q

The layout must take into consideration sufficient provisions for storage, stock, offices,
working areas, and empty pallet storage among others.

21
Q

A house built through the traditional practices of fixed-position layout would be
constructed on site with equipment, materials, and workers brought to the site.

A

Product version

22
Q

An operating room is the service example of fixed-position layout where in the
patient remains stationary on the table or bed, and medical personnel along with the equipment
are brought to the site.

A

Service version

23
Q

Process-oriented layout can handle a variety of processing requirements, which
facilitate efficient operation.

A

Flexibility

24
Q

Process-oriented machines are less costly to purchase and easier to maintain than
specialized equipment.

A

Lower cost

25
Process-oriented machines are not particularly vulnerable to equipment failures because a wide variety of machines are available in this type of layout.
System protection
26
The machines used in process-oriented layout are dependent upon a variety of output requirements, which is the reason why equipment utilization rates in process layout are frequently very low.
Utilization
27
The machines used in process-oriented layout requires complex scheduling, which makes juggling process requirements more difficult.
Confusion
28
This builds components such as automobile tires or metal parts on a series of machine.
Fabrication line
29
This places the fabricated parts or built components on a series of workstations.
Assembly line
30
This is the process of assigning tasks to workstations in such a way that the workstations have approximately equal time requirements. It involves determining the minimum and maximum cycle time.
Line Balancing
31
This is a way in designing product layout wherein processes needed to create a product are introduced thru boxes that include the duration process.
Parallel Workstations
32
This qualitatively assesses the desired closeness between departments or workstations to ideally set up the facility or the layout according to the proximity preferences for all stations involved.
Systematic Layout Planning