Careers in Science
Science careers span research, analysis, and application across disciplines—from lab technicians running experiments to research scientists pursuing discoveries to data scientists extracting insights. This track advances human knowledge and applies scientific methods to real problems. It's rigorous work that rewards curiosity and precision.
At entry levels, you'll support research efforts—running procedures, maintaining equipment, processing data. You're learning technique and developing instincts for what makes good science. Mid-level roles often involve designing and leading your own research or applying scientific methods in applied settings. Senior scientists may lead labs, set research agendas, or translate findings into real-world applications.
Academic and industry science paths diverge significantly. Academic careers offer intellectual freedom but limited positions and the publish-or-perish pressure. Industry roles offer better compensation and applied impact but less autonomy. Many scientists move between sectors throughout their careers.
People who thrive in science are genuinely curious and find satisfaction in understanding how things work. They're rigorous about evidence and willing to change their minds when data warrant. They have patience for slow progress and tolerance for failed experiments. They can communicate complex ideas clearly.
Scientific careers typically require relevant degrees. Lab technician roles are accessible with bachelor's degrees. Research positions usually require advanced degrees. Undergraduate research experience is important for graduate school admission. Industry values skills over pedigree more than academia does.
How science employment and salaries have changed over time, and how pay varies by location.
How this track is changing
Median salaries range from ~$91K in mid-market metros to ~$120K in top-tier cities. But cost of living closes a lot of that gap — metros with lower regional price parities often offer the best purchasing power.
Roles in science from entry-level to executive, showing how careers progress.
The share of science jobs in each industry, and what they typically pay.
Research labs, testing facilities, and scientific consulting firms serving clients across industries with specialized expertise.
Federal research agencies, national labs, and regulatory bodies — EPA, NIH, FDA, USDA and their state counterparts.
Clinical research, medical laboratories, pharmaceutical R&D, and biotech — translating science into treatments and diagnostics.
University research labs and academic institutions where teaching and research combine — the traditional path for PhD scientists.
Quantitative research, actuarial science, and financial modeling — applying scientific methods to financial markets and risk assessment.
Contract research organizations and scientific staffing — providing flexible scientific talent to companies with project-based needs.
Based on federal workforce data across science occupations.
Tracks where science skills transfer naturally.
Tracks that science teams collaborate with most.
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