Trying to work out where you fit in the biotech industry? It is a broad sector that uses living systems to make medicines and tools, and it hires scientists, engineers, regulators and business staff.
| Item | Value |
|---|---|
| Novel drugs approved by FDA’s CDER in 2025 | 46 drugs |
| Novel drugs approved by CDER in 2024 | 50 drugs |
| Novel drugs approved by CDER in 2023 | 55 drugs |
| 2025 CDER approvals with orphan designation | 25 drugs |
| Products outside the CDER list | Vaccines, cell and gene therapies (reviewed by CBER) |
These figures come from RAPS (January 2026 report) and SCI. Counts can be revised, so check the sources before you rely on them.
What the biotech industry actually is
At its simplest, the biotechnology sector applies biology to solve practical problems. Cells, enzymes, proteins and genes become the raw materials and the tools. Most job seekers meet it through medicine, but the same ideas reach food, farming, industrial chemicals and environmental cleanup.
The people matter as much as the science. A single product moves through researchers, process engineers, quality staff, regulatory writers, clinical teams and commercial staff before it reaches a patient. That spread is why the field suits so many backgrounds, not only a lab bench.
Healthcare, often called ‘red’ biotech, is one part of the sector. Its companies discover and develop therapies, diagnostics and the platforms behind them. This guide focuses on careers in healthcare biotech.
How biotech makes money and why that shapes jobs
Many biotech companies spend years with no product to sell. They live on investor money, partnerships and grants while they try to prove a candidate works. That reality shapes everything from hiring pace to job security.
A company with a promising result may hire fast. One whose trial fails may shrink quickly. Knowing this early helps you ask sensible questions about runway and pipeline in interviews.
If you want the money side in depth, read our guide on biotech startup funding. It explains how early companies raise cash and why funding rounds drive hiring waves.
- Revenue companies: sell approved products and may hire across manufacturing and sales.
- Pipeline companies: spend on research and trials, so hiring follows data and financing.
- Service companies: sell testing, manufacturing or trial support to others and grow with their clients.
Main kinds of companies you will meet
Not every employer looks the same. A university spin-out with a handful of staff works very differently from a global firm with plants on several continents. The types of biotech companies you apply to will change your daily work, your training and your pay structure.
- Discovery-stage startups: small teams, broad roles, and a lot of learning on the job.
- Clinical-stage developers: run human studies and rely on clinical operations, data and regulatory staff.
- Commercial companies: manufacture and sell products, with large quality and supply teams.
- Contract organisations: do research, trial or manufacturing work for other firms.
- Tools and platform firms: sell instruments, reagents or software to labs.
Many people ask how this differs from big drug makers. We cover that in biotech vs pharma, since the line has blurred but culture and risk still differ.
From idea to medicine: the pipeline in plain terms
Almost every therapeutic company is organised around one path. A team finds a biological target, builds a candidate, tests it in the lab and in animals, then moves it into people. Each stage needs different skills and different departments.
The full path is laid out in the drug development process guide. For job seekers, the useful point is that most roles attach to one stage, so understanding the stages tells you where a role sits.
- Discovery: scientists identify targets and design candidates.
- Preclinical work: lab and animal studies test safety and activity.
- Clinical testing: human studies run in stages, explained in our clinical trial phases article.
- Regulatory review: the agency decides whether benefits outweigh risks.
- Manufacturing and launch: the product is made at scale and reaches patients.
Clinical work gets its own career track. If it interests you, start with what is clinical research to see how trials are run and who staffs them.
Regulation and approval: why it matters for your career
New medicines generally require FDA approval before US marketing; certain over-the-counter medicines can be marketed without individual approval if they meet applicable requirements. That gate defines timelines, budgets and entire job families, from regulatory affairs to quality assurance. The fda approval process is worth understanding even if you never work in regulatory.
Recent output gives a sense of scale. According to RAPS in January 2026, the FDA’s Center for Drug Evaluation and Research approved 46 novel drugs in 2025, and 25 of them carried orphan designation. The same report says CDER approved 50 in 2024.
The SCI summary adds that 2023 saw 55 approvals. It also notes that vaccines, blood products and cell and gene therapies are not on the list, because the Center for Biologics Evaluation and Research approves them separately.
Read those numbers as a rough guide, not a promise. Approvals swing from year to year, and a single year says little about hiring demand.
Where the jobs sit inside a company
Job titles in biotech can look confusing from outside. It helps to group them by function rather than by title. A function is a team with a shared purpose, and most companies have versions of each one.
The full breakdown is in biotech departments and functions. Here is the short version.
- Research: discovers targets and candidates; often favours advanced degrees.
- Process development and manufacturing: turns a lab method into a reliable, scalable one.
- Quality: tests products and keeps records that regulators can inspect.
- Clinical and medical: designs and runs human studies and interprets results.
- Regulatory affairs: prepares submissions and talks to the agency.
- Data and computation: analyses experimental and trial data.
- Business and commercial: finance, legal, partnerships, marketing and sales.
Notice that only some of these need a doctorate. Quality, manufacturing, clinical operations and many business roles recruit from bachelor’s and master’s programmes, and many people move between functions over time.
Technologies and therapy types worth knowing
Job ads use a lot of shorthand. Knowing what the common terms mean lets you read a posting and judge whether your background fits. You do not need to be an expert, but you should be able to explain each term in a sentence.
- Small molecules: conventional chemical drugs, usually taken as pills, made through chemistry and tested in many assays.
- Biologics: large molecules such as antibodies and proteins, made in living cells and handled with care because they are sensitive.
- Cell and gene therapies: treatments that modify or replace cells or genes, with complex manufacturing and strict handling.
- Vaccines: products that train the immune system, developed and made with their own specialised methods.
- Diagnostics and tools: tests, sequencers and software that help others find disease or run experiments.
Each category has its own supply chain, its own regulators’ expectations and its own talent pool. A person who knows antibody production, for example, is hired differently from one who knows viral vector work. Pick a lane, then widen once you have a first role.
The 2025 approval list reported by SCI includes a mix of these categories, which shows how varied the output is. That variety is good news for you, because demand rarely depends on one technology alone.
Skills employers look for beyond the science
Technical knowledge opens the door, but working habits keep you in the room. Biotech work is regulated and team-based, so employers watch for how you document, communicate and handle problems. These traits matter at every level.
- Careful documentation: if it was not written down, it did not happen, and auditors will ask.
- Comfort with uncertainty: experiments fail, priorities shift and programmes get paused.
- Clear communication: you will explain results to colleagues from other functions.
- Data literacy: even bench staff read charts, statistics and instrument output.
- Teamwork across functions: a product needs research, quality, clinical and regulatory staff to agree.
These traits show up in interviews as behavioural questions. Prepare two or three short stories from labs, courses, internships or other jobs that show how you handled a failed run, a deadline or a disagreement.
Technical skills still count, and employers read them as evidence you can learn quickly. Techniques such as cell culture, PCR, chromatography and assay work appear in many postings, and the lab skills guide explains how to show them honestly on a CV.
Common misunderstandings about the industry
New job seekers often carry a few wrong ideas that slow them down. Clearing them early may help you focus your applications. Here are the most frequent ones.
- “Biotech means a lab coat.” Many roles are at a desk, in a plant or in a clinic, and a large share of the workforce never runs an experiment.
- “You need a doctorate.” Only some research tracks require one, while others value practical experience.
- “Big names are the only good employers.” Smaller firms and contract organisations often give broader responsibility and faster learning.
- “Approvals equal jobs.” A drug approval is one signal among many, and hiring depends on funding, strategy and timing too.
- “Every company is a startup gamble.” The sector includes stable manufacturers and service firms alongside risky early ventures.
Keep these in mind when you read news about layoffs or record deals. Headlines swing between boom and bust, but the underlying work of making and testing medicines continues throughout.
What this means if you are job hunting
Start by deciding which function suits your strengths, then work backwards to the skills it asks for. Hands-on bench roles want proven technique, which our lab skills guide covers. Office-based roles often value writing, project management and data literacy.
Once you have a direction, our overview of biotech careers maps common paths, entry routes and progression. Use it alongside the function list above.
A few habits help in almost any search:
- Read the company’s pipeline page and note which stage its lead programme has reached.
- Check how recently it raised money and whether it has partners.
- Match your skills to the function, not only the job title.
- Expect cycles: hiring slows when financing tightens and rises when it loosens.
- Talk to people in the role you want before you apply.
Treat any salary or hiring figure you see online with care. Pay differs by region, company stage and seniority, so check official labour statistics and recent postings for your area.
Routes into the industry for different backgrounds
There is no single front door. People arrive from degrees, from other industries and from hospitals or universities. Your route depends on what you already have and how quickly you want to move.
Recent graduates
Look for technician, associate, quality control and clinical coordinator roles. Internships, co-op placements and university research projects give you evidence of real work, and they often lead to a first offer. Be ready to start in an entry role and move sideways once you see the company from inside.
Postgraduate researchers
If you hold an advanced degree, scientist roles, medical affairs and computational positions are natural fits. Many academic researchers underestimate how much industry values teamwork and deadlines, so show both in your applications. Translate papers into outcomes a hiring manager can follow.
Career changers
Healthcare staff, engineers, analysts, lawyers and project managers all have transferable strengths. Regulatory, quality, data and operations teams regularly hire from outside the life sciences if the person learns the vocabulary. Short courses and informational chats help you close the gap.
Whichever group you belong to, aim to learn the language of the field first. Reading company pipeline pages, regulator announcements and trade news builds the vocabulary that interviewers listen for.
A sample plan for your first months of searching
A plan keeps you from drifting between endless postings. Treat your search like a small project with steps you can tick off. The order below works for most people.
- Choose a function from the list earlier in this guide and write down why it fits you.
- List target employers across company types, including contract and tools firms.
- Audit your skills against several postings and note the gaps you can close quickly.
- Rewrite your CV so each bullet shows a result, a method and the setting.
- Reach out to people in the role and ask what a normal week looks like.
- Apply in batches, then review which applications drew replies and adjust.
Expect the process to take patience. Entry roles can attract many applicants, so tailor your applications to the requirements of each role. Keep notes on each company so interviews feel like conversations rather than quizzes.
When you reach an interview, bring questions of your own. Ask what the next milestone for the lead programme is, how teams hand work to each other, and how the company supports training. Those questions show you understand how the sector runs, and they help you judge whether the employer is a good fit for you.
Reading the market without panic
Biotech news can feel dramatic. A good month brings large financing rounds, and a bad month brings restructurings. A sensible job seeker treats these swings as part of the sector rather than a verdict on their own prospects.
Several signals are more useful than headlines:
- Pipeline progress: companies that advance programmes tend to keep hiring.
- Partnerships: a deal with an established firm brings money and credibility.
- Manufacturing investment: new plants or expansions suggest products are close to market.
- Leadership stability: frequent departures can signal trouble.
- Posting patterns: a steady stream of openings across functions is healthier than a single urgent role.
Build a shortlist of employers across several company types so one downturn does not stall your whole search. Keep your network warm even when you are not applying, because many roles are filled through people who already know your work.
Finally, remember that regulation provides a steady backbone. Even when funding tightens, products already on the market still need quality checks, supply and safety monitoring, and that work continues to employ people.
Frequently asked questions
Is biotech only for people with a PhD?
Show answer
No. Research scientist roles often ask for advanced degrees, but quality, manufacturing, clinical operations, regulatory and business teams hire people with bachelor’s or master’s degrees too.
Is a biotech company the same as a pharma company?
Show answer
Not exactly. Biotech firms are often smaller and research-led, while pharma firms are usually larger and sell many products, though the two overlap. Our biotech vs pharma guide goes through the differences.
Why do biotech jobs feel less stable?
Show answer
Many companies have no product revenue and depend on funding and trial results. A failed study or a dry funding market can lead to layoffs, so check a company’s cash position and pipeline.
How many new drugs does the FDA approve each year?
Show answer
Per RAPS in January 2026, CDER approved 46 novel drugs in 2025, down from 50 in 2024. SCI reports 55 for 2023. Vaccines and cell and gene therapies are counted separately.
