Career paths for Biology majors

Healthcare

Clinical research

Biology coursework in physiology, cell biology and lab methods prepares you to understand study protocols and patient data. This is one of the most common first jobs for biology grads, and it suits you if you like healthcare but aren't sure about medical school yet. Any patient-facing volunteering or detail-oriented campus job would strengthen your fit.

Entry-level roles to search for

• Clinical Research Assistant
• Clinical Research Coordinator I
• Research Study Assistant
• Clinical Trials Intern
• Data Coordinator (Clinical Research)

Skills to build

• Good Clinical Practice (GCP) and human subjects research ethics
• Patient communication and informed consent
• Data entry in clinical databases such as REDCap
• Medical terminology

How to start

• This term: Complete the free CITI human subjects research training if your school offers it, and look for faculty running clinical studies on your campus or at a nearby hospital.
• This summer: Apply for a clinical research assistant internship or volunteer role at a hospital or academic medical center.
• Next year: Take a biostatistics or epidemiology course and apply for part-time research assistant roles that can turn into a full-time coordinator job.

Science & Research

Laboratory research and biotech

Your biology lab courses already give you experience with pipetting, microscopy, solution prep and lab notebooks. Biotech and university labs hire biology grads directly into technician roles. Undergraduate research experience would make you a much stronger candidate.

Entry-level roles to search for

• Research Assistant
• Laboratory Technician
• Research Associate I
• Biotech Manufacturing Associate
• Quality Control Analyst

Skills to build

• Molecular techniques (PCR, gel electrophoresis, cell culture)
• Lab safety and Good Laboratory/Manufacturing Practice
• Data analysis in Excel, R or Python
• Presenting research findings

How to start

• This term: Read faculty research pages and email two or three professors to ask about volunteer or for-credit undergraduate research positions.
• This summer: Apply to a summer research program such as an NSF REU or a biotech company internship.
• Next year: Continue research during the year and present a poster at a campus research symposium.

Healthcare

Healthcare professions (PA, medicine, other clinical roles)

Biology covers most prerequisites for PA, medical, dental, pharmacy and other health programs. This path fits if you're drawn to working directly with patients. Clinical hours, which these programs expect, would be the key thing to add.

Entry-level roles to search for

• Medical Scribe
• Certified Nursing Assistant
• Patient Care Technician
• Emergency Medical Technician
• Medical Assistant

Skills to build

• Direct patient care hours
• Empathy and communication with patients
• Shadowing experience across specialties
• Entrance exam preparation (MCAT, GRE, PA-CAT)

How to start

• This term: Meet with your campus pre-health advisor to map prerequisites and the patient care hours your target programs require.
• This summer: Get certified as an EMT or CNA, or work as a medical scribe, to start logging patient care hours.
• Next year: Shadow professionals in at least two fields (for example, a PA and a physician) to confirm which path fits you best.

Environment & Sustainability

Environmental and conservation science

Ecology, evolution and field biology courses lead naturally into environmental consulting, conservation and wildlife work. This is a good fit if you like being outdoors and care about sustainability. Field experience and GIS skills would strengthen your fit.

Entry-level roles to search for

• Field Technician
• Environmental Technician
• Biological Science Technician
• Conservation Corps Member
• Environmental Consultant (Entry Level)

Skills to build

• GIS mapping (ArcGIS or QGIS)
• Species identification and field survey methods
• Environmental regulations basics
• Statistics for ecological data

How to start

• This term: Take or audit an intro GIS course, or join an environmental or outdoors club on campus.
• This summer: Apply for a seasonal field technician job, a conservation corps program or a USAJOBS student internship.
• Next year: Take an advanced ecology course with a field component and talk to faculty about field research opportunities.

Healthcare & Life Sciences Business

Regulatory affairs and quality

Many Biology students don't know this field exists. Specialists make sure drugs, medical devices and foods meet FDA and international rules, so it suits someone who likes science but prefers documents, details and policy to bench work. Strong writing and organizational experience would strengthen your fit.

Entry-level roles to search for

• Regulatory Affairs Associate
• Regulatory Affairs Intern
• Quality Assurance Associate
• Document Control Specialist
• Compliance Analyst

Skills to build

• Knowledge of FDA regulations and the drug/device approval process
• Document management and version control
• Project management basics
• Clear technical writing for non-scientists

How to start

• This term: Read the FDA's overview of drug and device approval, and use your alumni network to find someone in regulatory affairs for a 20-minute informational chat.
• This summer: Apply for regulatory, quality or compliance internships at pharma, biotech or medical device companies.
• Next year: Take a bioethics, public health policy or technical writing elective to build relevant background.

Technology

Bioinformatics and biological data science

Modern biology runs on data, and Biology majors who learn coding are in demand for genomics and computational research. It's a stretch only because most biology programs don't require programming. If you enjoy puzzles or math, picking up Python or R could make this a strong fit.

Entry-level roles to search for

• Bioinformatics Intern
• Research Data Analyst
• Computational Biology Research Assistant
• Bioinformatics Technician
• Junior Data Analyst (Life Sciences)

Skills to build

• Python or R programming
• Statistics
• Command line and working with genomic data
• Version control with Git

How to start

• This term: Enroll in an intro programming or statistics course, or start a free online Python or R course aimed at biologists.
• This summer: Apply to a computational biology summer research program or join a lab doing genomics analysis.
• Next year: Complete a small project analyzing a public dataset (for example from NCBI) and post it on GitHub to show employers.

Communications & Media

Science and medical communication

If you enjoy explaining biology to friends or like writing, you can turn science knowledge into a career in medical writing, science journalism, museum education or health content. A writing portfolio would strengthen your fit.

Entry-level roles to search for

• Medical Writer (Associate)
• Science Communication Intern
• Health Content Writer
• Museum Educator
• Editorial Assistant (Science Publishing)

Skills to build

• Writing clearly for general audiences
• A portfolio of published pieces
• Editing and AP or AMA style
• Basic visual and digital content skills

How to start

• This term: Write a science article for your campus newspaper or a student science publication, or start a blog explaining recent biology research.
• This summer: Apply for internships at a science museum, publisher or medical communications agency.
• Next year: Take a science writing or journalism elective and build a portfolio of three to five strong pieces.

AI and this field

How AI is changing this work

AI is changing parts of the life sciences quickly, from predicting protein structures to analyzing genomic, imaging and lab data. Bench and clinical roles still rely on hands-on skills, but biologists who can work with data and AI tools have more options, especially in biotech, bioinformatics and research.

AI skills worth learning

• Basic Python, with an AI coding assistant, for analyzing lab and sequence data
• Using AI tools to search and summarize scientific literature, then verifying the citations
• Familiarity with AI-based structure prediction and analysis tools used in biotech
• Understanding data quality and reproducibility when AI is part of the analysis

Questions to ask someone in these careers

• What does a typical week look like in your role, and which parts did you not expect when you started?
• Which experiences or skills mattered most in getting your first job, and what would you do differently as a biology student today?
• Do people in your field usually need a graduate degree to advance, and when did you decide whether to pursue one?