Science CV Examples & Templates

Nilda Melissa Diaz, CPRW
By Nilda Melissa Diaz, CPRW, Career Advice Expert Last Updated: December 09, 2024
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Science CV Example (Text Version)

Annie Ortiz

Boston, MA 02215
(555) 555-5555
example@example.com

Summary Statement

Experienced and accomplished scientist with 10 years of molecular biology and biochemistry expertise. Proven track record of publishing 15 peer-reviewed papers with an average citation impact of 8.5. Skilled in leading cross-disciplinary research teams, securing $2.5M in grant funding and presenting findings at international conferences. Adept at leveraging cutting-edge technologies to advance scientific discovery.

Core Qualifications

  • Protein purification
  • Enzyme kinetics analysis
  • R for statistical modeling
  • Team leadership
  • Mass spectrometry
  • Python for bioinformatics
  • Critical thinking
  • Strategic problem-solving

Education

University of Chicago, Chicago, IL
Ph.D., Biochemistry

  • GPA: 3.92/4.00
  • Honors: Graduate Fellowship Award, Outstanding Dissertation in Biochemistry
  • Relevant Coursework: Advanced Molecular Biology, Enzyme Kinetics, Structural Biochemistry

Boston University, Boston, MA
Master of Science, Biochemistry & Molecular Biology

  • GPA: 3.8 /4.0
  • Honors: Magna cum laude
  • Relevant Coursework: Advanced Molecular Biology Techniques, Structural Biochemistry and Drug Design, Bioinformatics and Systems Biology
  • Thesis: “Deciphering Protein-Protein Interactions in Neurodegenerative Diseases

University of Texas At Austin, Austin, TX
Bachelor of Science, Biochemistry

  • GPA: 3.85/4.00
  • Honors: Magna cum laude, Dean’s List
  • Relevant Coursework: Genetics, Biophysics, Analytical Chemistry

Work Experience

SENIOR RESEARCH SCIENTIST 01/2021 to Current
XYZ Biotech Laboratory, Boston, MA

  • Direct a team of eight researchers to develop a novel CRISPR-based therapeutic, achieving 70% efficacy in preclinical trials.
  • Secure grants, including $1.5M for innovative molecular biology projects.
  • Lead the design and optimization of a novel CRISPR-based therapy, achieving a 70% success rate in preclinical trials for a rare genetic disorder.

POSTDOCTORAL FELLOW 08/2016 to 12/2020
University of Chicago, Chicago, IL

  • Conducted high-throughput protein analysis, reducing experimental time by 40% and improving reproducibility.
  • Presented findings at four international conferences, enhancing collaborative partnerships.
  • Optimized protein purification protocols, reducing processing time by 40% and increasing protein yield by 25%, directly improving experimental throughput.

GRADUATE RESEARCH ASSISTANT 08/2014 to 05/2016
University, Chicago, IL

  • Developed a novel enzyme assay adopted by five research labs, reducing costs by 30%.
  • Published four peer-reviewed articles, including one awarded ‘Best Paper in Enzymology’ in 2012.
  • Mentored three undergraduate students, increasing their lab proficiency by 50%.

Research Experience

Bioinformatics-Driven Protein Function Prediction – (2024-Present)

  • Developed a machine learning algorithm to predict protein functions from genomic data, achieving 90% accuracy in functional annotations.

Development of Protein Engineering Techniques – (2022-2024)

  • Designed and implemented mutagenesis strategies to enhance enzyme stability by 40%, with applications in industrial biocatalysts.

Metabolic Pathway Characterization – (2022-2023)

  • Investigated key metabolic pathways in cancer cells using high-throughput metabolomics, identifying three new therapeutic targets that showed 60% tumor growth reduction in preclinical models.

Structural Analysis of Enzyme-Substrate Complexes- (2019-2022)

  • Utilized X-ray crystallography and cryo-electron microscopy (cryo-EM) to elucidate the 3D structures of enzyme-substrate complexes, identifying two novel catalytic mechanisms published in Nature Structural Biology.

Projects

  • Designed and implemented a high-throughput screening assay for enzyme inhibitors, reducing assay development time by 30%.
  • Conducted structural analysis of protein-DNA complexes using cryo-EM, resulting in a publication in Nature Biotechnology.
  • Investigated metabolic pathways in cancer cells, identifying three novel therapeutic targets.

Conference Presentations

  • “Advancements in CRISPR Therapeutics” – International Molecular Biology Conference – (2024)
  • “High-Throughput Enzyme Assays” – Protein Science Symposium – (2023)
  • “Mass Spectrometry in Drug Discovery” – Global Biochemistry Summit – (2022)
  • “Innovative Applications of R in Bioinformatics” – Data Science for Life Sciences Conference – (2021)
  • “Structural Insights into Protein-Ligand Interactions” – Biophysical Society Annual Meeting – (2019)

Certifications

  • Certified Molecular Biology Professional (CMBP)
  • Advanced Biostatistics Certification, ABC Institute
  • Python for Data Science Certification, XYZ Platform
  • Certified Laboratory Safety Officer, DEF Organization
  • Good Clinical Practice (GCP) Certification, NIH

Relevant Skills

  • Proficient in utilizing mass spectrometry, nuclear magnetic resonance (NMR), and high-performance liquid chromatography (HPLC) for biomolecular analysis and characterization.
  • Skilled in CRISPR-Cas9 gene editing, recombinant protein expression, and nucleic acid purification for cutting-edge research applications.
  • Adept at using Python, R, and MATLAB for statistical modeling, data visualization, and genomic data analysis.
  • Experienced in leading multidisciplinary research teams, managing experimental workflows, and mentoring junior scientists to achieve project milestones.

Important CV Sections

  1. Contact details

    Create a professional header for your name and contact information. Include your email address and phone number. If you’re still a student, use a personal email with a professional handle. 

    If you have a portfolio, website, or professional networking profile, like Bold.pro or LinkedIn, link it here. 

  2. Personal statement

    Your introduction to the reader will be a personal statement. Approach it as an elevator pitch: clear, concise, and impactful. In up to five sentences, explain who you are, your career goals and an important accomplishment.

    For example:

    Dynamic scientist with over five years of experience in biochemistry research and data analysis. Expertise in advanced laboratory techniques, leading to multiple peer-reviewed publications and presentations at international conferences. Strong ability to drive innovative solutions and collaborate effectively within interdisciplinary teams. Passionate about advancing scientific knowledge through rigorous research and continuous professional development.

  3. Skills

    List 6 to 12 skills. Use the application description as a guide and match as many skills as possible. 

    While the focus will be on hard skills, don’t neglect to include soft skills. 

  4. Work history

    A comprehensive work experience shows how you’ve grown in your career, developed skills and honed your expertise. 

    The section must include your role, the employer and dates of employment. Under each entry, add three quantifiable accomplishments to show what you bring to the table.

    For example:

    Research Assistant
    Department of Biology, University of Example, City, State
    June 2024 – Current

    • Assisted in the design and execution of experiments focused on the effects of climate change on plant growth and development.
    • Analyzed data using R and SPSS, leading to the identification of significant correlations between temperature variations and growth rates.
    • Collaborated with a team of five researchers to prepare reports and presentations for academic conferences, resulting in a presentation at the Annual Plant Biology Conference.
  5. Education

    In the science field, your educational background must be clear. Create an education section to emphasize it. Include the institution’s name and the degree. If you’ve graduated in the past decade, feel free to include your graduation year. Students can add the expected graduation date. 

    Under each degree, add relevant coursework, capstone projects, awards, presentations or conferences you participated in. 

  6. Additional sections

    Show you’re a versatile candidate by including additional sections. These sections can take a science CV to the next level. Include any content relevant to your professional career or the opportunity at hand. 

    These are examples of commonly used additional sections for a science CV:

    Remember to use the same format as the rest of your science CV: Aptly titled section, list using bullet points and add a brief description of your role. 

    For papers and other academic works, ensure consistency by using the same citation format throughout, whether it’s MLA, APA, IEEE, Chicago, Turabian, or another style.

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Best Practices

  • Use measurable achievements to describe your science skills and experience.
  • Use action words to empower your science CV.
  • Tailor your CV to your target science job.
  • Use keywords from the job description throughout your science CV.
  • Format your science CV so that it is easy to read by ATS software and human eyes.
  • Lie about your experience and skills in science.
  • Boast about your “incomparable” scientific abilities.
  • Include irrelevant personal information, such as your ethnicity and age.
  • Forget to proofread. A science CV with errors is unprofessional.

Interview Tips

  1. Research

    The first step to a great interview —and CV!— is to research the opportunity, whether an employer, organization or academic institution. Read their official channels, such as their website, social media, and the news. This will give you an insight into their values, accomplishments, and current goals. You’ll be able to align your answers to what they’re seeking.

  2. Practice

    A mock interview will help ease the nerves and ensure your message is clear. Ask a trusted person, like a family member or mentor, to ask you commonly used interview questions

    For example:

    Once you’re done, ask for their feedback on your answer and body language. During your practice, use the STAR method or PAR method to formulate clear and structured responses. These methods can guide your answers during the interview to ensure your answers are impactful. 

  3. Prepare questions for the interview.

    Interview the interviewer to learn if this is the right opportunity for your career goals. Arrive with at least three questions prepared. Write them down on a piece of paper or bring a small notebook. 

    Use these questions for inspiration:

    • What’s the career path for this opportunity? 
    • What type of training and professional development do you support?
    • Why did you choose to work here? 
    • What’s the ideal candidate you are seeking? 
    • How is conflict among staff handled?
    • What’s the day-to-day like?
    • What are the expectations for the first month?
    • What do you hope to improve by fulfilling this position?

    Formulate questions that’ll help you make the best decision for your future. 

  4. Prepare your references

    Ask managers, colleagues, professors, mentors, or people who can vouch for your skills and ethics to become your references. Then, stay one step ahead of the employer by creating a reference sheet to match your CV. Once you’re requested, hand it over or email it. 

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