Medical Scientists Salary

Bureau of Labor Statistics title: Medical Scientists, Except Epidemiologists

The median medical scientists salary in the United States is $103,410 per year ($49.72/hour). Salaries range from $64,800 at the entry level to $177,780+ for the top 10% of earners. There are 172,340 medical scientists jobs nationwide. Employment is projected to grow 8.7% through 2034.

Last updated: June 2026 Β· Source: U.S. Bureau of Labor Statistics

Median Salary
$103,410
per year
Hourly Rate
$49.72
per hour
Employment
172,340
jobs in the U.S.

Salary Distribution

10th percentile
$64,800
25th percentile
$79,840
Median
$103,410
75th percentile
$139,380
90th percentile
$177,780

Job Growth (2024-2034)

+8.7%
Faster than average

Annual Openings

9,600
jobs/year (growth + replacements)

Education Required

Doctoral or professional degree

Medical Scientists Career Guide

Interview questions, resume templates, and a career ladder written specifically for medical scientistss.

Medical scientists design and run biomedical research β€” from bench science on cellular mechanisms to translational studies bringing therapies into humans. They work at three main employers: academic medical centers and NIH institutes (grant-funded, publish-or-perish), pharma and biotech (industry ladder, RSU-heavy comp), and CROs (contract research organizations serving pharma clients). Most hold a PhD; many hold both PhD and MD. Median $103,410 (BLS), but the p90 of $177,780 masks a bimodal distribution: academic PIs on soft money at $105-165k, and industry Sr/Principal Scientists at $165-260k+ base plus 15-40% bonus and RSU. Career shape depends heavily on setting. Academic path: postdoc ($55-75k) β†’ assistant professor with startup package ($95-125k) β†’ tenured PI ($150-220k). Industry path: Scientist ($110-155k) β†’ Sr Scientist ($145-200k) β†’ Principal Scientist ($185-260k) β†’ Director / Sr Director ($240-380k+). The dominant currency in academia is first-author publications and R01 grants; in industry it's IND filings, drug candidates advanced, and clinical trial milestones met. Regulatory writing, statistical analysis, and cross-functional collaboration are the shared skills.

Core Skills Hiring Managers Screen For

Experimental design + hypothesis-driven research
Every study starts with a testable hypothesis and appropriate controls (positive, negative, vehicle). Poor experimental design is the fastest way to burn a reviewer at manuscript submission or a hiring manager on a job talk.
Wet lab methods (assay development, in vitro / in vivo models)
Cell culture, western blot, qPCR, flow cytometry, ELISA, IHC, CRISPR editing, mouse work (IACUC-approved). Depth in 3-5 techniques matters more than breadth; senior scientists own their assay platform.
Statistical analysis + biostatistics
Power calculations before you start (avoid the underpowered-study death spiral). Correct multiple-comparison corrections. GraphPad Prism for figures, R or Python for larger datasets. A poor statistical justification kills grants and manuscripts equally.
Grant writing (R01, R21, K99/R00, K08) or protocol writing
In academia, R01 is the coin of the realm β€” 12-page proposal, 6-8% success rates at most institutes. K99/R00 is the postdoc-to-faculty transition award. In industry, the analog is protocol writing (target product profile, clinical development plans, IND-enabling packages).
First-author publications + peer review
Nature / Cell / Science / JCI / Blood / NEJM define careers. First-author matters most; last-author (corresponding) marks senior status. Peer-reviewing 5-15 manuscripts a year is a professional obligation once you have your own PI role or Sr Scientist title.
Cross-functional collaboration (chemistry, clinical, regulatory)
In industry, medicinal chemists design compounds, biology tests them, translational scientists take them into humans, regulatory files with FDA. Sr Scientists live at the intersection β€” pulling data from three teams into a coherent Investigator's Brochure.
IND / NDA / BLA regulatory writing
Investigator's Brochure, IND package, module 2 / 4 / 5 of the CTD. Sr Scientists in industry write regulatory narratives that go straight to FDA; a good writer is 10x more valuable than a great bench scientist who can't articulate the science.
Clinical translation + trial design (Phase 1-4)
Understanding how a preclinical finding becomes a Phase 1 trial β€” dose selection, biomarker strategy, PK/PD, safety endpoints. Translational scientists straddle preclinical + clinical teams; this is where academia meets industry.

How to Become a Medical Scientists

  1. 1
    Complete a bachelor's in biology, biochemistry, or a related life science
    GPA 3.5+, 2-3 years of lab research experience, ideally with a poster or first-author publication. Prep for GRE + MCAT (if considering MD/PhD).
  2. 2
    Enter a PhD program in biomedical science (5-7 years) or MD/PhD program (7-9 years)
    Fully funded β€” stipend $30-45k plus tuition remission. Programs at NIH-heavy institutions (Harvard, Stanford, UCSF, JHU, WashU) place best. First-author paper in a top journal before defending is the differentiator.
  3. 3
    Postdoc for 2-5 years at a strong lab
    $55-80k stipend depending on institution and funding source. Aim for 2-3 first-author papers and a K99/R00 or fellowship award. This is the make-or-break career phase β€” 80% of biomedical PhDs never make it to independent PI.
  4. 4
    Choose the fork: academic PI or industry scientist
    Academic assistant professor $95-135k + startup package ($500k-2M) + soft-money grants. Industry Scientist $110-155k + 15-25% bonus + $30-90k RSU vesting over 4 years. Industry starts higher and is more secure; academia has autonomy and (if it works) more prestige.
  5. 5
    Advance to Sr Scientist / Principal Scientist or Associate Professor / Full Professor
    Industry: 5-7 years to Sr Scientist ($150-200k + 20-30% bonus + $60-150k RSU), 8-15 years to Principal ($200-275k + 25-35% bonus + $100-250k RSU). Academic: 6-year tenure clock; ~50% denial rate at top institutions. Full Professor at 12-20 years post-PhD, $175-260k base.
  6. 6
    For industry-track: Director β†’ Sr Director β†’ VP
    $240-380k base + 25-40% bonus + $250-800k RSU. VPs of Research typically clear $500-900k total comp at established biotech and pharma; C-suite (CSO / CMO) $800k-2M+.

Career Progression

Postdoc (PhD + 0-5 yrs)
0-5 (post-PhD) yrs$55-85k (NIH scale + institutional supplements)
  • β€’Run 1-2 major projects toward first-author publications
  • β€’Write and submit a K99/R00, F32, or equivalent fellowship application
  • β€’Present at 2-3 national conferences per year
  • β€’Mentor grad students and rotating students; contribute to lab infrastructure
Next: Assistant Professor (academia), Scientist (industry), or Medical Science Liaison (pharma commercial).
Scientist (industry) or Assistant Professor (academia) β€” 0-5 yrs post-postdoc
5-10 (post-PhD) yrs$110-155k base + 15-25% bonus + $30-90k RSU (industry) / $95-135k base + startup package (academia)
  • β€’Industry: Own a program or platform; deliver on quarterly milestones tied to development plan
  • β€’Academic: Build an independent research program; secure R01 funding (typical target: R01 by year 3-4)
  • β€’First- or last-author 1-3 publications per year
  • β€’Manage 1-3 direct reports (research associates, techs, postdocs)
Next: Sr Scientist (industry) or Associate Professor with tenure (academia) at 5-8 more years.
Sr Scientist / Associate Professor (10-15 yrs post-PhD)
10-15 (post-PhD) yrs$145-215k base + 20-30% bonus + $60-180k RSU (industry) / $115-165k base + funded lab (academia)
  • β€’Industry: Lead multi-year programs; contribute to IND filings and clinical translation strategy
  • β€’Academic: Tenured PI running a 6-12 person lab; sustained R01 renewals + secondary funding
  • β€’Author high-impact publications (Nature / Cell family, NEJM, JCI)
  • β€’Serve on grant review panels and editorial boards
Next: Principal Scientist (industry) or Full Professor / Department Chair (academia).
Principal Scientist / Full Professor (15-20+ yrs post-PhD)
15-20+ yrs$195-280k base + 25-35% bonus + $100-250k RSU (industry) / $170-260k base (academia)
  • β€’Industry: Own therapeutic area strategy; lead cross-functional program teams; represent the science externally
  • β€’Academic: Endowed chair or department leadership; multi-project funded lab; national reputation
  • β€’Recruit, mentor, and grow the next generation of scientists
  • β€’Interface directly with regulatory agencies, KOLs, and executive leadership
Next: Director / Sr Director / VP of Research (industry) or Department Chair / Dean (academia).
Director / Sr Director / VP of Research (industry, 15-25+ yrs)
15-25+ yrs$240-380k base + 25-40% bonus + $250-800k RSU + LTIP
  • β€’Own therapeutic area or platform (e.g., oncology, immunology, gene therapy) β€” 30-100+ scientists reporting up
  • β€’Set 5-year research strategy; own R&D budget and pipeline decisions
  • β€’Represent the company to investors, KOLs, and regulatory agencies
  • β€’Sign off on IND-enabling packages and clinical development plans

Interview Questions & Answers

5 free questions below. Career Kit unlocks 20 total plus resume bullets for every level.

Q1. Walk me through your thesis or postdoc project.technical
Structure this like a Nature abstract. Motivation (why the question matters biologically or clinically), hypothesis, approach (key methods), findings (specific results with effect sizes and controls), impact (what changed in the field, what came next). Time the whole thing to 8-10 minutes for a job talk, 3-4 for an interview. Interviewers listen for depth of technical understanding, ability to defend against pushback, and how you handle limitations of your own work.
Q2. Describe a time an experiment failed. What did you do?behavioral
Pick a real, specific failure β€” an assay that wouldn't validate, a mouse model that showed no phenotype, a clinical translation that didn't recapitulate the preclinical result. Walk through the diagnostic process: what controls you added, what alternative hypotheses you tested, what you learned. The lesson matters more than the setback. Interviewers screen out scientists who blame the reagents or the collaborator; they hire scientists who own the mystery and drive it to resolution.
Q3. Why do you want to move from academia to industry (or vice versa)?culture
Be honest and specific. Academia β†’ industry: 'I want my work to reach patients, and I want a team-based environment where a program has real budget and timeline.' Industry β†’ academia: 'I want to pursue basic-science questions on my own agenda, not on a portfolio committee's roadmap.' Avoid negative framing ('I hate grant writing') β€” interviewers hear that as bitterness. Frame it as pull-toward, not push-from.
Q4. How do you approach experimental design for a new program?technical
Start with the decision the experiment needs to inform β€” go/no-go on a compound, mechanism of action of a phenotype, dose selection for the next study. Work backward from that decision: what's the minimum viable data set that changes your mind? Power calculations, controls (positive + negative + vehicle), sample size, replication plan. Then draft the study protocol before you touch a pipette. Great scientists design the study to answer the question in three weeks, not three years.
Q5. How do you handle disagreement with a senior collaborator about the interpretation of data?behavioral
Bring the disagreement back to the data. 'I see the same result you do, but here's why I think interpretation A is more consistent than interpretation B β€” controls, orthogonal validation, effect size.' If the disagreement persists, propose the experiment that would resolve it. Never argue interpretation without a proposed test. This is core scientific culture; interviewers watching for defensiveness or ego will screen out fast.

Resume Template β€” Postdoc (0-5 yrs post-PhD)

Copy these bullets into your resume as a starting point. Career Kit includes bullets for every level of the ladder.

Postdoc (0-5 yrs post-PhD)
  • β–ΈFirst-author, Nature Medicine (2023): identified a novel resistance mechanism to CDK4/6 inhibitors in ER+ breast cancer; cited 42x in first 12 months.
  • β–ΈK99/R00 Pathway to Independence award ($1.05M over 5 years) awarded on first submission in [year]; NIH percentile ranking 4.2.
  • β–ΈBuilt CRISPR screen platform enabling 6 downstream projects across the lab; trained 4 grad students and 2 rotating students.
  • β–ΈPhD Cancer Biology, [Institution]; BS Biochemistry, [Institution]; 8 peer-reviewed publications (4 first-author).

What Gets You Rejected

  • βœ—Weak publication record β€” a PhD with fewer than 2-3 first-author publications signals inability to close a project.
  • βœ—No fellowship or grant funding history at the postdoc stage β€” for academic tracks, K99 / F32 / equivalent is a make-or-break signal.
  • βœ—Overclaiming technical depth β€” 'I do CRISPR' vs 'I have designed and optimized 6-guide libraries and run a genome-wide screen.'
  • βœ—Inability to defend limitations of your own work β€” every reviewer, hiring committee, and interviewer will push. Practiced humility with data-driven answers wins.
  • βœ—Poor statistical thinking β€” inability to explain power calculations, multiple comparisons, or effect sizes. Kills manuscripts and IND filings.
  • βœ—No cross-functional collaboration history β€” pure benchwork with no clinical, medicinal chemistry, or regulatory exposure limits industry advancement.
  • βœ—Long unexplained gap between PhD and postdoc, or between postdoc and first PI role β€” academia in particular scrutinizes trajectory.

Salary Negotiation Levers

  • βœ“Sign-on bonus + relocation package are highly flexible at industry Sr Scientist and above β€” ask for $25-100k sign-on to offset unvested equity.
  • βœ“RSU refresher cadence matters more than the initial grant β€” annual refreshers at $50-150k for Sr Scientist are standard at established biotech.
  • βœ“Startup package for academic assistant professors β€” negotiable in the range of $500k-2M (lab equipment, personnel salaries for years 1-3, protected research time). Ask for specifics, not a top-line number.
  • βœ“Bench-to-office FTE ratio β€” Sr Scientists in industry commonly negotiate 60/40 or 70/30 bench-to-desk time; junior scientists get pushed to 90/10 by default.
  • βœ“Publication policy β€” for industry, confirm that first-author publications are supported (some pharma requires legal review that delays publication 6-12 months, which impacts academic mobility).
  • βœ“Bonus target percentage β€” Sr Scientist 20-30%, Principal 25-35%. This is standardized at big pharma but flexible at smaller biotech.

Medical Scientists Resume Review β€” $29

Personalized resume review from someone who has hired medical scientistss. Purchase, email your resume to support@weblabra.com, and receive detailed written feedback within 7 days.

  • βœ“ Occupation-specific critique (not generic)
  • βœ“ Rewrite suggestions for weak bullets
  • βœ“ Missing skills / keywords flagged
  • βœ“ Formatting + ATS-readability feedback
  • βœ“ 7-day turnaround, 100% refund if we miss it

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  • βœ“ All 20 interview questions with expert answers
  • βœ“ 10 real questions aggregated from Glassdoor, Blind, Reddit, LinkedIn
  • βœ“ Interview format intel for 8 top employers
  • βœ“ 3 copy-paste salary negotiation emails
  • βœ“ Resume bullets for every level of the career ladder
  • βœ“ 30–60–90 day plan for your first role
  • βœ“ Cover letter templates specific to this occupation
  • βœ“ Detailed salary negotiation script
  • βœ“ Ranked list of certifications with cost + ROI
  • βœ“ Downloadable PDF for offline access
  • βœ“ Instant access, no expiration, no subscription
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Medical Scientists Salary by State

Best Cities (cost-adjusted) β†’

Salary Map β€” Click a state for details

$54K
$137Kβ–  No data

Top Paying States

California
$137K
+32%
New Jersey
$129K
+25%
Massachusetts
$128K
+24%
Connecticut
$117K
+13%
Arizona
$117K
+13%
Oregon
$111K
+7%
Maryland
$106K
+3%
Washington
$106K
+2%
Alaska
$105K
+1%
Rhode Island
$103K
-0%
Vertical line = national median. Click a state for full details.
StateMedianvs. National
California$136,990+32.5%
New Jersey$129,280+25.0%
Massachusetts$128,210+24.0%
Connecticut$116,990+13.1%
Arizona$116,820+13.0%
Oregon$111,030+7.4%
Maryland$106,000+2.5%
Washington$105,680+2.2%
Alaska$104,930+1.5%
Rhode Island$103,370-0.0%
1–10 of 46

Medical Scientists Salary by Metro Area

Metro AreaMedianvs. National
Vallejo, CA$168,860+63.3%
Topeka, KS$162,810+57.4%
Charleston-North Charleston, SC$162,230+56.9%
San Francisco-Oakland-Fremont, CA$160,180+54.9%
San Jose-Sunnyvale-Santa Clara, CA$159,300+54.0%
Chico, CA$155,470+50.3%
Santa Rosa-Petaluma, CA$145,340+40.5%
Modesto, CA$143,760+39.0%
Bridgeport-Stamford-Danbury, CT$140,300+35.7%
Syracuse, NY$138,940+34.4%
1–10 of 179
Data Source: U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics (OEWS). Data reflects the most recent annual survey.
How does this compare to pro athletes?
A medical scientists earning $103,410/year would need 576 years to match Stephen Curry's NBA salary, or 619 yearsto match Patrick Mahomes' NFL contract.
See all sports & celebrity salaries β†’
πŸ“ˆ See how medical scientists salaries have changed over the past decade.
View Medical Scientists salary trend (2011–2024) β†’