Artificial Intelligence Outline
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Henry Ford College *
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Course
605
Subject
Industrial Engineering
Date
Nov 24, 2024
Type
docx
Pages
4
Uploaded by ChiefUniverseRam20
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. To what extent could (or should) Dean expect to apply the philosophies and techniques of
JIT to the running of the staircase cell?
(2.5 MM)
Dean's proposed implementation of JIT principles in the new staircase cell of Boys and
Boden shows that he is taking advantage in addressing some of the challenges encountered
in the operation. Traditional JIT is frequently linked to mass production
, but JIT is all about minimizing wastage, delays and maximize efficiencies. This
staircase cell is created to help achieve more flow and reduce throughput time, which the
Dean acknowledges is needed. In this regard, while Boys and Boden deals in special-
purpose items that are custom-made for them, these principles can still be fine-tuned to fit
their manufacturing processes within a cell system.
Consider an example of a pull-based approach in the context of a staircase cell in which
JIT principles are used to trigger production only when the actual customer demand is
available. This can include a more varied scheduling regime where joiners perform
assigned tasks following actual demands. Further, JIT concentrates on improving
continually that fits in Dean'sDean's objective of developing a better cell manufacturing
process. Continuous reviews and tweaks can detect the blockage points and minimize
lead time while increasing end-user happiness.
Nevertheless, we need to emphasize that the unconventional character of those
products makes for specific difficulties with the direct transfer of JIT methods.
The cell handles non-repeatable staircase ordering; hence, the application of the
just-in-time principle needs to be carefully done while at the same time allowing
for flexibility and individualized solutions. The overall objective of JIT
implementation in staircase cells is the minimization of wastage, but with
different characteristics for individual stairs; hence a unique approach will be
required in such areas as varied product specifications and customers' demands.
The challenge for DeanDean is to mix up his JIT techniques with the specialized
nature of the company's joinery products in such a way that using those JIT tools
improves and does not impede the firm's capacity to meet customer demands.
2. What are likely to be the main categories of costs and benefits in establishing
the cell? Are there any non-financial benefits which should be taken into account?
(2.5 MM)
Boys and Boden's management should evaluate the costs and benefits of creating
the staircase cell. On the cost side, there are high upfront costs of equipping the
cell. These include buying equipment with unique designs, staircase-specific
tools, and even training the joiners working in the cell. Moreover, the
transformation costs are associated with the shift from the existing workflow to a
new cell arrangement. However, these transition costs could be expensive,
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considering there could be ongoing project disruptions and resistance from a
workforce accustomed to the current operations model.
Nevertheless, the advantages of creating a cell are just as good. A possible benefit would be
reduced lead times, for which the simplified operations within the cell could help to reduce
the turnaround period for staircase orders. Efficiency improvement and waste reduction
may result in cost savings. These advantages over Boys and Boden's competitors based on
cost and delivery times might drive more staircase orders to them and thus increase their
production volume. Moreover, joiners specializing in the cell achieve non-financial benefits
like job satisfaction, development
of skills, and a favourable working environment where the production process is
concentrated and orderly.
However, Boys and Boden must undertake an extensive cost-benefit assessment
involving both short- and long-term effects. Though these expenses might be expensive
initially, they have a long-term competitive advantage over competitors and customers
and even boost operational efficiency. To achieve success in the cell and meet the
strategic requirements of Boys and Boden, it will be essential to strike a balance between
minimizing expenditure and gaining maximum benefit.
3. How different would the cell work (job design) be to that in the main Joinery
Department?
(2.5 MM)
The type of work that will be done under this step-cell differs from the broad tasks
executed by the central Joinery department at Boys and Benson. Joiners become
specialized in specific aspects of staircase construction within a cell. The work design in
the cell is customized to the particular stairs manufacturing process and differs from the
broader scope of responsibilities within the primary department. Joiners can specialize in
the finer details of staircase construction, creating an efficient and accurate work product.
For example, it will ensure that the processes will be streamlined and interconnected
within the cell, stressing more on tasks related to creating a staircase. The primary
department deals with a wide variety of joinery products, but the design of the cell's work
restricts it to standardized processes, especially in producing standard staircases. By
taking this focused approach, joiners learn to make the sequential tasks necessary for the
production of stairs, hence making the workflow more efficient. Besides, it makes the cell
more orderly as there is less diversity of tasks in each cell, so more work is done.
The specialization trend also affects the skills of the joiners in the cells. Unlike the skills
required in the main Joinery Department, joiners in the cell would specialize and focus on
staircase construction. Such targeted skill development not only ensures faster and better
quality production but also helps to improve competitiveness in terms of quality. In the
context of the rest of the department, the cell's work design is an exception, but it is a
strategy that addresses the unique needs of a staircase.
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4. What risks are associated with Dean's proposal?
(2.5 MM)
The risks attached to the dean's proposition to have a staircase cell for boys and boys
should be considered. Demand uncertainty is one of the most critical factors. However, if
those special-ordered steps do not appear as anticipated, the cell may be under-utilized.
This would be a financially unproductive venture since it would cause setting up and
operational costs and reduced morale among the specialized workforce
within the cell. To limit this risk, Boys and Boden should conduct a detailed market study
to accurately forecast the demand dynamics and the size of a needed cell's capacity.
Another significant risk is the current staff will resist that change. There is a radical
change in the joiner's operations from the process of the current workflow to the
formation of the new cell. The joiners are habituated with the prevailing operating model,
which can resist changes in the processes, thus leading to hindrances in their productivity
and postponement of cells. Therefore, change management policy should be proactive in
mitigating this risk. It is possible to reduce resistance by involving the workforce in the
decision-making process, communicating the benefits of the cell to workers and
providing training and support on the new processes.
Also, this involves a risk of distress during the first adaptation stage to a new
environment. It can affect production as ongoing projects in the main Joinery Department
may experience temporary setbacks. Joiners could experience initial inefficiencies due to
the learning
curve associated with the new processes in the cell. These transition risks must be
carefully planned, phased implementation, continuous monitoring and adjustment must
be managed and minimized. Acknowledging and anticipating these potential disturbances
will assist Boys and Boden in adjusting to the cell while maintaining the optimal flow of
activities until the shift is completed.
The other risk involves making an upfront investment for establishing a cell. The return
on this investment may be less than expected if there are unanticipated market conditions
or customer preferences changes. However, the company will incur a financial risk
should the demand for specially-made stairs remain the same as expected. This may have
implications for the cell's operations. Therefore, a comprehensive cost-benefit analysis
should be performed beforehand, understanding that the organization must adapt the cell's
operations in real-time to market feedback. Managing this financial risk will depend on
flexibility in the strategy and responsiveness to changing market dynamics.
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