Physicists

Career Guide, Skills, Salary, Growth Paths & Would I Like It, My MAPP Fit

(ONET Code: 19-2012.00)

Back to Life, Physical & Social Science

1 | Career Snapshot (2024–25 U.S.)

  • What they do: Physicists study the fundamental principles of matter, energy, motion, and force. Their work ranges from theoretical models of the universe to applied research in medical imaging, semiconductors, renewable energy, and quantum computing.
  • Median annual pay (May 2023): $139,220
  • Employment, 2023: ≈ 18,600
  • Projected growth, 2022–32: +5% (average)
  • Average openings/year: ≈ 1,500

Why demand is rising: Ongoing investment in quantum technologies, defense, clean energy, and medical physics applications.

2 | Core Responsibilities

Domain Key Tasks Methods & Tools (2025)
Theoretical Research Develop models & equations explaining physical phenomena Advanced math, simulations
Experimental Physics Design and run experiments to test theories Lasers, particle accelerators, detectors
Applied Physics Adapt physics for use in engineering, medicine, and tech MRI, semiconductors, renewable systems
Data & Modeling Analyze experimental outcomes Python, MATLAB, AI-assisted modeling
Publication & Teaching Write papers, present findings, teach students Academic journals, conferences
 

3 | Where They Work

  • National Labs (DOE, NASA, CERN) – Particle physics, space science
  • Academia – Teaching, grant-funded research
  • Medical Physics – Radiation therapy, imaging, oncology centers
  • Technology & Engineering – Semiconductor design, nanotech, optics
  • Energy Sector – Nuclear, fusion, renewable energy systems

4 | Salary Ladder (2025)

Role Level Compensation Range
Physics Research Associate $70–90k
Physicist (Industry/Academia) $95–120k
Senior Physicist $120–160k
Principal Investigator $140–180k
R&D Director / Chief Scientist $180–220k+
 

5 | Education & Credentials

  • Bachelor’s in Physics or Applied Physics: Entry-level technician or research assistant roles
  • Master’s (Physics, Applied Physics, Medical Physics): Industry and applied research careers
  • Ph.D. (5–7 years): Required for most research & academic positions
  • Licensure: Optional but valuable for medical physicists (e.g., ABR certification)

6 | Core Competencies

  • High-level mathematics & modeling
  • Complex problem solving & abstract reasoning
  • Lab instrumentation & experimental design
  • Coding & simulation (Python, C++, MATLAB)
  • Communication skills for publishing and teaching

7 | Key Trends (2025–2030)

  • Quantum Technology: Quantum computers, quantum encryption
  • Renewable Energy: Fusion, solar tech, superconductors
  • Medical Physics: Imaging, proton therapy, precision oncology
  • Nanotechnology: Materials at atomic scale
  • AI-Driven Discovery: Machine learning for modeling and simulations

8 | Pivot Pathways

Feeder Role How to Transition
Engineer Transition into applied physics R&D with advanced degree
Data Scientist Leverage quantitative skills in computational physics
Mathematician Move into theoretical physics research
 

9 | Burnout Buffer

  • Balance teaching, research, and applied projects
  • Seek interdisciplinary projects to diversify work
  • Use sabbaticals or industry fellowships to refresh focus

10 | Is This Career Path Right for You?

Physics careers are ideal if you’re endlessly curious about “how the universe works,” enjoy deep problem-solving, and thrive on research. If you dislike long-term projects without immediate results, physics may feel frustrating.

👉 Find out free: Take the MAPP Career Assessment at Assessment.com. Discover if your motivations align with research-heavy, curiosity-driven careers like physics.

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