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Scientific CV Example

A well-structured scientific CV highlights your research experience, publications, and technical expertise across any scientific discipline.

Recommended template: BoldPro

Key Skills to Include

Research MethodologyData AnalysisScientific WritingLaboratory TechniquesStatistical SoftwarePeer ReviewGrant WritingCritical Thinking

Quick Tips

  • List publications and conference presentations in reverse chronological order.
  • Emphasise research grants, fellowships, and funding you have secured.
  • Include technical skills and laboratory certifications relevant to your field.
  • Tailor your CV to the specific scientific role or research area you are applying for.

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How to Write Your Scientific CV

A scientific CV must demonstrate both intellectual rigour and practical capability. Employers and selection panels want evidence that you can design sound experiments, generate reliable data, and communicate your findings effectively. Whether you are applying for a postdoctoral position, an industry research role, or a lectureship, your CV should present a coherent narrative of your scientific career — linking your training, publications, and technical skills to the impact of your work.

CV Structure

Use a reverse-chronological format with distinct sections for your profile, research experience, publications, education, skills, and funding. If you have a substantial publication list, consider a separate publications section or an appendix. Each role should include a brief contextual description of the research group and project, followed by responsibilities and achievements. Keep the CV to two or three pages depending on career stage.

CV Format

Choose a clean, professional template with a traditional academic feel. Avoid heavy graphics or colour — the content should speak for itself. Use consistent formatting for publication citations, dates, and headings. Save as a PDF to preserve layout across different systems and ensure your name and page numbers appear on every page.

CV Profile Examples

Experienced Research Scientist

Published research scientist with over ten years of experience spanning molecular biology and immunology, currently holding a senior postdoctoral position at a Russell Group university. Skilled in experimental design, grant writing, and mentoring early-career researchers. Author of 22 peer-reviewed publications with a combined citation count exceeding 1,400.

Interdisciplinary Scientist

Versatile scientist with a strong background in environmental chemistry and data science, combining laboratory expertise with computational modelling to address complex ecological questions. Experienced in securing UKRI funding and delivering multi-partner research projects on time and within budget. Passionate about translating research findings into actionable policy recommendations.

Early-Career Scientist

Ambitious early-career scientist with a PhD in cell biology and two years of postdoctoral research experience in cancer metabolism. Proficient in cell culture, flow cytometry, and confocal microscopy, with three first-author publications in high-impact journals. Seeking a research position that combines bench work with opportunities for professional development and collaboration.

Summarise your research focus, years of experience, key technical strengths, and headline metrics such as publication count or funding secured. Keep it to three or four sentences that position you clearly within your discipline.

Key Skills for Your Scientific CV

Research Methodology

Designing rigorous experiments with appropriate controls, sample sizes, and statistical frameworks to test scientific hypotheses.

Data Analysis

Processing and interpreting complex datasets using statistical software such as R, SPSS, or Python to draw evidence-based conclusions.

Scientific Writing

Drafting clear, concise manuscripts, grant applications, and reports that communicate findings to specialist and non-specialist audiences.

Laboratory Techniques

Performing a broad range of wet-lab procedures including cell culture, molecular cloning, chromatography, and spectroscopy.

Statistical Software

Using platforms such as R, GraphPad Prism, and MATLAB to conduct statistical analysis and produce publication-quality figures.

Peer Review

Critically evaluating manuscripts for scientific rigour, methodological soundness, and contribution to the existing literature.

Grant Writing

Preparing competitive funding applications to bodies such as UKRI, Wellcome Trust, and EU Horizon programmes.

Critical Thinking

Evaluating experimental evidence objectively to identify limitations, alternative explanations, and avenues for further investigation.

Research Supervision

Mentoring postgraduate students and junior researchers through project planning, troubleshooting, and thesis preparation.

Work Experience Examples

For each research position, describe the project context, your specific role, and the techniques you used daily. Follow with two to three quantified achievements — publications, grants, citations, or methodological innovations. Use precise language and avoid vague claims about your contribution.

Postdoctoral Research Associate

University of Bristol

Led an independent research strand within a £1.2M BBSRC-funded project investigating immune cell signalling pathways in chronic inflammatory disease.

Responsibilities

  • Designed and executed experiments using primary human cell cultures, Western blotting, and multiplex cytokine assays.
  • Analysed large datasets using R and GraphPad Prism, applying appropriate statistical tests to validate findings.
  • Supervised two PhD students and one MRes student, providing day-to-day guidance on experimental protocols and data interpretation.
  • Prepared and submitted manuscripts to peer-reviewed journals, managing the revision and response-to-reviewer process.
  • Presented research findings at three international conferences, including an invited talk at the British Society for Immunology annual meeting.

Achievements

  • Published four peer-reviewed papers within two years, including a first-author article in Nature Communications with over 180 citations.
  • Secured a £45,000 early-career fellowship from the Wellcome Trust to fund a six-month pilot study on T-cell exhaustion markers.
  • Developed a novel flow cytometry panel that reduced sample processing time by 35% and was adopted by two other research groups in the department.

Research Technician

Roslin Institute, University of Edinburgh

Provided specialist laboratory support for a veterinary immunology research group studying livestock disease resistance and vaccine development.

Responsibilities

  • Maintained mammalian cell lines and primary cultures under sterile conditions, performing regular mycoplasma testing and cell banking.
  • Conducted ELISA, qPCR, and histological staining assays as part of ongoing vaccine efficacy studies.
  • Managed laboratory inventory, ordering reagents and consumables within an annual budget of £28,000.
  • Trained new postgraduates on laboratory safety procedures and standard operating protocols.

Achievements

  • Optimised an in-house ELISA protocol that improved assay sensitivity by 20%, enabling detection of lower antibody titres in field samples.
  • Co-authored two publications in Veterinary Immunology and Immunopathology based on data generated during the role.

Education & Qualifications

List your PhD first, including the thesis title and supervisor. Follow with your undergraduate and master's degrees. Include any prizes, scholarships, or distinctions. If your PhD is recently completed, a brief thesis summary can help reviewers understand your specialism.

PhD

Doctoral qualification demonstrating the ability to conduct independent original research and contribute new knowledge to a scientific field.

FHEA

Fellowship of the Higher Education Academy, evidencing competence in university-level teaching and learning support.

Chartered Scientist (CSci)

Professional registration through the Science Council recognising high-level scientific expertise and ethical practice.

GLP/GMP Training

Good Laboratory Practice or Good Manufacturing Practice certification required for regulated research and quality-critical environments.

Frequently Asked Questions

How long should a scientific CV be?
For early-career scientists, two pages is typical. Senior researchers with extensive publication lists and grant records may extend to three or four pages. The key is relevance — every item on your CV should support your application. If you have more than ten publications, consider listing selected highlights in the main body and providing a full list as an appendix.
Should I include a publications list on my scientific CV?
Yes, publications are central to a scientific CV. List them in reverse chronological order using a consistent citation format. Highlight your position in the author list and mark corresponding authorship where applicable. If your list is long, separate it into peer-reviewed articles, reviews, and conference proceedings to help the reader navigate quickly.
How do I present research funding on my CV?
Create a dedicated section listing grants and fellowships you have secured or co-investigated. Include the funder, project title, your role (PI, Co-I, or named researcher), the total award value, and the dates. Even small grants or travel awards demonstrate initiative and should be included, particularly at the early-career stage.
What technical skills should I highlight on a scientific CV?
Focus on techniques directly relevant to the roles you are targeting. Group skills into categories — for example, molecular techniques, analytical instruments, computational tools, and software. Be specific: state the exact platforms, assays, or programming languages you use rather than listing broad categories. Recruiters and panel members scan for specific technical keywords.

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