Adjacent degree route

How to Become an Atmospheric and Space Scientist

The BLS occupation title can make how to become an atmospheric and space scientist sound broader than the normal preparation. Meteorology or atmospheric science is the usual bachelor’s route. A space science degree is adjacent when it includes atmospheric physics, mathematics, computer modeling, and programming. This guide explains how to become an atmospheric and space scientist from education through entry-level work.

Editorial illustration of an atmospheric and space scientist studying satellite cloud and upper-atmosphere data.
RouteAdjacentThe degree can transfer, but you must add targeted preparation.
Typical entry educationBachelor's degree; graduate degree for researchBLS Occupational Outlook Handbook
National median$99,070May 2025 BLS OEWS
National wage range$53,060–$161,89010th to 90th percentile

The occupation

What does an atmospheric and space scientist do?

These scientists measure atmospheric properties, analyze observations with computer models, write software, improve instruments, prepare forecasts and reports, and communicate conditions that affect people and operations.

Use these duties as the first reality check when planning how to become an atmospheric and space scientist.

  • Measure temperature, humidity, wind, and other atmospheric properties
  • Analyze atmospheric data with computer models
  • Write software that supports modeling and data work
  • Prepare forecasts, graphics, reports, and warnings
  • Conduct research and help develop data-collection instruments

The working day

A day in the life of an atmospheric and space scientist

A forecasting day begins with observations and model output. You compare radar, satellite, station, and other measurements, decide which model behavior is credible, and turn the result into a forecast or warning someone can act on.

A research day may focus on code, an instrument, or a dataset instead. Field roles can add travel and direct observation, while operations centers need coverage when weather does not follow office hours.

Education route

How to Become an Atmospheric and Space Scientist, Step by Step

When you plan how to become an atmospheric and space scientist, use the sequence below to see where a space-focused degree fits and where you need additional preparation. Meteorology or atmospheric science is the usual bachelor’s route; a space science degree needs the required atmospheric physics, mathematics, modeling, and programming.

  1. 01

    Choose the atmospheric route deliberately

    A bachelor’s degree in meteorology, atmospheric science, or a related physical science is typical. Coursework may include physics, mathematics, and computer programming.

  2. 02

    Check course requirements, not just the major name

    A general astronomy or space studies degree may miss atmospheric thermodynamics, fluid behavior, forecasting, and observational methods.

  3. 03

    Learn models and communication together

    You need to interpret large datasets and explain the result clearly enough for the public, a client, or another technical team to use it.

  4. 04

    Use internships or service experience

    BLS notes that internships, volunteering, and military experience can help candidates prepare for operational work.

  5. 05

    Plan graduate study for research

    Research positions typically require at least a master’s degree or a Ph.D. in atmospheric science or a related field.

Where the work happens

Where atmospheric and space scientists work

Weather stations and operations centers

Operational scientists monitor changing conditions and may work shifts to provide continuous coverage.

Offices and laboratories

Research and technical-service roles center on models, code, instruments, datasets, and reports.

Field and broadcast settings

Some scientists travel to collect data or observe events. Broadcast meteorologists work in studios and may report from outdoor locations.

Technical directions

Atmospheric and Space Scientist specialties and focus areas

Operational forecasting

Forecasters combine observations and models to describe current conditions and predict what comes next.

Atmospheric research

Researchers study weather and climate processes and may develop new models or instruments.

Applied meteorology

Private and public organizations use weather analysis for transportation, energy, agriculture, water, and other decisions.

Broadcast meteorology

Broadcast roles add public communication and graphics to the scientific interpretation.

Before you commit

The hard parts of becoming an atmospheric and space scientist

The degree requirements are specific

A space-themed major can still miss the meteorology and atmospheric science courses employers expect.

Operational work runs around the clock

Forecasting positions may require shifts, nights, weekends, or extended hours during severe weather.

You communicate under pressure

Warnings and forecasts must turn uncertain model evidence into language that people can use.

Research adds graduate study

A bachelor’s degree is typical for entry, while research positions commonly require a master’s degree or Ph.D.

BLS wage data

How much do atmospheric and space scientists make?

The national median is $99,070. The full OEWS wage span runs from $53,060 at the 10th percentile to $161,890 at the 90th. A percentile is a place in the wage distribution, not a promise about your experience level.

See atmospheric and space scientist salary by state

Common questions

How to Become an Atmospheric and Space Scientist: common questions

What degree do you need to become an atmospheric and space scientist?
Does any space studies degree qualify for this occupation?
Do atmospheric scientists work nights?
What do atmospheric scientists do with satellites?
Do atmospheric science research jobs require graduate school?

Primary sources

Sources for how to become an atmospheric and space scientist

Occupation facts and wage records reviewed August 28, 2026.