Do you need algebra in real life? Researchers say yes – from finance to AI engineering, algebra is essential for tech-savvy students looking to start a future-proof career.
While many high school students feel overwhelmed by the abstract concepts of algebra, dreading the daunting task of solving quadratic equations, researchers believe a solid knowledge of the subject sets the scene for success in the workplace of the future.
Although technology is already outpacing many jobs, and concerns are constantly expressed about how AI may impact current job opportunities, history tells us that with the development of new technology, new types of jobs will emerge.
Today’s graduates will have multiple careers over their lifetime, and most of these jobs have not even been invented yet, however, by building the right skillset at school and embracing lifelong learning, they can set themselves up for success in any field.
The World Economic Forum has published its 2023 The Future of Jobs Report - an annual report that explores how jobs and skills will evolve over the next five years - and analytical thinking is listed as the number one core skill for 2023. Adaptability, problem-solving, critical thinking, and technological literacy are also essential for career readiness.
STEM subjects help students develop these skills, and algebraic concepts are fundamental for a diverse range of industries, says the team behind 9th Grade Algebra, an educational resource for high-school students. With a practical application in engineering, finance, programming, and statistics, as well as all emerging tech-related fields, algebra is the gateway to a host of exciting careers.
All employers are on the lookout for people who can think critically, categorize and interpret information correctly, and find solutions to problems. Data science is already transforming all industries, and this trend will continue in the foreseeable future. Vectors and matrices, vector spaces and linear transformations, algebraic expressions and equations are all essential fundamental concepts for this profession.
We have been using accounting and financial software for decades, but financial analysts and managers are not going anywhere anytime soon – as long as they have a good grasp of math. This is particularly important for tasks such as interpreting financial statements, conducting ratio analysis, monitoring the performance of investments, and utilizing valuation methods.
To become a successful AI engineer, a student must have a robust knowledge of both mathematics and computer science. In neural networks, the use of matrices and vectors is key for organizing and manipulating data, enabling complex computations and empowering AI systems to uncover meaningful insights.
In case you didn’t know who biostatisticians are – they utilize mathematical and statistical methods to gather and interpret data for biology and public health research. A thorough understanding of algebra, along with arithmetic and probability, is necessary for the implementation of statistical methods in the fields of biology, medicine, and public health.
This content is provided in partnership with 9th Grade Algebra and is intended for informational purposes only. The views, opinions, and advice expressed in this article are solely those of 9th Grade Algebra and do not necessarily reflect the views or policies of any other individual, organization, or entity.