Scientist CV Examples
Updated 14 July 2026
A scientist CV must answer one question first: academic or industry? An academic CV is a comprehensive record running 2-30+ pages where you list every publication, grant, and talk. An industry CV is a 1-2 page marketing document focused on transferable skills and business impact. This guide shows you how to write both, with real examples and the techniques hiring managers actually look for.
Scientist CV examples
PhD Candidate / Early Career Scientist
entryLeads with concrete techniques and measurable lab results; treats doctoral research as professional experience; includes ORCID and advisor details.
Industry Research Scientist
midReframes academic research into business language with metrics on efficiency, cost savings, and regulatory compliance; summarizes publications rather than listing all; highlights GMP experience.
Senior Academic Scientist / Principal Investigator
seniorDemonstrates funding track record as PI, leadership of research group, and invited international talks; publications and grants shown as achievements with totals rather than full lists.
How to write a scientist CV
Academic vs Industry: Pick Your Format
The biggest mistake scientists make is sending the same CV to both academic and industry roles. They require opposite approaches.
Academic CV: Comprehensive, 2-30+ pages depending on career stage (PhD students 2-3 pages, postdocs 3-5, assistant professors 5-10, senior faculty 10-30+). List everything: every publication, every talk, every grant. The reader will judge your record themselves.
Industry CV: Concise, 1-2 pages maximum. Summarize your publication record as an achievement (e.g., "5 first-author publications 2019-2022 in high-impact journals including Nature Communications") and move the full list to a separate addendum only if asked. Industry recruiters spend about 75 seconds per CV and will not read 30 citations.
Section Order and What to Include
| Section | Academic CV | Industry CV |
|---|---|---|
| Contact info | Name, affiliation, email, ORCID, Google Scholar | Name, location, email, phone, LinkedIn |
| Profile/summary | Optional or brief | Essential: 2-3 sentences, lead with techniques and impact |
| Education | After publications for senior faculty; earlier for PhD/postdoc | After profile |
| Research experience | Detailed, organized by position | Reframed as professional experience with business metrics |
| Publications | Numbered, categorized (peer-reviewed, reviews, preprints, under review, in prep, cap at 2-3), bold your name, mark authorship | Summarized as achievement; full list in addendum if requested |
| Grants & funding | Separate section with agency, amount, dates, role (PI/co-I) | Fold into experience bullets or omit |
| Presentations | Split into invited talks, contributed talks, posters | Summarize total count or omit |
| Technical skills | 2-3 column list of techniques, instruments, software | Tailored to job spec; summarize technique types for non-lab roles |
| Teaching (academic only) | Courses taught, students supervised, thesis committees | Omit or very brief |
| Service (academic only) | Editorial boards, grant panels, committees | Omit |
For academic CVs: Include your ORCID iD and Google Scholar link in the contact block. For your PhD entry, list your advisor's name and dissertation title. Reviewers use these to verify your record.
For industry CVs: If you are moving from academia, treat your doctoral and postdoc research as professional work experience, not just education. Reframe lab work into business language: project management, cross-functional collaboration, troubleshooting, and how your science solved a problem.
Length Guidelines
Academic CV length should track your career stage. Padding a thin record (e.g., listing 8 "in preparation" manuscripts that are really just ideas) reads as inexperience, not productivity.
- PhD student: 2-3 pages
- Postdoc: 3-5 pages
- Assistant professor: 5-10 pages
- Senior faculty: 10-30+ pages
Industry CV: 1-2 pages, no exceptions.
Publications Section (Academic CV)
This is the most scrutinized part of an academic scientist CV. Get it right:
- Number every publication in reverse chronological order within each category.
- Categorize: Peer-reviewed original research first, then reviews, preprints with DOI, book chapters, manuscripts under review, then a maximum of 2-3 "in preparation." Never list a paper as "under review" if it has not actually been submitted.
- Mark authorship consistently: Bold your own name. Use symbols for co-first author (†), corresponding author (#), or equal contribution (*).
- Full citations: Author list, year, title, journal, volume, pages, DOI.
Example:
Peer-Reviewed Original Research
- Sample, R., Doe, J., Smith, A. (2025). CRISPR screening identifies novel pluripotency regulators in human ESCs. Nature Communications, 16(1), 234. https://doi.org/10.1038/s41467-025-12345-6
- Jones, B.†, Sample, R.†, Brown, C. (2024). Single-cell transcriptomics reveals heterogeneity in stem cell populations. Cell Reports, 43(8), 112456. https://doi.org/10.1016/j.celrep.2024.112456 (†equal contribution)
Grants and Funding (Academic CV)
Securing money is a measurable achievement. List funding agency, amount, dates, and your role (PI vs co-I). Even small fellowships count because they signal funding capability.
Example:
- Principal Investigator, "Mechanisms of synaptic dysfunction in Alzheimer's disease," Medical Research Council Project Grant, £620,000, 2023-2026.
- Co-Investigator, "Developing novel therapeutics for neurodegeneration," Wellcome Trust Collaborative Award, £1.2M (£240,000 to Sample lab), 2022-2025.
Technical Skills Section
Include a dedicated core-skills section listing specific lab and instrumentation skills in 2-3 columns. Match the techniques to the job spec. An assay-development role does not need your electrophysiology background.
Examples: PCR, gel electrophoresis, ELISA, Western blot, flow cytometry, HPLC/GC-MS, NMR, CRISPR, single-cell RNA-seq, NGS, confocal microscopy, patch-clamp electrophysiology, plus computational/statistical tools (R, Python, MATLAB, GraphPad Prism).
For non-lab roles, summarize technique types (e.g., immunoassays, proteomics, bioinformatics) rather than listing every assay.
Conference Activity
Split into invited talks, contributed talks, and posters. Only list conferences where you actually presented. Listing conferences you merely attended is a recognized padding mistake that signals no real contribution.
Regulatory and Compliance Experience (Industry)
For regulated industry roles (pharma, biotech, QC/QA, manufacturing), list compliance experience explicitly: GLP, GMP/cGMP, regulatory documentation. Quantify it in work experience, e.g., "Executed GMP-compliant batch records with zero critical deviations." This is a hard requirement for many industry scientist jobs that academic CVs almost never mention.
Personal statement examples
Research Scientist with six years of experience in biologics development, analytical method validation, and GMP-compliant manufacturing. Expertise in protein purification, HPLC/UPLC, mass spectrometry, and bioassay development for monoclonal antibodies and recombinant proteins. Track record of reducing assay turnaround time by 40% and supporting three IND submissions with zero critical regulatory findings.
Dedicated and hard-working scientist with a passion for research and discovery. Strong team player with excellent communication skills and a commitment to advancing scientific knowledge. Seeking a challenging role where I can contribute to innovative projects and continue to grow professionally.
Writing your experience
Show Intellectual Ownership, Not Passive Assistance
Weak, passive descriptions like "assisted with experiments" or "participated in" hide your actual contribution and are a top scientist-CV failing. Lead each research bullet with a specific verb that shows intellectual ownership: developed, established, characterized, optimized, designed, validated. Then name the technique or system you used.
The result-plus-metric pattern: Every bullet should follow this structure: action verb + what you did + technique/method + measurable result.
| Weak (passive, no metric) | Strong (active, quantified) |
|---|---|
| Assisted with cell culture experiments. | Maintained 6 cancer cell lines under sterile conditions with zero contamination incidents over 15 months, supporting 3 concurrent projects. |
| Responsible for running HPLC assays. | Reduced HPLC assay turnaround time by 42% through optimization of gradient conditions and column selection, enabling same-day release testing for 95% of GMP batches. |
| Participated in method development. | Developed and validated 4 analytical methods (SEC-HPLC, cation-exchange HPLC, potency ELISA, endotoxin assay) for a Phase II monoclonal antibody program, supporting IND submission with zero FDA queries. |
| Helped with data analysis. | Established reproducible bioinformatics pipeline in R for differential expression analysis, now adopted by 4 other lab members and cited in 2 collaborative publications. |
Before/After Examples
Before: Conducted experiments to investigate protein interactions.
After: Characterized protein-protein interactions using surface plasmon resonance (Biacore) and co-immunoprecipitation, generating kinetic data (KD, kon, koff) for 14 candidate therapeutic targets.
Before: Worked on CRISPR project.
After: Developed CRISPR-based screening platform to identify novel regulators of stem cell differentiation, generating 12 validated hits from a library of 500 candidate genes.
Before: Performed quality control testing.
After: Executed GMP-compliant batch records for 22 clinical-grade protein batches with zero critical deviations and 100% on-time delivery to formulation team.
Action Verbs for Scientists
Research & discovery: Characterized, identified, discovered, elucidated, investigated, demonstrated, revealed
Method development: Developed, established, optimized, validated, designed, implemented, standardized
Technical execution: Executed, performed, conducted, operated, analyzed, quantified, measured
Leadership & collaboration: Led, supervised, trained, mentored, coordinated, collaborated, presented
Industry-specific: Reduced (cost/time), improved (efficiency/yield), supported (regulatory submission), achieved (compliance/target)
Reframing Academic Research for Industry
If you are moving to industry, translate your academic work into business language. Emphasize:
- Industry-standard methods (not exotic techniques a hiring manager will not recognize)
- Project/timeline management ("Delivered X within Y weeks")
- Cross-functional collaboration ("Worked with computational biologists to...")
- Troubleshooting and problem-solving ("Identified root cause of aggregation issue within 6 weeks")
- Cost and efficiency ("Reduced per-batch production cost by £1,200")
Show how your science solved a business problem, not just how it advanced knowledge.
Key skills & ATS keywords
Hard skills
Soft skills
ATS keywords
Education & certifications
Education Section
For academic CVs: List degrees in reverse chronological order. For your PhD, include:
- Thesis title (in italics or quotes)
- Advisor's name and title
- Funding source (e.g., BBSRC Doctoral Training Partnership)
- Any honors or awards
Example:
PhD in Molecular Biology, University of Cambridge, 2022-2026
- Thesis: CRISPR-based functional genomics of pluripotency regulators in human embryonic stem cells
- Supervisor: Professor Jane Doe, FRS
- BBSRC Doctoral Training Partnership Studentship (£85,000)
For industry CVs: Keep education brief. Degree, institution, dates, and honors are enough. You can omit thesis title and advisor unless directly relevant.
Certifications
List certifications that are directly relevant to the role. For industry scientist positions, these matter:
- GMP/cGMP training (essential for pharma, biotech, manufacturing)
- Certified Biological Safety Officer (CBSO)
- Laboratory animal handling licenses (UK Home Office PIL, PPL)
- Radiation safety certification
- Biosafety level 2/3 (BSL-2/3) training
For academic roles, certifications are less critical unless you work with regulated materials (radioactivity, human tissues, animals).
Fellowships and Awards
List competitive fellowships and awards in a separate "Achievements" or "Honors and Awards" section. Include:
- Award name
- Issuing body
- Amount (for grants/fellowships)
- Year
Example:
- Sir Henry Wellcome Postdoctoral Fellowship, Wellcome Trust, £180,000, 2016-2019
- Best Student Presentation Award, British Society for Cell Biology Annual Meeting, 2024
Even small travel grants are worth listing early in your career because they show you competed successfully for funding.
Common mistakes to avoid
Sending the same CV to academic and industry roles
Create two versions. Academic: comprehensive, 2-30+ pages, list everything. Industry: concise, 1-2 pages, summarize publications and focus on transferable skills and business impact.
Listing conferences you attended but did not present at
Only list conferences where you actually presented. Split into invited talks, contributed talks, and posters. Listing attendance without contribution is recognized padding.
Using passive language like 'assisted with' or 'participated in'
Lead with action verbs that show intellectual ownership: developed, established, characterized, optimized, designed. Follow with technique and measurable result.
Listing papers as 'under review' when they have not been submitted
Only list manuscripts as 'under review' if they have actually been submitted to a journal. Cap 'in preparation' manuscripts at 2-3 maximum. Reviewers check this.
Pasting your full 30-paper publication list into an industry CV
Summarize your publication record as an achievement: '5 first-author publications 2019-2022 in high-impact journals including Nature Communications.' Move the full list to a separate addendum only if asked.
Omitting GMP/cGMP or regulatory compliance experience when applying to pharma/biotech roles
List compliance experience explicitly and quantify it: 'Executed GMP-compliant batch records with zero critical deviations.' This is a hard requirement for many industry scientist jobs.
Junior vs senior: what changes
| Aspect | Junior | Senior |
|---|---|---|
| CV length | 2-3 pages (PhD student or early postdoc) | 10-30+ pages (senior faculty with full publication, grant, and service record) |
| Personal statement | Leads with techniques, training, and transferable skills from PhD research | Leads with research group leadership, funding track record (£X million secured as PI), and h-index or citation count |
| Publications | 3-8 publications, mostly as co-author or second author; 1-2 first-author papers | 40+ publications, 12+ as senior/corresponding author, h-index >20, invited reviews and book chapters |
| Grants and funding | Doctoral studentship or small travel grants (£500-£5,000); no PI experience | Multiple grants as PI totaling £500,000-£2M+; co-I on large collaborative grants; track record of renewals |
| Conference presentations | Mostly posters and contributed talks at national/regional meetings; 1-2 travel awards | 10+ invited talks at international conferences, keynote addresses, organized symposia, chaired sessions |
| Supervision and mentoring | Trained 1-2 undergraduate students or assisted with lab inductions | Supervised 5+ PhD students to completion, 10+ postdocs, large research group (6-12 people), thesis examination |