Data is a powerful tool in every organization that drives important business decisions around areas like finance, research and development, and sales and marketing. Business leaders rely on accurate and relevant data from a variety of sources to ensure they’re making wise decisions and meeting the organization’s goals. Poor-quality data can result in costly mistakes and missed opportunities, so it’s essential to have a framework in place to properly manage this information. This is the role of data architecture in an organization. 


Creating Order With Data Architecture

Data architects help manage the vast amounts of data that flow through an organization. Every business has unique needs when it comes to data management, and data architects are responsible for using technology to support these requirements. Certain industries like finance and healthcare are highly regulated and must manage their data according to strict regulatory standards. Improper storage or transfer of data can lead to significant legal and financial consequences, so it’s highly likely that data architects will continue to be in demand for many years to come. 


A Promising Career

According to the U.S. Bureau of Labor Statistics, data architect jobs are expected to grow 8% over the next decade, and the median salary in 2022 was nearly $135,000. With a strong job outlook like this, many students might be curious about how to pursue a career as a data architect. A good place to start is by building a solid foundation of math skills. These can enable a student to build a rewarding career and find success in a variety of different industries.


Using Math Skills as a Data Architect

Data architecture is a rapidly changing business practice that often uses new technology to improve processes and deliver better results. Artificial intelligence and machine learning are just some of the newer types of data applications that are being introduced and will undoubtedly create even more opportunities for data architects in the near future. A strong foundation of math skills can help students adapt to these changing technologies. When students understand advanced math concepts from different branches like calculus or statistics, they’ll be better prepared to apply their knowledge to an environment like data architecture.


Statistics and analytics are just two types of math that can be fundamental for a data architect career. Data architects will often use statistics when building frameworks to determine the probability of errors or security breaches. Analytical math can be a valuable skill for data architects who specialize in areas like data flows or integrations. Math skills are also transferable to computer science, which is another discipline that’s widely used in data architecture.


Proper data management is more than simply a best practice that creates efficiencies around storing or transferring information. It can also help support an organization’s bottom line, which is often a top priority for any business leader. Students who are disciplined in math and pursue a career in data architecture will be well-prepared for a successful future.


STEM Students Are Supported at VeraRosa Higher-Learning Scholarship

Science, technology, engineering, and math (STEM) have long been known as some of the most prosperous educational fields for students to study. STEM students continue to be in demand once they complete their higher education, and many unique industries offer exciting career opportunities for STEM majors. Graphic design, animation, zoology, and cybersecurity are just a few examples of where STEM students can apply their skills in a rewarding career. VeraRosa Higher-Learning Scholarship was founded to encourage STEM students of all backgrounds and support them as they pursue higher education. We believe that all students deserve opportunities for higher education, and we’re committed to providing them with the resources they need to succeed. To learn more about how you can support our students, please contact us today!