The role of QA engineers in Big Data | Stateside

Big Data: In the Spotlight of QA

BIGDATA.jpeg

Big data analysis is the skills and the ability needed to manage and study large amounts of data in order to determine patterns, trends, secure competitive advantages and improve customers satisfaction.

By large amounts of data we can refer to volume, velocity and variety, which are the cornerstones of Big Data.

Volume represents large amounts of data, for example a survey; Velocity means how fast the data is created, for example Twitter messages or Facebook comments; and Variety means the complexity of the data, for example audio, video, and text messages in Whatsapp.

In addition, we use the term Veracity, which is related to the quality of the data being analyzed for example, in the medical field when large studies are done to obtain results on medicines.

How can a QA engineer assure and add value to the analysis of all this information?

Big data often finds important challenges that improve the risk of the outcome and the decisions that are taken. From the exponential growth of data to the security of the information, the spectrum is overwhelming and leads to not taking any chances and continuing working as usual.

As QA engineers this challenge can be too much ton handle, however by defining a proper strategy, the risks and stakes will be addressed properly and will assure an exceptional outcome and deliver customer's satisfaction.

On one hand, the most powerful tool in the hands of a QA Engineer to achieve Big Data’s goal is the use of metrics. Being able to determine a powerful metric, and all its components will improve business processes, detect any important issues on time and most importantly guarantee customer’s satisfaction. After obtaining all the required information, the second most important skill needed from the QA is the ability to analyze and deliver the results obtained in a user friendly manner, first by delivering what is expected for the customer and secondly by assuring high quality, reliability and security of the information.

QA as known doesn’t apply testing cycles, nor creates bugs or defects, we are not expected to behave as usual, rather compile a lot of information, analyze it and deliver results that have been filtered to mitigate the most important challenges that cause uncertainty to the customer.

Pairing the technical skills with the customer’s mindset will help the QA Engineer to define the metrics needed to obtain results that not only will create value, but will put a smile on the customer’s face and most importantly, put them ahead of the competition.

A good book praises itself, so this is the best chance for a QA Engineer to get its creativity out, understand what is needed and deliver via metrics valuable information.

You’ve got your work cut out for you but tools will eventually come to help and automate the processes, leading to the optimization of processes and delivering better and faster results.

We should be on the look for these tools and start working with them.

This is just the tip of the iceberg but when it comes to tools available, PySpark seems to be one we should be looking at.

It’s often expected that a QA engineer should have technical skills and mindsets of a developer, but with these new technologies the expectations will turn into requirements, as the figure of automated processes and programming tools will lead and deliver the results faster than we could expect.

For Big Data, as of this moment, Python is the way to go, and preparation and skills will be needed to apply automated tools and deliver high quality outcomes to assure customer’s satisfaction.

The best fuel we can use to explore these opportunities is our thirst for challenges and our call to assure quality on the highest level in everything that is done.

References:

Last updated: Jun 29, 2022, 3 pm EDT

More articles

all articles