Most entry-level biology CVs read like a transcript: every module, every technique, and no sign of what the candidate actually found, built, or fixed with any of it.
The strong ones lead with a research project written like a job, name the lab and data skills employers screen for, and treat a placement or dissertation as real experience. If you want the fundamentals first, see how to write a CV.
Key takeaways
- Little or no paid experience is normal for a first biology role. Lead with your project, your techniques, and your data skills, and let a thin work history sit lower down.
- Write your final-year project or dissertation like a job: the question, the methods, the instruments, and what you found.
- Name techniques exactly as the advert does: PCR, cell culture, microscopy, and the data tools you use, rather than "laboratory skills".
- Biology work is overwhelmingly on-site, so put your location near the top of the CV.
- Two pages, sent as a PDF unless the advert asks for a Word file, with a skills-led structure while your work history is thin.
- List your degree classification and any Royal Society of Biology membership, even student membership.
Writing a biology CV with no experience
Almost every biologist starts here. Your first CV cannot lean on years at the bench, so it has to prove technique and careful data work in other ways.
That changes the structure. Use a skills-led structure: personal statement, then skills, then your project and education, with any paid work history further down. Once you have lab or field roles behind you, switch to reverse chronological.
Your final-year project or dissertation is your strongest evidence, so write it like a job rather than a coursework title. Give the question, the methods, the instruments you ran, and what you found. "Quantified gene expression across 30 samples by qPCR and analysed the results in R" is a laboratory bullet that happened at university.
Then mine the rest of your degree for real technique time. It is almost always there:
- Lab modules and practicals: PCR, gel electrophoresis, cell culture, microscopy, assays, and aseptic technique.
- Fieldwork and surveys: species identification, quadrat and transect sampling, and recording to standard protocols.
- Placements, summer studentships, and sandwich years in a research or industry lab.
- Lab demonstrating, science outreach, or volunteering with a wildlife trust, museum, or hospital.
Write each of those in the language of the lab or the field, not the seminar room. "Ran weekly cell culture and logged results for a research group over eight weeks" reads as bench-ready. "Studied cell biology" reads as a syllabus.
Translate coursework into output the same way. Instead of "module in microbiology", write what you produced: "cultured and identified bacterial isolates, then reported sensitivity results against a control".
If you have volunteered or demonstrated, give it a dated entry like a job, with duties and hours. A first-job CV is built on proof of method, not on time served.
One line lifts a graduate biology CV above the pile: any exposure to a working research or industry lab. A placement, a summer role, or a project run to real protocols tells an employer you already understand how a live lab operates, which is the gap most new graduates have to close.
What the UK biology market looks like
Knowing the market shapes the CV. Here is where the work sits and what employers ask for most.
| What | UK biology roles |
|---|---|
| Where the work happens | Overwhelmingly on-site (30 of 36 UK biology postings in the last ~30 days, Enhancv's internal job feed) |
| Experience level asked for | Entry-level is the most common single band, closely followed by mid-level |
| Skills employers list most | Data analysis, Python, and bioinformatics recur most often, then image analysis and microscopy |
Two of those lines should shape your CV.
Biology work is bench and field work, so it is almost entirely on-site. A recruiter needs to see you can reliably get to the lab or the site, so put your location near the top and mention a driving licence if the field station sits out of town.
Entry-level roles are well represented, which is why the no-experience route above is realistic rather than wishful. Employers at this level hire on evidence of technique and careful data work, not on years served.
The skills that recur most tell you where to aim. Data analysis, Python, and bioinformatics surface again and again, so a biology CV that shows you can handle data as well as run a bench reads as current. Pay swings widely across the field, from junior lab and field roles to specialist research and industry posts, so anchor your CV on proof of what you can do rather than a headline salary.
Formatting your biology CV
As a recent graduate, lead with a skills-led structure so your techniques and final-year project come before a thin work history. Once you have lab or field roles behind you, switch to reverse chronological, most recent first.
Keep it to two pages, one column, standard headings, and a readable font. A lab manager or principal investigator skims a stack of these between experiments.
Add a short technical skills block near the top listing your techniques, instruments, and data tools. It is the fastest way for a reviewer to match you to the bench or the field team.
Send a PDF for direct applications so the layout holds, and keep a Word copy for agencies that reformat CVs into their own template. If the advert names a file type, follow it.
Larger research bodies and pharmaceutical employers often route applications through tracking software, so keep the layout clean and the headings standard for an ATS-friendly CV. Build it from a tested layout rather than a blank page: Enhancv's CV templates export to a clean PDF.
Writing your biology personal statement
Three or four sentences at the top: what kind of biologist you are, your strongest techniques, the data skills you bring, and one concrete result or project. See more personal statement examples if the opening line is not coming.
Skip the adjective soup. "Enthusiastic and passionate" tells a reviewer nothing they can check.
Lead with evidence instead, and tune it to the corner of biology you are aiming at. A lab-based graduate opens differently from a field ecologist:
Biology CV personal statement example (graduate, lab-based)
BSc Biology graduate (2:1, University of Bristol) with hands-on laboratory experience from a final-year research project on gene expression and a summer studentship in a molecular biology lab. Confident with PCR, gel electrophoresis, and cell culture, and comfortable analysing data in Python and R. Royal Society of Biology student member, looking to start a career as a research technician in a life-sciences lab in the South West.
A field or conservation graduate builds the same statement on survey work and species knowledge rather than the bench:
Biology CV personal statement example (graduate, ecology and field)
Ecology and conservation graduate (First-class BSc, University of Exeter) with field survey experience from a dissertation on urban pollinators and two seasons volunteering with a local wildlife trust. Skilled in species identification, quadrat and transect sampling, and recording to standard protocols, with QGIS and R for analysis. Looking to bring careful fieldwork and accurate data recording to an entry-level ecological or field-assistant role.
The version to avoid
Enthusiastic and passionate biology graduate with excellent laboratory skills and a keen eye for detail. A hard-working team player who thrives under pressure and is eager to learn and grow within a dynamic, forward-thinking organisation.
The second version could describe any graduate in any field. It names no technique, no instrument, and no result. The first two tell a hiring manager exactly what you can walk up to and do on day one.
Writing your biology experience section
Whether it is a project, a placement, or paid work, write each entry the same way: a dated heading, then bullets that show what you did and what changed. Lead every bullet with an action verb. For the mechanics, see work experience on a CV.
Biology is measurable even when it does not feel like it. Samples processed, assays run, a protocol you optimised, data you cleaned, and findings you presented are all achievements you can put a number against.
Give context a reviewer cannot infer: the scale of the study, the instruments you used, whether the lab was research or regulated, and how much of the work was yours. That is what tells a hiring manager how your project translates to their bench.
Tailor each application by pulling the techniques from the advert and mirroring the ones that are true of you. Enhancv's CV tailoring feature reads the advert and suggests the matching edits, which saves rewriting from scratch for every role.
- Designed and ran a 30-sample study on gene expression under stress conditions, using RNA extraction, qPCR, and gel electrophoresis
- Analysed results in R and Python, producing the figures and statistics for a 10,000-word dissertation graded at 2:1
- Presented findings to a departmental seminar of 40 students and staff, and answered questions on method and limitations
- Kept accurate lab records and worked to COSHH and risk-assessment procedures throughout the project
- Supported a molecular biology team, preparing samples and running routine assays for an ongoing study across an eight-week placement
- Logged all results in the lab's digital system and flagged anomalous readings to senior researchers for review
- Trained in aseptic technique and cell culture, maintaining three cell lines without contamination
- Wrote up a short method note that the group reused for later cohorts of students
PRO TIP
Biology adverts list exact techniques, not generic skills. Mirror the ones you can back: "PCR", "cell culture", "flow cytometry", "confocal microscopy", "NGS". If you have run it, name it the way the advert does, and both the tracking software and the person running the lab will find it.
Top skills for your biology CV
Across UK biology adverts the same core keeps surfacing, and it is no longer only wet-lab work. Data analysis, Python, and bioinformatics recur most often, so a CV that shows you can handle data as well as a bench reads as current.
Split your skills into hard skills and soft skills, and give the hard skills the most room. This is a technical role, and your skills section is the first place a reviewer checks.
Name techniques, not "laboratory skills". "PCR, cell culture, and confocal microscopy" tells a hiring manager exactly what you can do. "Lab techniques" makes them guess.
Pair every technique with context. Cell culture in a research group is a different claim from a single teaching practical, and employers read it that way, so say which one you mean.
Treat the data side as half the job. Data analysis, Python and R, bioinformatics, and image analysis are what turn results into findings, and they are exactly the skills the market is asking for.
Then the soft skills, and keep them checkable. Attention to detail, accurate record keeping, clear written communication, and teamwork are the ones that matter here, and each should show up in a bullet rather than a list.
The precise mix shifts with the corner of biology. A molecular or cell biologist leans on assays, culture, and microscopy, an ecologist on survey design, sampling, and species identification, and a computational biologist on Python, statistics, and pipelines. Read the advert and rank your skills to match the role in front of you rather than listing everything you have ever touched.
One habit separates a technical CV that lands from one that stalls. For each skill you claim, you should be able to point to a bullet lower down that proves it. If a technique appears in your skills block but nowhere in your project or experience, either evidence it or move it under training.
Top skills for your biology CV:
Laboratory techniques (PCR, cell culture, assays)
Microscopy and image analysis
Data analysis and statistics
Python and R
Bioinformatics
Molecular biology
Microbiology
Good laboratory practice and COSHH
Attention to detail
Accurate record keeping
Written communication
Problem solving
Teamwork
Structure your technical skills block
Group the skills block so a reviewer can scan it in seconds: techniques (PCR, cell culture, ELISA), instruments (confocal microscope, flow cytometer, spectrophotometer), data (Python, R, bioinformatics, statistics), and standards (GLP, COSHH, risk assessment). Four short lines beat one long comma-separated wall, and they read cleanly through tracking software.
Education and qualifications for a biology CV
Biology is a credentialled field, so as a graduate your education section sits near the top and does real work. List your degree with its classification, for example a 2:1 BSc or a First-class MSci, and name your final-year or research specialism.
If you hold an MSc or a PhD, put the research title and the techniques it relied on. A thesis on "single-cell RNA sequencing of tumour samples" is a skills claim as much as a qualification.
Professional standing helps even early on. Royal Society of Biology membership, including student membership, and Registered Scientist (RSci) status at a later stage signal a recognised level of competence, so list them clearly.
Add short, dated entries for the training employers expect: good laboratory practice, COSHH, lab safety, and any instrument, software, or first-aid certificates you hold. Keep this block tight and factual.
Do not pad it with modules a hiring manager can assume from the degree title. One clear line for each qualification, plus the specialism and techniques that set you apart, is enough.
Conclusion
Lead with a project written like a job, name the lab and data skills the advert lists, and attach a result to each. That is the CV that turns a first application into a shortlisting.
Pair it with a short cover letter that says why this lab and this science, and a thin work history stops being the thing that holds you back.
Author's take - the Enhancv team
When we read an entry-level biology CV, the first thing we look for is a project written like a job. "Quantified gene expression across 30 samples by qPCR and analysed the results in R" tells us more than a paragraph of adjectives ever could. Name the techniques the advert lists, show that you can handle the data as well as the bench, and put a result next to each. Do that and a graduate with no paid experience reads as ready for the lab, which is exactly what a hiring manager is hoping to find.