Biotech jobs combine biology, chemistry, and lab work to develop medicines, diagnostics, and treatments

Biotech jobs are positions in companies and research institutions that use living organisms or biological processes to make products — usually pharmaceuticals, vaccines, or diagnostic tools. The work happens in labs, manufacturing facilities, and offices. Unlike some industries where you can move between roles easily, biotech has distinct career paths: some people spend their whole career in the lab, others move into management or business roles, and some shift between them. The field pays well relative to other industries, but the entry requirements and day-to-day work vary enormously depending on the specific role.

Most biotech jobs fall into a few categories. Research and development roles focus on discovering and testing new compounds or therapies. Manufacturing and quality control roles may support products are made safely and consistently. Regulatory affairs roles handle the paperwork and compliance needed to bring products to market. Clinical roles manage the human trials that test whether a drug actually works. Business and operations roles support the company itself — sales, marketing, finance, human resources. A person with a high school diploma can work in biotech manufacturing; a person with a PhD might spend years on a single research project.

Key Takeaways

  • Biotech jobs range from entry-level manufacturing and quality control positions that require a high school diploma to research scientist roles that require a master's degree or PhD.
  • The most common entry points for people without a college degree are manufacturing technician, quality assurance technician, and lab assistant roles.
  • Most biotech companies are concentrated in a handful of regions — the San Francisco Bay Area, Boston, San Diego, and the Research Triangle in North Carolina — though remote work and smaller hubs are growing.
  • Biotech salaries are generally higher than average for the same education level, but the work often involves repetitive tasks, strict protocols, and long hours during critical project phases.
  • Getting hired usually requires either a relevant degree, specific certifications, or hands-on experience in a related field like pharmaceutical manufacturing or clinical research.

Entry-level roles you can get without a four-year degree

Manufacturing technician and quality assurance technician positions are the most common entry points into biotech. These roles involve following detailed procedures to make products or test them for safety and consistency. You might prepare solutions, run equipment, record data, or inspect finished products. The work is precise and repetitive — mistakes can mean an entire batch is unusable — but it does not require a college degree. Most companies hire people with a high school diploma or GED and provide on-the-job training.

Lab assistant roles are another entry point. You might clean and sterilize equipment, prepare materials for experiments, organize samples, or help senior scientists with routine tasks. These positions often require some college coursework in biology or chemistry, but not a full degree. Community colleges offer one- and two-year programs in laboratory science that make you competitive for these roles. Pharmaceutical manufacturing facilities, clinical research organizations, and biotech companies all hire lab assistants.

Some companies hire people into formal apprenticeship or technician training programs. These programs combine classroom instruction with paid work, usually over one to two years. You earn while you learn, and many programs lead directly to a job offer at the company. Look for these programs at larger biotech manufacturers and contract manufacturing organizations — companies that make products for other biotech firms.

Roles that require a bachelor's degree or higher

Research scientist and senior scientist positions require at least a bachelor's degree in biology, chemistry, biochemistry, or a related field. These roles involve designing experiments, analyzing data, troubleshooting problems, and contributing to the discovery or development of new products. The work is less routine than technician roles but often involves long hours, especially when a project is approaching a important date or a critical experiment is running. Many research scientists have a master's degree or PhD, which can lead to higher pay and more independence in choosing what to work on.

Regulatory affairs specialists manage the process of getting a drug or device approved by the FDA or other government agencies. They write and organize the massive amount of documentation required, track changes to regulations, and communicate with government reviewers. This role usually requires a bachelor's degree in biology, chemistry, or a related field, though some people come from business or communications backgrounds. It is less lab-based than research roles but requires understanding how the science works.

Clinical research coordinator and clinical trial manager roles oversee the human trials that test whether a drug actually works and is safe. You might recruit participants, administer the drug or placebo, collect blood samples, track side effects, and may support the trial follows all the rules. These roles require a bachelor's degree and often some background in nursing, biology, or healthcare. Many people move into clinical roles from nursing or medical assistant work.

Where biotech jobs are located and whether remote work is common

Biotech jobs are heavily concentrated in a few regions. The San Francisco Bay Area (including San Jose and Oakland) has the largest cluster, with hundreds of companies ranging from startups to major manufacturers. Boston and the surrounding area has the second-largest concentration, with many companies focused on drug discovery and development. San Diego, California has a strong biotech sector. The Research Triangle in North Carolina (Raleigh, Durham, Chapel Hill) is another major hub. These regions have high costs of living but also the most job openings and highest salaries.

Smaller biotech hubs exist in other cities — Seattle, New York, Chicago, and Philadelphia all have significant biotech presence — but the job market is smaller. Many biotech jobs cannot be done remotely because they involve lab work, equipment, or manufacturing facilities. However, some roles — regulatory affairs, business development, quality assurance analysis, and data management — can be remote or hybrid. Startups and smaller companies are more likely to offer remote work than large manufacturers. If you live far from a major biotech hub, look for contract research organizations and clinical research sites in your area, which often hire locally.

How to get hired: degrees, certifications, and experience

For entry-level manufacturing and lab assistant roles, the most direct path is a high school diploma or GED plus on-the-job training. Some companies prefer people with one or two years of community college coursework in biology or chemistry. Certifications in phlebotomy, medical laboratory science, or pharmaceutical manufacturing can make you more competitive. These certifications usually take a few months to a year and are offered by community colleges and private training organizations.

For technician roles that require more skill, look for programs in clinical laboratory science, pharmaceutical technology, or biotechnology. These are typically two-year programs at community colleges. Some employers will hire you based on the program alone; others want to see some work experience first. Internships during school are valuable — they give you real experience and often lead to job offers after graduation.

For research scientist and senior roles, a bachelor's degree in biology, chemistry, biochemistry, or molecular biology is the minimum. Many positions prefer or require a master's degree or PhD. The specific degree matters less than the skills: you need to understand experimental design, data analysis, and the biology or chemistry relevant to the company's work. Research experience during college — through labs, internships, or independent projects — is important. Many people get their first research job through connections made during internships or graduate school.

For clinical research roles, a bachelor's degree in biology, nursing, or a health field is typical. Some organizations hire people with associate degrees and clinical experience. Certifications in clinical research coordination are offered by professional organizations and can strengthen your candidacy. Many people move into clinical research from nursing, medical assistant, or phlebotomy work.

What the day-to-day work actually looks like

Manufacturing technician work is highly structured. You arrive at a facility, put on a gown and gloves, and follow a detailed procedure — sometimes the same procedure every day for months. You might mix solutions, load equipment, monitor temperature and pressure, record data on forms or in a computer system, and troubleshoot when something goes wrong. The work is precise because a small mistake can ruin a batch worth thousands of dollars. You work in teams, often in shifts, and the environment is climate-controlled and sterile. It is not glamorous, but it is stable and pays reasonably well.

Research scientist work is less predictable. You might spend a week designing an experiment, a week running it, a week analyzing the data, and then discovering the results don't match your hypothesis and starting over. You attend meetings to discuss progress, write reports, and collaborate with other scientists. You might mentor junior staff or technicians. The work can be frustrating — experiments fail, results are unclear, and progress is slow. But it can also be rewarding if you care about the science. Hours are often long during critical phases of a project.

Regulatory affairs work involves a lot of reading, writing, and organizing. You might spend a day reviewing FDA guidance documents, the next day organizing clinical trial data into a required format, and the next day on a call with a government reviewer answering questions about your company's drug. It is detail-oriented and important date-driven. You need to understand the science well enough to explain it to non-scientists and to catch errors, but you are not doing the experiments yourself.

Salary ranges and job stability in biotech

Biotech salaries vary widely depending on the role, location, company size, and your experience. Manufacturing technicians typically earn between $35,000 and $55,000 per year, depending on location and whether you work shifts. Lab assistants and junior technicians earn $30,000 to $45,000. Research scientists with a bachelor's degree start around $50,000 to $70,000; those with a PhD often start higher. Senior scientists and managers earn $80,000 to $150,000 or more. Regulatory affairs specialists typically earn $60,000 to $100,000. Clinical research coordinators earn $35,000 to $55,000. These ranges are higher in expensive regions like the Bay Area and Boston.

Job stability in biotech is mixed. Large pharmaceutical companies and contract manufacturers are relatively stable — they have steady revenue and long-term projects. Smaller biotech companies and startups are riskier — they depend on funding, and if a drug fails in trials or funding dries up, layoffs happen quickly. However, biotech skills are in demand, so if you lose a job, you can usually find another one, especially if you live near a major hub. The industry has grown steadily for the past two decades, and demand for biotech workers is expected to remain strong.

How to find and explore for biotech jobs

Job boards specific to biotech include BiopharmGig, BioSpace, and LifeScienceJobs. General job boards like LinkedIn, Indeed, and Glassdoor have biotech sections. Many biotech companies post jobs on their own websites. Networking is valuable — if you know someone who works in biotech, ask them about openings and whether they can refer you. Attending industry conferences or local biotech meetups can help you make connections, though these are more useful if you already have some experience.

When you explore, tailor your resume to the specific role. If the job posting mentions specific equipment, techniques, or software, include those terms if you have experience with them. For entry-level roles, emphasize any lab experience, relevant coursework, certifications, or internships. For research roles, highlight your research experience and any publications or presentations. For clinical roles, emphasize healthcare or research experience. Many biotech companies use automated resume screening, so matching the language in the job posting increases your chances of getting past the first filter.

Interviews for biotech roles often include technical questions. For research and technical roles, be prepared to discuss experiments you have done, problems you have solved, and how you approach troubleshooting. For manufacturing roles, expect questions about attention to detail, following procedures, and working in a team. For regulatory and clinical roles, expect questions about your understanding of the drug development process and your ability to manage complex documentation or compliance requirements.

Frequently Asked Questions

Do I need a degree to work in biotech?

No. Manufacturing technicians, lab assistants, and quality assurance roles often hire people with a high school diploma or GED, especially if you complete on-the-job training or a short certification program. Research scientist and senior technical roles require at least a bachelor's degree, usually in biology or chemistry.

What is the difference between biotech and pharmaceutical companies?

Biotech companies typically discover and develop new drugs or therapies using biological processes. Pharmaceutical companies often manufacture and sell drugs that have already been developed. Many large pharmaceutical companies have biotech divisions. The jobs are similar, but biotech roles tend to focus more on research and development, while pharmaceutical roles include more manufacturing and sales.

Is biotech work dangerous?

Most biotech work is not dangerous if you follow procedures. You work with biological materials and chemicals, but in controlled environments with safety equipment, training, and oversight. Manufacturing and lab facilities have strict safety protocols. Clinical research involves human participants, so there are ethical and medical safeguards. The biggest risk is to the product, not to you — a mistake ruins a batch, not your health.

Can I move between biotech roles — like from manufacturing to research?

Yes, but it usually requires additional education. A manufacturing technician can move into a research technician role with some additional coursework or certification. Moving from a technician role to a research scientist role typically requires a bachelor's degree or higher. Some people start in manufacturing, earn a degree part-time, and then move into research. Others stay in manufacturing their whole career — both are valid paths.

How long does it take to get hired for a biotech job?

For entry-level roles, the hiring process usually takes two to four weeks from process to job offer. For research and senior roles, it can take four to eight weeks because there are more rounds of interviews and sometimes technical assessments. Once you have an offer, there may be a background check and drug screening, which adds another one to two weeks before you start.