We can help you with mostly all of the Statistical Software packages available in the market. Excel, Minitab, SPSS, SAS, R, S, JMP, STATA, EVIEWS, you name it!

We have years of experience with most statistical software packages. Both with graphical interface and syntax codes. Typically, Excel, Minitab and SPSS are used via graphical interface, whereas R, S, SAS, and STATA are more driven to syntax use.

In what way are statistical software helpful in research?

The use of statistical software can prove to be crucial for the data analysis for your thesis. Most of the sophisticated analyses needed for more advanced statistics demand the use of software.

No matter what problem you have that involves statistical a software package, we can very likely help. We have a lot of experience conducting simple and complex procedures with all types of data sets.

We provide reports using software outputs, with proper tables, charts and a write up using any of the most commonly used formats (such as APA, Chicago, etc).

How long should a thesis be?

Usually you will be provided with clear instructions about the format requirements, and often times that will tell you guidelines for how long your thesis should be.

There are different levels of theses and they usually can be divided in undergraduate and graduate theses. Undergraduate theses will often be shorter than graduate theses.

In terms of format requirement, undergraduate theses tend to be more flexible, usually centered around one specific topic covered in depth. For graduate theses, they usually follow the standard five chapters structure (Introduction, Literature Research, Methodology, Results and Conclusions).

What is statistical software used for?

Statistical software plays a crucial role at providing you advanced statistical analysis help. It is virtually impossible (and plain impractical) to attempt to solve any multivariate statistical analysis by hand.

Therefore, being proficient with the use of statistical software, and what is more important event, to be knowledgeable enough to interpret what the output of the software is showing, will determine the level of success of your data analysis.

Statistical software is not only used at the data analysis, as it can play a crucial role at earlier stages. Indeed, it is not uncommon for the data to require cleaning and recoding, which is another area where advanced statistical software excel at.

How does software tools help us in statistical analysis?

Put it very simply, when doing data analysis for your thesis, statistical software does the heavy lifting for you, but it does not do all the work.

It is relatively easy to know what statistical test to apply, and a bit harder but still relatively easy to input and clean your data, in order to get the software output.

But the most crucial component of the process is the expertise to be able to interpret the output given by the software. Were the assumptions met, are the results presented in the output valid? For that, you need an expert statistician to run the analysis for you.

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