Data Analyst
Turn raw data into insights that help organizations make smarter decisions.
Explore careers across software, engineering, science, math and the skilled trades, and find the one that fits your interests, strengths and goals.
No degree needed: careers that need little or some preparation (O*NET Job Zones 1–2), or medium preparation (Zone 3) with an apprenticeship, certification or portfolio route.
35 careers
Turn raw data into insights that help organizations make smarter decisions.
Apply statistics and programming to solve real-world problems with data.
Build and ship AI/ML systems that learn from data at scale.
Design, write, and test the software people use every day.
Build the buttons, screens, and animations users actually touch.
Defend computer systems and the people who depend on them.
Study how organizations work and design better systems to support them.
Keep data safe, fast, and available 24/7.
Run software reliably on cloud platforms like AWS, GCP, or Azure.
Build apps for the phones in everyone's pockets.
Build complete websites and web apps, from the page in the browser to the server behind it.
Build the servers, APIs, and databases that power apps behind the scenes.
Automate how software is built, shipped, and kept running reliably.
Find the bugs before users do, and build the tests that keep them from coming back.
Build the pipelines that move, clean, and store data so others can use it.
Keep people's computers, accounts, and networks working, and help them when they don't.
Invent the rules, levels, and moments that make a game fun to play.
Design apps and websites that are easy, accessible, and pleasant to use.
Lead tech teams to ship projects on time, on budget, and on target.
Teach people the tech skills they need to do their jobs well.
Help the next generation learn to code and think like programmers.
Design and help build the roads, bridges, and water systems people use every day.
Design machines and moving parts — from engines to robots to medical devices.
Design the electronics and power systems behind almost everything modern.
Study the chemistry of living things to fight disease and create new medicines.
Run lab experiments that help scientists study living things.
Run the lab tests doctors rely on to diagnose and treat patients.
Study what things are made of and invent new materials, medicines, and products.
Investigate the fundamental rules of energy, matter, and the universe.
Invent and improve the materials everything else is built from.
Use math and data to find real answers in a world full of numbers.
Use math and probability to measure risk for insurance and finance.
Use math and computers to help organizations make smarter decisions.
Install and fix the electrical systems that power homes, schools, and factories.
Keep the machines that run factories and plants working safely.