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The Periodic Table of STEM Careers

Use This Visualization

The Periodic Table of STEM Careers

Key Takeaways

  • STEM occupations span eight major groups, from computer science and engineering to life and physical sciences.
  • Computer, math, and data-related roles are among the fastest-growing STEM fields over the next decade.
  • Many high-paying STEM jobs require at least a bachelor’s degree, highlighting the strong link between education and earnings.

STEM careers are projected to grow steadily over the next decade, with some roles expanding nearly 30% and median salaries topping $170,000 per year.

To show how these careers relate to one another, the U.S. Bureau of Labor Statistics (BLS) created a “periodic table” of STEM occupations. The visual groups jobs into eight major fields and highlights projected employment growth (2024–2034), median wages, and typical education requirements.

The Data Behind the Table

Below is a snapshot of the data behind the visualization, based on BLS employment projections and wage estimates.

2024 National Employment Matrix title STEM Group Employ. change (2024–34P, %) Median wage (2024) Typical education needed
Chemists Chemistry 4.9 $84,150 Bachelor's degree
Chemical technicians Chemistry 3.7 $57,790 Associate's degree
Chemistry teachers, postsecondary Chemistry 2.2 $86,220 Doctoral or prof. degree
Computer and information systems managers CompSci 15.2 $171,200 Bachelor's degree
Information security analysts CompSci 28.5 $124,910 Bachelor's degree
Computer network architects CompSci 11.9 $130,390 Bachelor's degree
Chemical engineers Engineering 2.6 $121,860 Bachelor's degree
Mechanical engineers Engineering 9.1 $102,320 Bachelor's degree
Civil engineering technologists and technicians Engineering 2.1 $64,200 Associate's degree
Enviro. scientists and specialists (inc. health) Enviro. Science 4.4 $80,060 Bachelor's degree
Enviro. science and protection technicians (inc. health) Enviro. Science 4 $49,490 Associate's degree
Enviro. science teachers, postsecondary Enviro. Science 2.9 $87,710 Doctoral or prof. degree
Geoscientists (ex. hydrologists and geographers) Geoscience 3.2 $99,240 Bachelor's degree
Hydrologists Geoscience -0.1 $92,060 Bachelor's degree
Geological technicians (ex. hydrologic technicians) Geoscience 1.5 $48,390 Associate's degree
Soil and plant scientists Life Sciences 5.4 $71,410 Bachelor's degree
Microbiologists Life Sciences 4.1 $87,330 Bachelor's degree
Epidemiologists Life Sciences 16.2 $83,980 Master's degree
Actuaries Mathematics 21.8 $125,770 Bachelor's degree
Mathematicians Mathematics -0.7 $121,680 Master's degree
Statisticians Mathematics 8.5 $103,300 Master's degree
Astronomers Physics 2.2 $132,170 Doctoral or prof. degree
Physicists Physics 4 $166,290 Doctoral or prof. degree
Physics teachers, postsecondary Physics 2.5 $97,360 Doctoral or prof. degree

Computer and information systems roles stand out for both pay and growth, while math-heavy fields like actuaries and statisticians also rank near the top in median wages. On the other end, technician roles typically require less formal education but offer lower pay and slower growth.

What Qualifies as a STEM Occupation?

According to the BLS, STEM occupations are defined by their heavy use of science, engineering, computer, or mathematical principles. This includes not only well-known roles like software developers or engineers, but also educators, technicians, and researchers who support STEM work across industries.

The BLS STEM table groups these jobs into eight categories: chemistry, computer science, engineering, environmental science, geosciences, life sciences, mathematics, and physics/astronomy. This structure helps show how closely related roles can differ significantly in education requirements and career outcomes.

Which STEM Fields Are Growing the Fastest?

Growth is not evenly distributed across STEM.

Computer science and mathematics occupations—such as information security analysts, data scientists, and statisticians—are projected to grow much faster than average, driven by digital transformation and data-intensive decision-making. Life sciences and environmental science roles are also expanding as healthcare, public health, and climate-related work increase in importance.

These trends reinforce why many of the college degrees with the highest return on investment are concentrated in STEM fields, where demand continues to outpace supply.

Education, Pay, and Career Pathways

The periodic table also makes one thing clear: education matters.

Many of the highest-paying STEM roles require a bachelor’s degree or higher, while positions requiring a master’s or doctoral degree often come with specialized expertise and narrower career tracks. At the same time, associate-level STEM roles can provide accessible entry points into technical careers.