Microsoft Excel is a very flexible and widely used tool for engineers. While it is not specialized engineering software, Excel allows engineers to perform calculations with any set of equations and is not limited to a particular type of engineering. Excel is also very prevalent since it is pre-installed on most computers, allowing for easy sharing of spreadsheets with colleagues. Additionally, Excel integrates well with other common software like PowerPoint and Word. For these reasons of flexibility, prevalence, and integration, Excel has become the most popular engineering tool worldwide and can be useful for students and engineers for educational purposes and solving complex problems.

1. Microsoft Excel learning is perceived as more attractive from time to time. For engineers,
the most common engineering tool is Microsoft Excel. Excel is the not right tool for every
engineering task. Excel and know that in order to compete in the marketplace they have to play
nice with the world’s most popular engineering tool. Excel is the most popular engineering tool
in the world due to three reasons : Flexibility, Prevalence, and Integration.
The Flexibility of Excel :
Excel is clearly not specialized engineering software. However, it is a jack-of-all-trades,
and in this case that is a good thing. We can use it to perform calculations with any set of
equations we desire. Excel is not locked into a particular type of engineering. Your knowledge of
the subject matter is probably the biggest thing that limits Excel’s capabilities.
Many people even use Excel to create project schedules or Gantt charts, process
experimental data, and maintain small databases.
The Prevalence of Excel :
Excel is popular because of its prevalence, But the fact that everyone’s business
computer has Excel installed makes it a trustworthy way to transfer information. Through
we can share the spreadsheet with boss, a colleague across the globe, a supplier or
customer. Because of sharing feature of Excel spreadsheet, it is more likely to use as a
tool to generate information.
The Integration of Excel :
In addition to Excel’s integration with the specialized software mentioned above,
it also integrates nicely with so many other common files and pieces of software. we can
link spreadsheet data to a chart in PowerPoint or Word to make updating presentations
and reports easy. Excel can import data from text files on a server or even import from
web pages.
Excel easy-to-use interface make inexperienced students and novice users can
utilize it for power system studies. While Excel or similar datasheet programs might not

2. replace single-line diagram-based software due to their limitations, they can be employed
for educational purposes. Excel software as a spreadsheet program can be utilized as a
basis to address various problems in engineering fields
Using Excel or other datasheet based methods removes the cumbersome
computational operations and leads to a straightforward way of dealing with the recorded
data. Furthermore, Excel not only provides a tool to shortcut the complex computations
but is a promising approach from the educational point of view for engineering students.
To elucidate on, compared to commercial applications and software, Excel provides a
clear insight into solving convoluted problems.
Needof Study:
1. As discussed in introduction about subject we have to to acquire skill in MS Excel
2. To design various structural components
3. To analyze the designed structure
4. To use these method for future purposes.
5. To improve the structural behaviour and proportioning of the various structural
elements.