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42 Biological Science Jobs in United States

Daily lab work demands precision with living systems and careful management of time across competing priorities.

Biological Science jobs by city

• Saskatoon7
• Beijing6
• Shijiazhuang5

More in Science & Research

• Health and Medical Research586
• Scientific Technicians521
• General Research515
• Chemical and Physical Science352
• Environmental and Climate Science320

Questions

• What qualifications do entry-level roles require?

  A bachelor's degree in biology or a related discipline is the standard entry point. Many employers prefer candidates with practical laboratory experience gained through internships or undergraduate research projects, though some roles will train capable graduates on the job.

• What does a typical day involve?

  The work varies by specialization but often includes preparing samples, operating analytical equipment, recording observations, troubleshooting experimental protocols, and documenting findings. Days may include long stretches at the bench punctuated by team meetings, data analysis, or equipment maintenance.

• How much time is spent in the laboratory versus other settings?

  Most roles center on bench work or field collection, but significant time goes to data analysis, report writing, and meetings. Some positions include fieldwork, greenhouse time, or clinical settings depending on the research focus.

• What progression path is typical in this field?

  Scientists commonly move from technician or junior researcher roles to senior scientist or principal investigator positions as they gain expertise and lead their own projects. Many paths include specialized certifications, advanced degrees, or lateral moves into management, quality assurance, or regulatory roles.

• What skills matter most for success?

  Technical proficiency with laboratory methods and equipment is essential, alongside careful attention to detail and strong documentation habits. Problem-solving abilities, independence in troubleshooting failed experiments, and effective communication with colleagues are equally important for advancement.

• How do these roles differ from clinical or medical laboratory work?

  Biological science research focuses on understanding fundamental mechanisms and testing new hypotheses, whereas clinical laboratory work applies established protocols to diagnose or monitor patient conditions. Research roles typically allow more experimental freedom but often involve longer timelines and published results rather than immediate patient impact.

• What are the working conditions like?

  Lab environments are climate-controlled and safety-regulated, with standard weekday schedules common in most settings. Some roles require shift work or weekend coverage for animal care or ongoing experiments; fieldwork positions vary with weather and seasonal availability.

• Is a master's or PhD required to advance?

  An advanced degree opens doors to senior research, academic positions, and independent research leadership, but many technician and applied roles progress through experience alone. Some scientists pursue graduate education mid-career when specific research interests or institutional goals require it.

• How do biological science positions differ from chemistry or engineering roles?

  Biological science research deals with living systems and their responses, whereas chemistry focuses on molecular reactions and engineering on system design and optimization. Biological science roles often emphasize variability, observation, and adaptation, while chemistry and engineering tend toward controlled conditions and predictable outcomes.

• What does the hiring timeline typically look like?

  Academic and government positions often follow formal posting cycles and longer review periods, sometimes spanning months. Industry roles, particularly in biotech and pharma, may move faster, especially for roles supporting active research timelines.