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Engineering
In an increasingly connected world, an immense amount of data is generated. However, to extract useful information that allows companies to make better decisions, such as anticipating the advance of epidemics, choose the most appropriate medical treatments, or predicting future sales patterns, it is necessary to have a professional capable of collecting and analysing this data: the big data architect.
Given the enormous potential of Big Data, it is no coincidence that a recent report published by Deloitte and Infoempleo concluded big data it is one of the most interesting and promising professions in the IT sector. Therefore, if you are looking for a challenging career in this industry with high employability rates, a degree in Computer Engineering could be your best option.
Big data architecture focuses on the treatment and analysis of large volumes of data using software tools specifically designed to be able to store, manage and process this type of data. Therefore, the big data architect is the professional in charge of creating and defining the technological architecture that will collect, analyse, exploit and present this data.
He or she oversees designing and building the platform dedicated to the massive processing of data, so that it can be converted into useful and reliable information that facilitates decision-making in any company or organisation, no matter the sector. Its job is to translate the needs and requirements of companies and organisations into an appropriate Big Data solution that contributes to the achievement of business objectives.
The exact role of the big data architect may vary depending on the size of organisation they work in or the sector. However, we’ll explain to you below some of the typical tasks a big data architect carries out:
Big data architects have a very technical profile, so they need to master the fundamentals of mathematics, statistics and advanced analysis techniques. They need to know programming languages such as Python and R, know how to design and structure SQL and NoSQL databases, understand Hadoop and Apache Spark technologies, and be familiar with cloud systems.
However, given that this is an area in full development, the most important thing is that the data architect has the ability and creativity to integrate and implement the different tools of the new technologies in their data architecture systems.
They must also develop their social and communication skills to be able to understand the needs of clients and explain the technical aspects of data architecture in an understandable way to people outside the industry.