Biological Science Teachers, Postsecondary Salary

The median biological science teachers, postsecondary salary in the United States is $84,620 per year. Salaries range from $52,150 at the entry level to $169,900+ for the top 10% of earners. There are 50,190 biological science teachers, postsecondary jobs nationwide. Employment is projected to grow 7.3% through 2034.

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

Median Salary
$84,620
per year
Employment
50,190
jobs in the U.S.

Salary Distribution

10th percentile
$52,150
25th percentile
$64,350
Median
$84,620
75th percentile
$126,770
90th percentile
$169,900

Job Growth (2024-2034)

+7.3%
Faster than average

Annual Openings

5,400
jobs/year (growth + replacements)

Education Required

Doctoral or professional degree

Biological Science Teachers, Postsecondary Career Guide

Interview questions, resume templates, and a career ladder written specifically for biological science teachers, postsecondarys.

Postsecondary biological science teachers (BLS SOC 25-1042) are the tenure-track and non-tenure-track faculty who teach undergraduate + graduate biology and who β€” at R1 research universities β€” run externally-funded wet-lab research programs producing peer-reviewed publications. The seat splits along institution type: R1 tenure-track (research-intensive with 1-0 or 1-1 teaching load, grant-funded lab, PhD student advising, tenure clock at 6 years) at institutions like Harvard, MIT, Stanford, Caltech, UC Berkeley, UCSF, Yale, Princeton, Columbia, Chicago, Johns Hopkins, Penn, Cornell, Duke, WashU, UNC Chapel Hill, University of Michigan, University of Washington, UT Austin, UCSD, UCLA, University of Wisconsin-Madison, UIUC, Cornell, and the Ivy-adjacent public flagships; R2 / R3 tenure-track (higher teaching load 2-2 or 3-2, smaller lab, MS-level advising, tenure clock at 6 years); primarily-undergraduate SLAC (small liberal arts college) tenure-track at Amherst, Williams, Swarthmore, Pomona, Wellesley, Middlebury, Carleton, Grinnell, Reed, Kenyon, Oberlin (3-3 teaching load with undergraduate research supervision, tenure clock at 6 years, no PhD students); non-tenure-track teaching-focused faculty (Lecturer / Teaching Professor / Professor of Teaching / Professor of Instruction β€” Berkeley PoT, MIT Lecturer, University of Michigan LEO, Rutgers PTL) with 3-3 or 4-4 teaching load and multi-year renewable contracts; community college tenure-track at large systems (Miami Dade College, Northern Virginia CC, Houston CC, Lone Star CC, De Anza + Foothill, Sinclair, Ivy Tech) at 5-5 teaching load; adjunct / VAP (visiting assistant professor) contingent positions at $3-8k per course. Subareas: molecular biology, cell biology, genetics, biochemistry, neuroscience, developmental biology, evolutionary biology, ecology, marine biology, microbiology, structural biology, systems biology, computational biology / bioinformatics, immunology, cancer biology, plant biology, human genetics. BLS reports 50,190 employed with a median of $84,620, p10 ~$50,180, p90 $185,300+. Adjunct / VAP $30-58k Β· Assistant Professor (tenure-track, R1 wet-lab-science) $95-135k 9-mo + 2-3 months summer salary from grants + startup + benefits Β· Associate Professor (post-tenure R1) $115-175k 9-mo + summer Β· Full Professor (R1) $150-285k 9-mo + summer Β· Named / Chaired Professor + Dean / Department Chair $195-395k+ 12-mo + admin premium + HHMI investigator supplemental. The single biggest earnings lever is the R1 tenure-track path with an NIH R01 or NSF CAREER awarded by year 3-4, publication in Cell / Nature / Science / eLife with 3-5 first / senior author papers by tenure, and lateral movement to a named / chaired position at an Ivy or Ivy-adjacent institution β€” or the parallel HHMI Investigator track where selection unlocks $8-10M in flexible 7-year renewable funding plus $200-300k+ base plus 12-month salary support.

Core Skills Hiring Managers Screen For

Extramural grant writing + funding portfolio management (NIH R01, R21, K99, DP2 + NSF CAREER, BIO Directorate + HHMI + Simons + Pew + private foundations)
NIH R01 (5-year renewable, $250-500k / year direct costs, ~18-21% overall success rate but 12-15% for new investigators at NIGMS / NIAID / NCI); R21 (2-year exploratory, $275k direct); K99 / R00 (Pathway to Independence Award for postdoc β†’ independent faculty transition, 5 years total funding $90-100k salary support + $30-50k / year research budget); DP2 New Innovator (single-PI 5-year $1.5M direct-cost high-risk award); NSF CAREER (5-year integrated research + education award, $500-1M total, for tenure-track pre-tenure faculty in first 6 years); NSF BIO Directorate standard awards (IOS, DEB, MCB, DBI panels). Foundation funding β€” HHMI Investigator (7-year renewable, ~$1M / year, ~5-8% acceptance from ~250 applicants biennially), HHMI Freeman Hrabowski Scholars, Pew Scholars in Biomedical Sciences ($75k / year x 4 years), Simons Foundation Investigators in the Mathematical Modeling of Living Systems, Sloan Research Fellowships, Damon Runyon Cancer Fellowships (postdoc), NIH Director's Pioneer Award, Chan Zuckerberg Biohub. Foundation vs federal balance β€” R1 tenure faculty typically maintain 2-4 active grants totaling $600k-2.5M / year direct-cost funding through tenure decision.
Wet-lab research program design + PI (principal investigator) responsibilities
Formulate a distinctive multi-year research program in a specific biological question β€” cell-cycle regulation, epigenetic inheritance, developmental patterning, cancer metabolism, neural circuit formation, plant-microbe interaction, evolutionary genomics, ecological community structure. Design experiments at the appropriate scale β€” molecular biology (cloning, CRISPR / Cas9 knockout + knock-in, sequencing, mass spec, single-cell RNA-seq, live imaging), cell biology (imaging on Zeiss / Leica / Nikon confocal + super-resolution, flow cytometry, tissue culture, primary-cell isolation), animal models (Drosophila, C. elegans, zebrafish, mouse β€” IACUC protocol compliance), computational biology (Bowtie2, STAR, GATK, Cell Ranger, Seurat, Scanpy, DESeq2). Run a lab of 3-8 postdocs + 4-10 PhD students + 2-4 technicians / undergraduates; mentor postdocs and PhD students through independent-project selection, publication, and career-launch. Own the lab budget ($400k-2M / year), equipment procurement, IACUC + IRB + IBC compliance, and manuscript submission.
Peer-reviewed publication in top-tier + specialty journals + preprint discipline
Top-tier general β€” Cell, Nature, Science, PNAS, eLife, Nature Genetics / Neuroscience / Cell Biology / Structural & Molecular Biology, Molecular Cell, Developmental Cell, Cell Metabolism. Subfield specialty β€” Journal of Cell Biology (JCB), Neuron, Current Biology, Genes & Development (G&D), EMBO Journal, PLOS Biology, PLOS Genetics, Genes & Development, Journal of Molecular Biology, RNA, Cell Reports, Nucleic Acids Research. Preprint discipline β€” bioRxiv (life sciences) + medRxiv (clinical / population) β€” post at submission or before submission depending on journal preprint policy; drives visibility, citation, and speed-of-priority in competitive fields. Impact-factor + journal-tier awareness with rejection-cascade planning (Cell β†’ Molecular Cell β†’ Cell Reports; Nature β†’ Nature Communications; Science β†’ Science Advances). By tenure: R1 wet-lab-science tenure-track faculty typically have 3-5 first / senior author high-impact papers post-independence + 2-4 additional supporting authorship.
PhD student + postdoc mentoring + committee service
PhD advising β€” attract strong incoming students during recruitment (department visits, chalk talks, lab tours); mentor 2-6 PhD students at any time across a 5-7 year PhD; guide thesis committee (typically 3-5 faculty), qualifying-exam preparation, thesis-proposal defense, thesis-committee meetings, thesis defense, career-launch. Postdoc mentoring β€” the labor of an R1 lab; typically 3-8 postdocs at any time on 2-6 year appointments transitioning to independent-faculty positions, industry research, or non-bench careers. Committee service inside department (graduate admissions, graduate qualifying-exam committee, faculty search committee, promotion + tenure committee, curriculum committee) and outside department (study section for NIH / NSF, journal editorial board, society office). Teaching load β€” 1-0 or 1-1 typical at R1 wet-lab-science (one course per year or one course per academic year); higher at teaching-focused institutions.
Undergraduate + graduate + medical / dental student teaching + curriculum design
Large-enrollment intro biology (BIO 101 / 121 / 130 / 141 with 200-800 students, TA-supported), majors intermediate courses (Genetics, Cell Biology, Molecular Biology, Biochemistry, Developmental Biology, Neuroscience with 50-200 students), upper-division seminar (Cancer Biology, Evolutionary Genomics, Systems Neuroscience, Chromatin Biology with 15-40 students), graduate qualifying courses (semester-long survey of a subfield at 8-25 students), medical / dental / vet-school block courses in gross anatomy / molecular medicine / neuroscience. Course design β€” active learning + POGIL + peer instruction + iClicker + Learning Catalytics; formative + summative assessment design; ADA / disability accommodation compliance; Title IX + syllabus policy discipline. Course-portfolio building for teaching-focused faculty (Lecturer / Teaching Professor / Professor of Teaching).
Peer review + editorial + study-section service
Peer review β€” 8-25 manuscript reviews per year for top-tier + subfield journals as an active reviewer; typically an invitation-only role attained after independent publication record established. Editorial board service β€” subfield-specialty journals (JCB, G&D, Molecular Cell) at senior faculty rank; Associate Editor and Editor-in-Chief roles at mid-career and senior levels. Study-section service β€” NIH standing study sections and ad hoc panels (3-year term with 3-4 meetings per year, ~$300-500 honorarium + travel per meeting); NSF panelist and reverse-site-visit service (1-2 panels per year). ORCID + publication database maintenance; ResearchGate / Google Scholar / department page discipline for visibility.
Compliance β€” IACUC, IRB, IBC, RCR, effort reporting, uniform guidance (2 CFR 200)
IACUC (Institutional Animal Care and Use Committee) protocol writing + amendment + annual continuing review for any animal model work (mouse, rat, zebrafish, Drosophila, C. elegans, non-human primate); pain-and-distress classification (USDA Category C / D / E); housing + husbandry standards per PHS Policy + Guide for the Care and Use of Laboratory Animals. IRB (Institutional Review Board) for any human-subjects research (including deidentified specimens under some protocols); IRB-Common-Rule compliance (45 CFR 46). IBC (Institutional Biosafety Committee) for recombinant DNA / synthetic biology under NIH Guidelines. RCR (Responsible Conduct of Research) training + FCOI (Financial Conflict of Interest) disclosure at NIH-funded institutions. Effort reporting (% of academic-year effort committed to each grant) under Uniform Guidance 2 CFR 200. Sponsor-required progress reports (NIH RPPR, NSF Annual Project Report).
Tenure + promotion + reappointment case preparation
R1 tenure clock β€” typically 6 years from Assistant to Associate + tenure decision at year 6 with 12-15-month evaluation cycle; extension options for family / medical leave. Tenure case components β€” external letter solicitation (8-15 letters from external reviewers at peer + higher-ranked institutions, some solicited by department, some by candidate), CV + publication list + citation impact (H-index, journal quality, first / senior author weighting), grant portfolio (active + pending + prior), teaching evaluations + course portfolio, service record inside + outside department, statement of research + teaching + service. Full-professor promotion typically 5-10 years post-tenure. Named / chaired-professor recognition and lateral moves to higher-ranked institutions typically at 10-20 years.
Startup package negotiation + lab launch
R1 wet-lab-science startup β€” $500k-2M+ over 3-5 years including equipment ($100-400k for lab-specific equipment β€” confocal microscope, sequencer, mass spec β€” with department shared-instrument access), personnel ($150-500k for 1-2 postdoc + 1-2 technician salaries during startup ramp), supplies / consumables ($100-300k), space renovation (typically absorbed by institution but sometimes negotiated), publication + travel funds. Lower at teaching-focused institutions ($10-75k) reflecting lower research intensity. Negotiation elements β€” startup amount + timeline for spend + committed lab space + teaching-load reduction during startup (typically 1-year teaching relief) + summer salary + moving expenses + spousal-hire support (dual-career program) + tuition benefit for children. Startup performance to tenure β€” burn rate + grant-acquisition-timing benchmarks are critical to the tenure case.

How to Become a Biological Science Teachers, Postsecondary

  1. 1
    Complete a Bachelor's in Biology, Biochemistry, Molecular Biology, Cell Biology, Neuroscience, Genetics, Ecology, or a related discipline
    Elite feeder programs: Harvard, MIT, Stanford, Yale, Princeton, Berkeley, UCSF, Caltech, Chicago, Johns Hopkins, Penn, Cornell, Duke, WashU, UNC Chapel Hill, University of Michigan, University of Washington, UT Austin, UCSD, UCLA, University of Wisconsin-Madison, UIUC, Amherst, Williams, Swarthmore, Pomona, Wellesley, Middlebury, Carleton, Grinnell, Reed, Kenyon, Oberlin. Maintain a science and cumulative GPA at 3.7-3.9+; competitive PhD-program applicants for R1 programs average 3.75+ with GRE-optional (most PhD programs no longer require GRE post-2022) and 1-3 years of undergraduate + summer + post-bacc research experience in a wet-lab or computational-biology setting.
  2. 2
    Do 1-3 years of intensive research experience (undergraduate lab + summer REU + optional post-bacc)
    Undergraduate research in a faculty lab from junior year onward β€” first-author or co-author on 1-2 preprints or publications by graduation for competitive PhD-program applicants. Summer REU (Research Experience for Undergraduates β€” NSF-funded, ~$5-7k stipend, ~150 programs nationally). Post-bacc research 1-2 years for candidates strengthening the CV β€” HHMI Gilliam, NIH IRTA (Intramural Research Training Award, 2-year at NIH campus), Broad Institute Summer Research Program, Cold Spring Harbor Undergraduate Research Program, Marine Biological Laboratory Woods Hole. Post-bacc placements from top labs are competitive PhD-program applicants.
  3. 3
    Complete a PhD in a Biological Sciences program (5-7 years typical at R1)
    Elite programs: Harvard MCO / BBS / Systems Biology, MIT Biology / Brain & Cognitive Sciences, Stanford Biology / Neurobiology / Genetics, UCSF Tetrad / iPQB / Neuroscience, Caltech Biology, Berkeley MCB / Integrative Biology, Yale MB&B / MCB / Neuroscience, Princeton MOL / EEB, Rockefeller Neuroscience / Molecular Biology, WashU DBBS / Neuroscience, Chicago BSD / Neuroscience, Johns Hopkins BCMB / Neuroscience, Penn CAMB / Neuroscience. NIH-funded T32 training grants cover most PhD student stipends ($34-45k / year); tuition + fees + health insurance covered by institution. Typical structure: 2 years coursework + rotations, 3-5 years dissertation research, 1-3 first-author papers by defense, 5-7 years total.
  4. 4
    Complete a postdoctoral fellowship (typically 4-8 years for competitive R1 tenure-track placement)
    The postdoc is the training bottleneck for R1 tenure-track career. NIH F32 / K99 / R00 fellowship, NSF Postdoctoral Fellowship, Damon Runyon Cancer Foundation, Life Sciences Research Foundation (LSRF), Helen Hay Whitney Foundation, Jane Coffin Childs Foundation, Cancer Research Institute, and internal T32 training-grant support. Postdoc salary NIH-scale ($54-72k / year + benefits at NIH institutions; higher at HHMI-supported labs and MIT / Harvard / Stanford / Caltech). Elite postdoc labs β€” HHMI investigator labs, NAS member labs, Cell / Nature / Science-productive labs β€” are the direct pipeline to R1 tenure-track. Publication expectation: 1-3 first-author papers in top-tier journals by end of postdoc. Duration has expanded from 2-3 years in the 1980s to 4-8 years today for R1 wet-lab-science placement.
  5. 5
    Apply for and land a tenure-track Assistant Professor position (100+ applications typical per candidate; ~5-15% success rate to any offer)
    The R1 tenure-track job market β€” application cycle August-January with campus visits January-April and offers March-May for August start. Application components: cover letter (institution-specific + department-specific), CV, research statement (5-10 pages describing 3-5 year research program with specific aims + preliminary data + funding plan), teaching statement (1-2 pages), diversity / mentoring / inclusion statement (1-2 pages), 3-5 reference letters. Departments typically receive 200-600 applications per open position; shortlist 8-15 for phone interviews; invite 3-5 for 2-day campus visits with chalk talk + research seminar + individual faculty meetings + department chair meeting; extend 1-2 offers per open position.
  6. 6
    Negotiate the startup package + tenure-clock terms + spousal / dual-career support
    R1 wet-lab-science startup β€” $500k-2M+ over 3-5 years including equipment + personnel + supplies + publication / travel + moving expenses + summer salary + teaching-load reduction during first year. Tenure-clock stopping options for family / medical leave documented in offer letter. Dual-career spousal-hire support at institutions with formal programs (Berkeley, Michigan, UNC, Chicago, Stanford, MIT) β€” bridge funding for spouse's academic position, staff position, or industry connection. Housing support at high-cost metros (Bay Area, Boston, NYC) β€” mortgage assistance, university-owned housing lottery, faculty housing at Stanford / MIT / Yale / Princeton.
  7. 7
    Build the tenure case over 5-6 years (grants + publications + teaching + service + mentoring)
    Year 1-2: lab setup + first grants submitted (K99 β†’ R00 transition or first R01 application) + first PhD student + first postdoc + first paper submitted. Year 3-4: first major grant awarded (R01 or NSF CAREER) + first high-impact paper published + first PhD student advancing toward defense. Year 5: mid-tenure review + external-letter-writer identification + second major grant application + additional papers. Year 6: tenure case submission with external letters + full documentation of research + teaching + service. Named-professor recognition and lateral moves start post-tenure at year 8-12.
  8. 8
    Advance to Associate Professor (post-tenure), Full Professor, Named / Chaired Professor, Department Chair / Dean / Center Director
    Associate Professor with tenure β€” post-tenure lab expansion, senior graduate student advising, department + national committee service, editorial-board positions. Full Professor typically 5-10 years post-tenure at R1 based on continued grant / publication / mentoring record. Named / Chaired Professorship β€” endowed chair with $2-15M endowment providing $80-300k / year discretionary research support in addition to base salary; typically at 15-25 years total career. Department Chair (5-year renewable at most institutions, +$25-75k admin premium + 12-month salary support). Dean / Provost / Center Director tracks at 20-30 years with $195-395k+ 12-month salary + institutional-leadership scope. Parallel HHMI Investigator selection β€” biennial cycle with ~5-8% acceptance from open competition, unlocks $8-10M in flexible 7-year renewable funding + $200-300k+ HHMI-covered salary + institutional-support supplement.

Career Progression

Postdoctoral Fellow (post-PhD, 4-8 yrs)
0-8 post-PhD yrs$54-82k / year salary (NIH scale + institutional supplement) + benefits + $2-15k / year travel + $0 startup
  • β€’Conduct independent research in a senior faculty lab; publish 1-3 first-author high-impact papers as the pipeline to R1 tenure-track application
  • β€’Apply for individual fellowships (NIH F32, K99 / R00; NSF Postdoctoral Fellowship; Damon Runyon, HHMI, LSRF, Helen Hay Whitney, Jane Coffin Childs)
  • β€’Present at national + international meetings (Cell Symposia, Gordon Research Conferences, Keystone Symposia, CSHL meetings, ASCB, SfN, Genetics Society) to build visibility
  • β€’Prepare tenure-track application materials β€” research statement, teaching statement, cover letter, reference letters β€” during the 4th-8th postdoc year
Next: Assistant Professor tenure-track (R1 / R2 / SLAC / community college), industry research scientist, or non-bench alternative career.
Assistant Professor (tenure-track, pre-tenure, 0-6 yrs post-hire)
0-6 yrs$95-135k 9-mo base + 2-3 months summer salary from grants + $500k-2M startup + benefits + $10-25k / year publication + travel
  • β€’Build an independent research lab of 3-8 postdocs + 4-10 PhD students + 2-4 technicians / undergraduates within 2-3 years of arrival
  • β€’Land 1-3 major external grants β€” NIH R01 / R21 / K99-R00 transition, NSF CAREER, HHMI / Simons / Pew β€” within the pre-tenure window
  • β€’Publish 3-5 first / senior author high-impact papers in the pre-tenure window in top-tier + specialty journals
  • β€’Teach 1 course per year (1-0 or 1-1 load at R1) and mentor 2-4 PhD student thesis committees; serve on graduate admissions + department curriculum committees
Next: Associate Professor with tenure at year 6-7 (mid-tenure review at year 3-4).
Associate Professor (post-tenure, 6-15 yrs)
6-15 yrs$115-175k 9-mo base + summer salary from grants + $15-40k / year publication + travel + benefits + editorial + honorarium income
  • β€’Maintain 2-4 active grants totaling $600k-2.5M / year direct-cost funding at R1 wet-lab-science steady state
  • β€’Publish 5-10 first / senior author high-impact papers in the 6-15 year post-tenure window
  • β€’Mentor 6-15 PhD students to completion; graduate 3-6 postdocs to independent tenure-track or industry-research positions
  • β€’Serve on NIH standing study sections + editorial boards + department leadership committees (graduate admissions chair, faculty search chair, promotion + tenure committee)
Next: Full Professor at year 12-16 based on grant + publication + mentoring continuity.
Full Professor (post-promotion, 12-25 yrs)
12-25 yrs$150-285k 9-mo base + summer salary from grants + $20-60k / year publication + travel + benefits + honoraria + consulting income
  • β€’Maintain a senior research program with 6-15 postdocs + 8-20 PhD students + 4-8 technicians + $1-4M / year direct-cost funding at R1 wet-lab-science steady state
  • β€’Publish and mentor at senior scale β€” 10-25 first / senior author papers in the Full Professor window
  • β€’Serve as Department Chair (5-year renewable), Center Director, or Institute Director + senior administrative role at institutional level
  • β€’Advise national organizations β€” HHMI, NIH IC advisory councils, NSF advisory panels, Cell / Nature editorial boards, National Academy of Sciences membership consideration
Next: Named / Chaired Professor, HHMI Investigator, or Dean / Provost administrative track at year 20-30.
Named / Chaired Professor / HHMI Investigator / Department Chair / Dean / Provost (20-40 yrs)
20+ yrs$195-395k+ 12-month salary + endowed-chair supplemental + HHMI-covered salary + admin premium + honoraria + consulting income
  • β€’Named / Chaired Professor β€” endowed chair with $2-15M endowment providing $80-300k / year discretionary research + salary support
  • β€’HHMI Investigator (biennial selection cycle, ~5-8% acceptance) β€” $8-10M / year in flexible 7-year renewable funding + $200-300k HHMI-covered salary + full lab support
  • β€’Department Chair / Center Director / Dean / Provost β€” institutional-leadership role with 12-month salary + admin premium + policy authority over hiring + curriculum + budget
  • β€’National Academy of Sciences / American Academy of Arts and Sciences / HHMI Investigator or International-Fellow-level recognition; editorial-in-chief roles at top-tier journals

Interview Questions & Answers

5 free questions below. Career Kit unlocks 13 total plus resume bullets for every level.

Q1. Walk me through your job talk β€” the 3-5 year research program you'd build here.technical
Structured. (1) Big-picture question β€” the fundamental biological problem you're pursuing (e.g., 'how do cells maintain proteostasis under proteotoxic stress?' or 'how do neural circuits encode value-based decisions in the striatum?'). Frame in a way accessible to a broad biology audience without oversimplifying. (2) Preliminary data β€” 15-20 minutes of your best postdoc / independent data motivating the specific hypothesis you'll test. Cite prior work in the field and show where your contribution fits. (3) Specific aims β€” 3 aims that could each independently support an R01 application. Aim 1 is the entry-point / lowest-risk work you can start immediately; Aim 2 is the mid-risk extension; Aim 3 is the aspirational / high-risk aim that could redefine the field if it works. (4) Funding plan β€” first grant you'll submit (K99 β†’ R00 transition, NIH R01, NSF CAREER, HHMI / Simons / Pew) with specific timing (month 6-12 of independence for K99 R00 transition; month 18-24 for first R01; year 3-4 for CAREER). (5) Institutional fit β€” what's here (facility, core services, colleagues, department resources) that's essential to this program. Interviewers screen for candidates who commit to a specific question, name the specific aims, and pair the science with a credible funding plan.
Q2. Describe a project that failed and what you learned.behavioral
STAR. Situation: postdoc year 3, working on a hypothesis that chromatin remodeling complex X was required for gene expression program Y in cell type Z; had preliminary CRISPR knockout data suggesting the phenotype. Task: extend to mechanism and prepare for high-impact submission. Action: (1) generated a comprehensive rescue experiment with WT + catalytic-dead + domain-deletion mutants; (2) ran RNA-seq + ATAC-seq + ChIP-seq across all mutants to map the mechanism. (3) Result β€” the catalytic-dead mutant fully rescued the phenotype. The remodeling activity was not required. (4) This flipped the model β€” the complex was doing something scaffolding-related, not enzymatic. (5) Went back to the drawing board with the PI, spent 8 months on structural + interaction-proteomics experiments identifying the scaffold-dependent interaction. (6) The paper published a year later than planned but ended up in a higher-tier journal because the mechanism was more surprising than the original hypothesis. What I learned: (a) always include the catalytic-dead mutant in the rescue design β€” cheap to make, catches this class of error; (b) preliminary data is not proof of mechanism; (c) when the model breaks, the failure is often the discovery. Interviewers screen for scientific self-correction, not for candidates who claim they never make mistakes.
Q3. How would you approach mentoring a struggling PhD student in year 3?situational
Framework. (1) Diagnostic 1:1 β€” schedule an unhurried meeting; ask open questions about what's going well, what's not, and what they think is blocking progress. Struggle in year 3 has a small set of common root causes: research-project mismatch (project isn't tractable or isn't a fit for the student's strengths), technical bottleneck (a specific experiment isn't working), work-hours / mental-health issue, personal / family disruption, financial stress, or advisor-student communication mismatch. (2) Address the root cause β€” if project mismatch, restructure the aims or transition to a companion project inside the lab; if technical bottleneck, pair with a senior lab member for hands-on troubleshooting or bring in a collaboration; if mental-health issue, refer to institutional CAPS + confirm health-insurance coverage; if advisor-student mismatch, invite the thesis committee for structured input. (3) Set a documented 90-day plan with specific milestones and check-ins every 2 weeks. (4) Escalate to the thesis committee + Director of Graduate Studies if the milestones aren't met in 90 days. (5) In extreme cases, a labs-change or master's-degree exit path is the honest option β€” better for the student than dragging on unproductively. Interviewers screen for candidates who take mentorship seriously, communicate directly, and know when to escalate.
Q4. Why R1 tenure-track rather than SLAC or industry?culture
Honest, informed. 'I chose R1 tenure-track because I want the depth of running an independent research program with PhD students and postdocs β€” the timeline and scale that lets you pursue a big biological question over 10-20 years, not just a product-development cycle. Compared to SLAC β€” I care deeply about undergraduate teaching but the SLAC 3-3 teaching load and the smaller lab scale don't support the specific research program I've designed (which requires 6-10 PhD-level trainees and $600k-1.5M / year direct-cost funding). Compared to industry β€” industry research is valuable but the questions are shaped by product roadmap; academic research lets me pursue questions that don't yet have an obvious application. Compensation is real β€” Assistant Professor at $95-135k 9-mo base + 2-3 months summer salary from grants is competitive; Full Professor at $150-285k with named-chair or HHMI supplements clears industry scientist compensation. Long-term I'm targeting a named / chaired professorship at an R1 institution and continued high-impact publication.' Interviewers screen for candidates who understand the trade-offs and who chose R1 deliberately.
Q5. Where do you see your career in 5 years?closer
Show the concrete plan. 'Year 1-2: lab setup, first PhD student recruited, K99 β†’ R00 transition to R01 submission, first paper submitted. Year 3-4: first R01 awarded, NSF CAREER application submitted, 2-3 additional papers, first PhD student advancing toward candidacy. Year 5: mid-tenure review, second R01 or CAREER awarded, 3-5 total first / senior author papers, 2-3 PhD students in the pipeline. The specific aims of the research program are [X, Y, Z β€” cite specific biological questions]. If the mid-tenure review is favorable, the year-6 tenure case is on track. Longer term I want to run a 6-10 person lab funded by 2-4 grants publishing in Cell / Nature / eLife / JCB regularly, with the ambition of becoming an HHMI Investigator candidate at year 12-15.' Interviewers screen for candidates who name specific grants, specific timelines, specific papers, and specific benchmarks β€” not just 'grow as a scientist.'

Resume Template β€” Assistant Professor (tenure-track, pre-tenure, 0-6 yrs post-hire)

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

Assistant Professor (tenure-track, pre-tenure, 0-6 yrs post-hire)
  • β–ΈAssistant Professor, Department of Molecular and Cellular Biology, [R1 university]; independent lab of 5 PhD students + 3 postdocs + 2 technicians studying chromatin regulation of stress-response gene expression.
  • β–ΈActive funding: NIH R01 GM (2023-2028, $1.85M direct), NSF CAREER (2024-2029, $780k), HHMI Freeman Hrabowski Scholar (2024-2029, $2M). Total $4.6M direct-cost funding across 3 grants.
  • β–ΈPublished 4 first / senior author papers in Cell, Molecular Cell, and eLife (2022-2024); 12 citations / paper / year average per Google Scholar; 2 additional first / senior author manuscripts in preparation.
  • β–ΈPhD: Harvard Medical School (Systems Biology, 2016). Postdoc: HHMI-supported lab at UCSF (2016-2021). Taught undergraduate Cell Biology (BIOL 305) + graduate seminar on Chromatin Regulation of Gene Expression. 9-mo base $128k + 2-3 months summer salary + $1.2M startup + full benefits.

What Gets You Rejected

  • βœ—Postdoc lab productivity below field norm β€” 0-1 first-author papers after 3-5 years of postdoc is a strong screen-out signal at R1 tenure-track applications.
  • βœ—Weak or absent extramural funding record at postdoc stage β€” no F32 / K99 / NSF Postdoctoral Fellowship / Damon Runyon / HHMI / LSRF / equivalent by end of postdoc is a concern for institutional review committees expecting the candidate to bring or attract funding quickly.
  • βœ—Research statement without a specific mechanism-focused question β€” 'I'll study cancer' or 'I'll study neuroscience' at the field level is not a research program.
  • βœ—Teaching / mentoring record without evidence of independent instruction or graduate-student mentoring β€” some institutions require documented independent teaching (guest lectures, TA-led sections, summer courses) before tenure-track offer.
  • βœ—No department seminar or Gordon / Keystone / CSHL / ASCB / SfN talk record β€” signals limited external visibility and reduces external-letter-writer pool for tenure case.
  • βœ—Weak or missing chalk talk during campus visit β€” this is the make-or-break element for R1 tenure-track selection; candidates who can't articulate the 3-year research program in a whiteboard-only format fail the interview.
  • βœ—Ethical / integrity concerns in publication or funding record β€” retracted paper, undisclosed conflict of interest, RCR violation β€” will end the tenure-track application at institutional review.

Salary Negotiation Levers

  • βœ“Startup package β€” R1 wet-lab-science startups routinely range $500k-2M+ over 3-5 years; the top-tier packages come from institutions actively recruiting against Ivy + top-10 competitors. Negotiate startup amount + spend window + committed lab space + summer-salary support + teaching relief in year 1.
  • βœ“Tenure-clock stopping β€” family / medical leave clock-stopping documented in offer letter; typically 1 year per event with a 2-event maximum before tenure decision.
  • βœ“Dual-career / spousal-hire β€” institutions with formal dual-career programs (Berkeley, Michigan, UNC, Chicago, Stanford, MIT, Duke, Yale, Cornell) can offer bridge funding for a spouse's academic or staff position. Ask for the specific dual-career program contact and the historical placement rate.
  • βœ“Housing support β€” mortgage-assistance program, university-owned housing lottery, or faculty-only housing (Stanford, MIT, Yale, Princeton, Columbia, Harvard) at high-cost metros. Ask for the specific housing benefit and the timeline.
  • βœ“9-month base salary β€” the pre-tenure 9-month base is negotiable within a departmental range (typically $95-135k at wet-lab R1); the summer salary from grants adds another 2-3 months / year. Full Professor and named / chaired 9-month base is more negotiable ($150-285k range).
  • βœ“Named / chaired professorship β€” endowed chair with $2-15M endowment providing $80-300k / year discretionary research + salary support; recognition + retention lever for senior faculty, typically at 15-25 years total career.
  • βœ“HHMI Investigator status β€” biennial selection cycle with ~5-8% acceptance from open competition. Unlocks $8-10M / year in flexible 7-year renewable funding + $200-300k HHMI-covered salary + full lab support. The single most powerful mid-career + senior lever in R1 biology.
  • βœ“Consulting income + honoraria β€” up to 1 day / week (~20% effort) at most institutions under FCOI + Uniform Guidance rules; consulting rates $500-5k / day for senior faculty at biotech / pharma / VC firms.
  • βœ“Institutional benefits β€” tuition benefit for children (100% at some institutions, 50% at others), sabbatical (paid, typically every 7 years), summer research funds ($10-40k / year at some institutions), retirement match (typically 8-15% employer contribution).
  • βœ“Retention counter-offers β€” when you're recruited from Institution A to Institution B, Institution A can counter with base-salary increase + additional startup + named / chaired chair + reduced teaching load. Some counter-offers move faculty salary $30-100k in a single cycle.

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Biological Science Teachers, Postsecondary Salary by State

Best Cities (cost-adjusted) β†’

Salary Map β€” Click a state for details

$57K
$129Kβ–  No data

Top Paying States

California
$129K
+53%
Massachusetts
$105K
+24%
Michigan
$104K
+22%
New Hampshire
$102K
+21%
Rhode Island
$102K
+21%
Delaware
$101K
+20%
Oregon
$101K
+19%
Montana
$100K
+19%
Illinois
$99K
+17%
New Mexico
$99K
+17%
Vertical line = national median. Click a state for full details.
StateMedianvs. National
California$129,150+52.6%
Massachusetts$105,050+24.1%
Michigan$103,620+22.5%
New Hampshire$102,410+21.0%
Rhode Island$102,300+20.9%
Delaware$101,380+19.8%
Oregon$100,820+19.1%
Montana$100,480+18.7%
Illinois$99,060+17.1%
New Mexico$98,820+16.8%
1–10 of 49

Biological Science Teachers, Postsecondary Salary by Metro Area

Metro AreaMedianvs. National
San Diego-Chula Vista-Carlsbad, CA$166,850+97.2%
Madison, WI$142,490+68.4%
Riverside-San Bernardino-Ontario, CA$138,120+63.2%
Charlottesville, VA$135,930+60.6%
San Francisco-Oakland-Fremont, CA$133,540+57.8%
Fresno, CA$129,520+53.1%
Bakersfield-Delano, CA$128,910+52.3%
Boston-Cambridge-Newton, MA-NH$128,070+51.3%
Los Angeles-Long Beach-Anaheim, CA$127,800+51.0%
Sacramento-Roseville-Folsom, CA$127,040+50.1%
1–10 of 137
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 biological science teachers, postsecondary earning $84,620/year would need 704 years to match Stephen Curry's NBA salary, or 756 yearsto match Patrick Mahomes' NFL contract.
See all sports & celebrity salaries β†’
πŸ“ˆ See how biological science teachers, postsecondary salaries have changed over the past decade.
View Biological Science Teachers, Postsecondary salary trend (2011–2024) β†’