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Biophysicists use physics methods to study living organisms and explain patterns in biological systems. Their research can cover DNA, proteins, molecules, cells, environments, laboratory data and mathematical analysis.
In job descriptions, look for genomics, proteomics, molecular biology, cell cultures, laboratory equipment, experimental data, statistical analysis, scientific literature, research ethics, funding applications and cross-disciplinary research.
Biophysicists study living systems with tools from physics, biology and quantitative analysis. Daily work may involve laboratory experiments, cell cultures, molecular or protein data, instrument calibration, mathematical modelling, literature review and interpretation of results for a research group.
Strong profiles combine physics, genomics, proteomics, molecular biology, laboratory data analysis and scientific method. Depending on the project, useful specializations include computational biology, cryopreservation, statistical analysis, genome research, sample collection or analytical mathematical calculation. The mix of wet-lab work and data analysis is often central.
Salary context is linked to research responsibility, laboratory independence, computational depth, funding tasks and the level of specialization. Roles that design experiments, manage equipment, interpret complex datasets or coordinate interdisciplinary projects may be assessed differently from assistant research posts.
Career paths can lead into academic research, biotechnology, laboratory research management, computational biology, molecular analysis, pharmaceutical or brain-related studies, scientific communication or project coordination. Publications, grant work and reliable laboratory methods often matter for progression.
Vacancies should name the biological material and the physics or analytical methods. DNA, proteins, molecules, cells, experimental data, statistical techniques, calibrated equipment and cross-disciplinary research signal a different role from general biology or routine laboratory support.
This guide gives editorial career context for this occupation. It is not official labour-market statistics or salary data.
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See occupations connected to this ESCO occupation in the official O*NET–ESCO mapping. The relationship type comes from the source and is not a ranking or recommendation.
O*NET relationships: 5
19-1029.04
O*NET occupation is broader
The O*NET occupation covers a broader field of work than this ESCO occupation.
Open in O*NET19-1029.02
Close relationship
The occupations are closely related, but the official mapping does not treat them as exact equivalents.
Open in O*NET19-2012.00
Close relationship
The occupations are closely related, but the official mapping does not treat them as exact equivalents.
Open in O*NET19-1029.01
Close relationship
The occupations are closely related, but the official mapping does not treat them as exact equivalents.
Open in O*NET19-1021.00
O*NET occupation is broader
The O*NET occupation covers a broader field of work than this ESCO occupation.
Open in O*NETThese relationships come from the official European Commission O*NET–ESCO crosswalk.
Relationship direction: O*NET occupation to ESCO occupation.
Several O*NET occupations can point to the same ESCO occupation, and one O*NET occupation can point to several ESCO occupations.
AltoTrail preserves the source relationship type. The order is technical and does not show which occupation is best, most relevant or recommended.
AltoTrail validates and presents the source relationships without adding ranking or recommendation semantics.
biologist (2131.4)
| ESCO URI | http://data.europa.eu/esco/occupation/1738173e-ef9c-4222-88c8-b6aa9bad3cf7 |
|---|---|
| ESCO code | 2131.4.4 |
| ISCO group | 2131 |
| Concept type | Occupation |