Job description

Physicists study and research the behaviour and properties of energy and matter. They perform experiments to test theories, do complex mathematical calculations for data analysis, or design new scientific equipment such as microscopes and lasers.

Physicists also report their experimental findings in scientific journals, or they may teach physics to students. They usually specialise in a specific area, such as astrophysics, plasma physics and nuclear physics.

Duties

    • Study and research behaviour and properties of energy and matter
    • Develop scientific theories and models that explain certain phenomena
    • Perform experiments to test theories using specialised equipment
    • Do complex mathematical calculations for data analysis
    • Design new scientific equipment for experimentation
    • Develop computer software to analyse data
    • Create proposals and apply for funding to conduct research
    • Report experimental findings in scientific journals
    • Present findings at scientific conferences and lectures
    • Teach physics to students

Skills, qualities and knowledge

Analytical
Communication
Critical thinking
Curiosity
Interpersonal
Mathematics
Computer software
Problem-solving
Attention to detail
Self-discipline

Working hours and environment

Average working hours

40hweek

Typical schedule

Full Time

Some overtime expected

Physicists mainly perform their work in laboratories for private industries, hospitals, research centres or universities; however, much of their time is also spent in an office as they plan, analyse and report on research.

They sometimes travel to national or international facilities that have unique equipment and also attend various meetings to discuss, share and present ideas and findings with fellow physicists.

Some physicists also teach undergraduate and graduate students in physics.

Salary

Bottom 10%

$59k

Median

$120k

Top 10%

$190k

Annual salary estimates are based on percentile wage data collected through the Occupational Employment Statistics (OES) survey of US workers.

Qualifications and training

Education level

Postgraduate

DVM / VMD degree

Study time

5years

Aspiring physicists generally need a PhD in physics in order to be considered for employment. This level of education is particularly required for those who want a career in research or academia or for independent research positions.

Most PhD students choose to focus on a particular field such as condensed matter physics or medical physics. These professionals usually start off and train in temporary postdoctoral research positions, which can last between two and three years.

Some employers will accept applicants with a bachelor’s degree in physics. These individuals can work as technicians and research assistants, as well as in the federal government. The American Physical Society (APS), meanwhile, offers internships to undergraduate students to develop their hands-on experience.

Applicants who hold a master’s degree in physics can consider positions in applied research and development for manufacturing and healthcare companies.

Physicists who work for the federal government in critical research areas like nuclear energy must be US citizens and hold a security clearance.

Job outlook

Projected growth
The projected growth rate of employment in the US from 2018 to 2028, based on data collected through the BLS Employment Projections (EP) programme. The national average growth rate for all professions is 5%.

9%

No of new jobs
The number of jobs projected to become available in the US between 2018 and 2028, based on data collected through the BLS Employment Projections (EP) programme.

1.8k

Automation risk

10%

Career progression

Physicists can progress by gaining higher education and exceeding to greater positions in their careers. They also advance by working more independently and receiving larger research budgets. Those with a PhD have the opportunity to advance to a managerial position such as a natural sciences manager.