In: Computer Science
Question 4 a) Why do you think bottom-up approach is useful in gathering inputs for a new project? CR b) How would you go about sequencing activities of your project? AP 3 c) How significant is it to inculcate quality management into projects? CR (Total marks: 25)
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Answer a)
The bottom-up approach to answering “What are the tasks?” relies
on project team members identifying the tasks then organizing them
into specific groups or work packages. If you applied a bottom-up
approach to spot tasks for the software upgrade mentioned above,
the whole project team would brainstorm all the tasks required to
properly upgrade the system. There’s also a greater chance that a
team member will identify an operating system conflict or at least
include a step to test that feature than in top-down planning.
Ideas get flowing and tasks are often written down on sticky note
pads or index cards. All these tasks can then be logically grouped
into categories that structure each work package.
The bottom-up approach leads to a more detailed schedule, but it’s
also a time-consuming approach compared with the top-down task
planning approach. The schedule you create is predicated on direct
input from experts who are going to be implementing the project;
it’s also a useful technique to create teamwork.
If your organization doesn’t have previous experience with the sort
of project you’re trying to plan, this approach helps identify
unknown tasks.
The bottom-up approach to “How long?” is my preferred project
estimation method—but it takes tons longer than top-down planning.
In the bottom-up approach, the project team has defined the tasks
and may make accurate estimates at an in depth level. Then, the sum
of those estimates and task dependencies within each work package
determine the entire cost and timeline for the project
schedule.
This technique is beneficial for developing detailed project
budgets, schedules, and monthly forecasts. And, it helps define the
specific resource skills needed during key phases of the project in
order to get a more accurate schedule. The tradeoff of employing a
bottom-up approach is that it requires longer .
Answer b)
Sequencing in project management refers to a dual process.
Initially, activity sequencing involves a selected process of the
identification of dependencies among a series of schedule
activities. The next step includes the documentation of the said
series of dependencies among those schedule activities. It
specially involves the chronicling the dependencies among these
schedule activities and putting them into a logical order. Activity
sequencing also involves a careful examination of the relationships
between schedule activities and their precedence relationships,
which is additionally provides a tangible benefit to the event of
an accurate schedule. Some of the techniques that are effective,
includes precedence diagramming method, arrow diagramming method,
schedule network templates, dependency determination, and therefore
the application of leads and lags. Various outputs include project
network schedule diagrams, activity list updates, activity
attributes updates, and requested changes.
Precedence Diagramming Method
The best thanks to create an efficient Network Diagram is to follow
the Precedence Diagramming Method (PDM). PDM may be a method used
for constructing a network diagram that uses boxes (also referred
to as nodes) to represent activities and arrows to attach boxes
with one another , thus creating a logical relationship between
these activities. It is a simple task for a project manager,
provided he or she has good project management knowledge.
In this way, you'll sequence activities, plan the duration required
per activity, and derive the longest possible path for the project,
that is, the Critical Path Method (CPM) of the project.
After calculating the CPM, you'll compute total float in your
project and therefore the float within a specific activity. In this
way, you'll plan ahead and utilize your resources
accordingly.
In the PDM, there are four sorts of dependencies. They are as
follows:
Finish to start: An activity must finish before the successor can
start.
Finish to finish: An activity must finish before the successor can
finish.
Start to start: An activity must start before the successor can
start.
Start to finish: An activity must start before the successor can
finish. This is a very rare in practice.
Through PDM, you'll calculate the simplest place to use schedule
compression.
Answer c)
Project quality management encompasses the processes and
activities that are wont to find out and achieve the standard of
the deliverables of a project. However, quality can be an elusive
word.
Quality : While we could continue forever about the “true” meaning
of quality and use the Socratic method to dialogue on its many
possible meanings, for project management the solution is more
defined.
Quality is just what the customer or stakeholder needs from the
project deliverables. By keeping the definition tied to the
customer or stakeholder, quality management can have a narrower
focus, which suggests it’s more likely to realize its goals.
Quality management because the term suggests is all about managing
quality in services. When it involves project management, ensuring
desired quality is that the goal. The project delivery should
ensure quality management. Here, quality doesn’t always mean
perfection and top quality services, but maintaining consistency in
quality across projects. The quality to be maintained during a
project is set by the stakeholders, owners and clients of the
project. Quality standards also are defined supported
organizational values and standards. A quality management process
is introduced during a project towards quality planning, quality
assurance and internal control .
Quality Planning: Here, the quality plan is created. Every plan
should have a desired objective or goal and quality plan is not any
exception. The goal of quality management should be clearly
communicated to all the stakeholders in a project. After the goal
is defined, the measures to make sure the extent of ordinary should
be figured out . How will the customers be satisfied? What is the
extent of quality that the stakeholders are expecting? How to find
if the quality measures will lead to project success? When all the
answers to those questions are in situ , tasks should be delegated
to respective team members and quality plan is initiated.
Quality Assurance: this is often a process that moves along side
project throughout the lifecycle. Quality assurance is all about
evaluating if a project is moving towards delivering quality
services. If all the standard characteristics are in situ the
standard plan can proceeding in an efficient manner. When quality
goals are not achieved or are not in the process of getting
achieved, necessary steps and corrective actions should be
identified. Ensuring corrective actions too falls within the phase
of quality assurance.
Quality Control: Here, operational techniques are utilized in order
to make sure quality standards. Any time a drag arises concerning
quality or if the standard plan isn't executed within the desired
manner, corrective actions should be effective. Quality control
involves monitoring project results and delivery to see if they're
meeting desired results or not. If not then alternative actions
should be implemented.