Whoever hires a biochemist in industry is looking for someone who can take an assay from concept to a reproducible result that another team can run. Biotech, pharmaceutical and diagnostics employers read the resume for the molecules worked on, the purification and characterization techniques mastered, the instrumentation operated independently, and whether the output ever left the bench as a transferred method, a filing or a product.
This guide covers what carries weight in the read, the keywords biotech and pharma postings filter on, how to write bullets with assay and yield numbers, what separates an associate scientist resume from a senior one, and what a complete example looks like within the science and laboratory field.
In this guide
What matters on a biochemist resume
The degree leads and its specificity matters. A PhD in biochemistry, molecular biology or a related discipline with the dissertation topic in one line, or a master's or bachelor's with the research focus named. Postdoctoral training is listed as experience with the laboratory and the project, not as education. For industry applications, this block is short; the detail belongs on an academic CV when the target is a faculty position.
The technique and instrumentation block is the core of the document. Protein expression and purification (FPLC with an AKTA system, affinity and size-exclusion chromatography, tag cleavage), enzyme kinetics, binding assays (SPR on Biacore, ITC, BLI on Octet), structural and analytical characterization (mass spectrometry, circular dichroism, SDS-PAGE, Western blot), molecular biology (cloning, site-directed mutagenesis, qPCR) and cell-based assays. Grouping by category and naming the platform is what makes this section usable by a hiring scientist.
Experience bullets should show the assay lifecycle, not just the technique. Developed, optimized, qualified, validated, transferred: those verbs describe how far the work travelled. Yield improvements, assay variability (CV percentages), throughput, timeline reductions and the number of candidates or constructs screened are the numbers that turn bench work into an argument. A short publications section with the total count, first-author count and an ORCID link completes an industry resume without turning it into a CV.
Keywords job postings look for
These terms show up most often in US biochemist postings in biotech, pharma and diagnostics:
- Protein expression and purification
- FPLC, AKTA, affinity and size-exclusion chromatography
- Enzyme kinetics and enzymology
- Assay development, optimization and qualification
- ELISA, Western blot, SDS-PAGE
- Surface plasmon resonance (Biacore), BLI (Octet), ITC
- Mass spectrometry (LC-MS/MS) and proteomics
- HPLC and UPLC
- Molecular cloning and site-directed mutagenesis
- qPCR and NGS
- Mammalian, insect and E. coli expression systems
- Cell culture and cell-based assays
- Design of experiments (DoE) and statistical analysis
- GLP, cGMP and method validation
- Electronic lab notebook (Benchling), GraphPad Prism, Python or R
They belong in the experience bullets attached to the target or the assay, and in the grouped technical skills block second. Before applying to a specific posting, the tool to tailor a resume to the job shows which of the description's terms the document still lacks.
Experience bullets that work
Turning a technique into a result means naming what improved and by how much:
| Avoid | Better |
|---|---|
| Purified proteins for the research team | Established a three-step AKTA purification for 14 recombinant kinase constructs, raising average yield from 3.2 to 11.5 mg per liter at greater than 95% purity |
| Developed biochemical assays | Developed and qualified a 384-well fluorescence polarization binding assay with a CV under 6%, enabling screening of 8,400 compounds per week |
| Performed binding studies | Characterized binding kinetics for 31 antibody candidates by SPR on Biacore 8K, narrowing the panel to 4 leads on affinity and off-rate criteria |
| Ran mass spectrometry samples | Built an LC-MS/MS peptide mapping method for a biologic candidate, achieving 98% sequence coverage and identifying 3 oxidation sites that drove a formulation change |
| Supported method transfer | Transferred 6 release assays to the QC laboratory with full validation packages under cGMP, completing all transfers within a 9-month timeline |
| Contributed to research publications | Co-authored 7 peer-reviewed papers (3 as first author) on allosteric inhibition and presented 4 posters at national biochemistry meetings |
Yield, assay variability, throughput and the number of candidates screened are the four figures a hiring scientist uses to gauge independence at the bench. Two per position makes the resume readable in thirty seconds.
Junior vs. senior
An associate scientist or recent graduate resume is built on technique depth and on the project it served. The thesis or capstone with the biological question stated in one sentence, the techniques run independently with the instruments named, the constructs or samples handled, publications and posters, and the software used for analysis. Internships and co-op placements at a company carry more weight than additional academic coursework because they show the documentation habits industry expects.
A senior scientist resume describes ownership and transfer. Platforms built rather than assays run, the candidates advanced and the decisions the data supported, cross-functional work with process development, analytical development and regulatory, method validation under GLP or cGMP, contributions to IND or BLA sections, patents filed, vendors and CROs managed, and the junior scientists trained. Scope, not technique count, is what separates the two levels; candidates aiming at project leadership should read the research scientist page as well.
Common mistakes in this role
Biochemist resumes tend to fail in these places:
- A technique list with no outcomes. Thirty methods and no yield, no CV percentage and no decision the data drove reads as coursework.
- An academic CV sent to industry. Six pages of publications, teaching and conference attendance for a bench role signals a candidate who has not translated the work.
- No instrumentation named. "Chromatography and spectroscopy" misses every keyword the posting was built around.
- Regulated environment omitted. GLP or cGMP experience is a hiring differentiator in pharma, and leaving it out costs the candidate the roles that require it.
- Research described without a question. "Studied protein interactions" says nothing about the target, the approach or what was concluded.
- A design that screening software breaks. Two columns and graphics scramble the technique block; a one-column resume template keeps it parseable.
Sample biochemist resume
The example condenses the advice into a two-page resume compressed to its essentials for a mid-level industry biochemist. Names and companies are fictional.
Biochemist with 6 years of industry experience in protein science and assay development for small-molecule and biologics programs. Built purification and binding platforms that advanced 4 antibody leads, developed a 384-well screening assay running 8,400 compounds per week, and transferred 6 release assays to QC under cGMP. PhD in Biochemistry.
Scientist II, Ardent Therapeutics, Cambridge, MA. Mar 2022 - Present
- Established a three-step AKTA purification for 14 recombinant kinase constructs, raising average yield from 3.2 to 11.5 mg per liter at greater than 95% purity.
- Characterized binding kinetics for 31 antibody candidates by SPR on Biacore 8K, narrowing the panel to 4 leads on affinity and off-rate criteria.
- Transferred 6 release assays to the QC laboratory with full validation packages under cGMP, completing all transfers within a 9-month timeline.
Associate Scientist, Northvale Biosciences, Waltham, MA. Sep 2019 - Feb 2022
- Developed and qualified a 384-well fluorescence polarization binding assay with a CV under 6%, enabling screening of 8,400 compounds per week.
- Built an LC-MS/MS peptide mapping method achieving 98% sequence coverage and identifying 3 oxidation sites that drove a formulation change.
- Cloned and expressed 40 mutant constructs in E. coli and HEK293 systems to map an allosteric site, supporting two internal program decisions.
Doctor of Philosophy in Biochemistry, Boston University, 2019. Dissertation on allosteric regulation of protein kinases. Bachelor of Science in Chemistry, University of Michigan, 2013.
Protein expression and purification (E. coli, HEK293, Sf9), FPLC and AKTA, affinity and SEC chromatography, enzyme kinetics, SPR (Biacore), BLI (Octet), ITC, LC-MS/MS, HPLC, SDS-PAGE, Western blot, ELISA, cloning and site-directed mutagenesis, qPCR, mammalian cell culture. Benchling, GraphPad Prism, Python. GLP and cGMP environments.
7 peer-reviewed publications (3 first author) and 4 conference posters. Full list on ORCID.
Frequently asked questions
Resume or CV for a biochemist job in industry?
A two-page resume with a short publications summary. Companies in biotech and pharma expect the same format as any other technical hire; the full record belongs on a curriculum vitae reserved for academic applications, as the academic CV guide explains.
How should a postdoc appear on an industry resume?
As a position with a title, institution, dates and bullets written the same way as any job: the project, the techniques, the results and the outputs. Framing it as employment rather than training is accurate and makes the timeline read as continuous experience.
How many publications should be listed?
A single line with the totals and the first-author count, plus two or three representative citations if space allows, and an ORCID or Google Scholar link. Industry reviewers want the signal, not the bibliography.
What if the experience is entirely academic?
Rewrite the bench work in industry terms: assays developed and qualified rather than experiments performed, throughput rather than sample counts, documentation practices, collaborations and handoffs. Naming instruments and quantifying yields does most of the translation, and a short skills block completes it.