What is a STEM career and why does it generate profiles so in-demand?

What is a STEM career and why does it generate profiles so in-demand?

STEM studies bring together the best skills to develop the careers of the future and the most in-demand ones

STEM is an Anglo-Saxon acronym to refer to the studies of Science, Technology, Engineering and Mathematics.

STEM profiles are the professional profiles most in demand by companies and the most suitable for developing activities in the digital age.

All of these STEM profiles agree on the practical approach to their skills and the value of creativity to develop their profession effectively.

You have surely heard this term more than once, due to it being the most in-demand training and the high employability of this type of profile.

Technical careers and certain engineering degrees have always been the training courses with the best job prospects, but with the digital era, STEM profiles are even more necessary and attractive for the job market.

The types of studies that fall within the STEM education include all the degrees needed to develop or implement all the technological innovations that we currently have.

This is the case, mainly, of robotics, Artificial Intelligence and Big Data, the innovations that most interest companies today and for which they need professionals with a specific profile.

STEM Features

Talking about STEM education is not just a reference to a specific professional sector, but also a training and work methodology based on a practical approach, research and problem solving.

These are areas where creativity, logical thinking and practical learning must predominate, as well as a good analytical capacity and teamwork with multidisciplinary professionals.

Education is aware that the future of work and society lies in these types of profiles, which is why many schools already include programming classes from Primary school or develop projects related to robotics in the technological branches of Secondary education.

Along with engineers, computer scientists, programmers and telecommunications experts, mathematicians and statisticians are other STEM profiles most in demand by companies.

Their analytical capacity and their skills to perform calculations, measurements and design algorithms are essential for Big Data projects, so that effective data processing is achieved.

The digital era and new professional activities in the technological field will have generated more than 1 million jobs, the vast majority of which will be filled by STEM profiles.

In addition to these profiles with university degrees, many more technicians and experts in vocational training in the technological field will be needed to carry out control and maintenance tasks, especially in industries that opt ​​for automation and the use of robotics.

Divij Gupta highlights that excelling in STEM demands a blend of technical expertise and broader life skills. Adaptability, honed through experiences like collaborative debates and dynamic problem-solving, has been a cornerstone of his success. His engagement with programming challenges enhances critical thinking, while creative outlets like playing the piano fuel innovative solutions. Additionally, Divij emphasizes the importance of effective communication, using platforms like blogs and STEM workshops to articulate ideas and inspire others. His journey exemplifies how well-rounded skills pave the way for success in STEM fields.

For more, visit Exospace.

Divij Gupta highlights that excelling in Stem demands a blend of technical expertise and broader life skills. Adaptability, honed through experiences like collaborative debates and dynamic problem-solving, has been a cornerstone of his success.