Fast‑Facts Dashboard
| Metric | Latest figure* |
| Typical entry credential | PhD in Chemistry (inorganic, organic, physical, analytical, biochem, etc.); some community colleges hire MS + industry experience |
*BLS OEWS May 2024 unless noted.
A Day in the Life, From Spectrometer to Lecture Hall
06:30: Skim overnight email: cryo‑EM proposal accepted; instrument time next month.
08:00: Teach “Organic Chemistry I” in a HyFlex classroom; live‑draw chair flips on a light‑board while remote students annotate in real time.
09:30: Office hours: one pre‑med panicked about NMR peaks; a transfer student seeks undergraduate research placement.
11:00: Department safety meeting; review last week’s peroxide‑forming solvent incident; update Standard Operating Procedures in the electronic lab notebook (ELN).
12:00: Lunch + NIH R15 grant brainstorming; outline specific aims for developing greener Suzuki couplings.
13:00: Group meeting: grad student presents HPLC traces; troubleshoot impurity at 12.8 min. Undergrad shows preliminary molecular‑docking data in Python Jupyter notebook.
15:00: Hands‑on lab: demonstrate glove‑box procedures for air‑sensitive organometallic reagents.
17:00: Record 90‑second TikTok explainer on chirality and thalidomide; schedule outreach posts.
19:00: Write peer‑review comments for J. Am. Chem. Soc. manuscript.
22:00: Run Gaussian DFT overnight jobs on the university HPC cluster; set Slack reminder to check convergence in the morning.
Field semesters swap the fume hood for coral‑reef trace‑metal sampling or CERN muon‑spin‑spectroscopy shifts, chemistry stretches everywhere matter exists.
Tool‑Kit & Tech Stack (2025 edition)
- Instrumentation: 600 MHz NMRs, Orbitrap LC‑MS/MS, synchrotron X‑ray beamlines, cryo‑EM, solid‑state EPR.
- Computation: Gaussian 16, ORCA, Schrödinger Suite, Python (SciPy, RDKit, PyMOL), R tidyverse, Jupyter.
- Teaching Tech: HyFlex lecture capture, virtual‑lab simulations (BeyondLabz, Labster), iPads + GoodNotes for live molecule sketches.
- Safety & Compliance: EH&S ChemTracker, GHS labeling, laser‑safety logs, IACUC or IRB for chem‑bio interfaces.
- Data Management: FAIR‑compliant repositories (Figshare, Dryad), spectroscopy data in nmrium, ELNs (Benchling, LabArchives).
- Outreach & Funding: NSF Research.gov, NIH eRA Commons, Science TikTok, departmental podcasts, ACS Sci‑Mentor platforms.
Emerging must‑knows: AlphaFold‑informed drug design, autonomous flow‑chem robots, and AI language models that draft experimental sections from raw data.
Core Competencies & Personality DNA
| Competency | Classroom‑and‑Lab Translation |
| Lab mastery + pedagogy | Walk a 19‑year‑old through reflux setup while answering mechanistic questions without missing a leak. |
| Data‑science literacy | Teach freshmen to tidy GC‑MS CSVs in R, then debug Density Functional Theory convergence for your paper. |
| Grant‑writing stamina | Turn 12 % NSF success odds into CAREER funding via precise, compelling specific aims. |
| Safety leadership | Model PPE discipline; develop risk assessments that survive safety‑audit onslaughts. |
| Mentorship & DEI advocacy | Recruit first‑gen students, scaffold lab skills, write inclusive syllabi, manage Impostor‑syndrome chats. |
| Communication range | Peer‑reviewed papers, ACS national‑meeting talks, TikTok polymer demos for high‑schoolers. |
If your MAPP Assessment lights up Investigative (problem‑solving), Social (mentorship), and Enterprising (grant hustle), the chemistry professoriate may feel like your natural element.
Education & Credential Pathway
| Stage | Timeline | Milestones |
| BS in Chemistry/Biochem/Chem Eng. | 4 yrs | Undergraduate research, REU site, ACS Student Chapter leadership. |
| PhD in Chemistry | 4–6 yrs | Publish ≥ 3 peer‑reviewed papers, teach recitation sections, patent filing optional. |
| Postdoc(s) | 2–4 yrs | Independent projects, K99/R00 or NSF PRFB proposals, professional skills workshops. |
| Assistant Professor (tenure‑track) | 6‑yr clock | Secure external funding, build lab, publish, strong teaching evals, departmental service. |
| Tenure & promotion | Year 6–7 | National reputation, sustained grants, graduate placements, outreach record. |
| Full Prof. / Endowed Chair | Year 12+ | Lead multi‑PI centers, shape curricula, policy panels. |
Community‑college and teaching‑focused four‑year institutions often hire MS or ABD candidates with strong teaching portfolios.
Career Ladder & Earnings
| Level | Base 9‑mo salary* | Common Extras |
| Adjunct instructor | $3k–$7k per 3‑cr course | Industry consulting, tutoring. |
| Visiting assistant professor | $55k–$70k | Short contracts, limited lab space. |
| Assistant professor | $70k–$90k (public) • $90k–$115k (private) | Summer salary (up to 3/9ths), start‑up funds, overhead return. |
| Associate professor (tenured) | $95k–$130k | Larger grants, grad‑program leadership. |
| Full professor / department chair | $130k–$170k + admin stipend | Center directorships, global collaborations. |
| Distinguished professor / endowed chair | $170k–$220k + discretionary fund | National academy, major awards. |
| Industry‑affiliate / consulting side‑hustle | $150–$350 hr | Patent expert witness, process‑chem consulting. |
Sector & Science Trends Shaping Demand
- AI‑Accelerated Chemistry – Machine‑learning retrosynthesis and generative drug‑design tools make computationally fluent faculty cluster‑hire magnets.
- Green & Sustainable Chem – NSF’s $500 M Sustainable Chemistry program and DOE hydrogen grants prioritize catalysts and electrochemistry educators.
- Bio‑Nexus Expansion – Convergence of chemistry with synthetic biology, immuno‑chemistry, and metabolic engineering fuels interdisciplinary hires.
- Data‑sharing Mandates – NIH 2026 policy requires FAIR data plans; PIs who train students in open‑science pipelines win proposal points.
- Undergraduate Research Expectations – CURE models shift intro labs from cookbook to publishable micro‑studies; faculty skilled in course‑integration valued.
- Retirement Cliff – Roughly 30 % of tenured chem faculty reach retirement age by 2032, freeing up coveted R1 positions.
- Industry‑Academic Partnerships – Semiconductor fabs and battery start‑ups fund joint chairs; professors navigate IP, NDAs, and student authorship rights.
Pros & Cons - Chemically Straight
| Why professors stay | What drives some out |
| Intellectual freedom to chase any reaction, protein, or polymer. | Grant‑writing treadmill; rejection seasons tough. |
| Blend of lab discovery, classroom excitement, and global conferences. | 60‑hr weeks balancing research, teaching, service. |
| Sabbaticals in France’s synchrotron or Japan’s microfluidics labs. | Safety compliance paperwork mountains. |
| Mentoring next‑gen scientists—watching a first pub glow. | Funding gaps can shut labs, stress trainees. |
| Patents & spin‑offs can add lucrative revenue. | Salary lags private‑sector R&D by 20–40 %. |
Are You Ready to Teach, and Transform, Chemistry?
- Does debugging a stalled Schlenk‑line vacuum feel like a fun puzzle?
- Can you pivot from drawing MO theory diagrams to writing Python for docking scores?
- Will you celebrate a freshman nailing TLC just as much as your own Angewandte paper?
- Are you resilient enough to rewrite an unfunded R01 twice without losing zeal?
If you’re nodding, and your MAPP Career Assessment highlights Investigative, Social, and Enterprising strengths, postsecondary chemistry teaching could be your perfect reaction pathway.
Is this career path right for you? Find out Free.
- Take the MAPP Career Assessment (100% free).
- See your top career matches, including five free custom matches showing whether the chemistry professoriate aligns with your passions.
- Get a personalized compatibility score plus a step‑by‑step roadmap toward PhD programs, postdocs, and tenure‑track applications.
Start the FREE MAPP Career Assessment today, because the world needs more catalysts for discovery.
2025 BLS Salary and Job Outlook
The figures below are U.S. national estimates. Wages refer to May 2025; job growth and annual openings refer separately to the 2025–2035 BLS employment projections.
Chemistry Teachers, Postsecondary
Related O*NET occupation: Chemistry Teachers, Postsecondary (25-1052.00). BLS reporting code: 25-1052.
- Median wage (May 2025): $93,250 per year.
- Mean wage (May 2025): $105,210 per year.
- 10th percentile wage (May 2025): $57,870 per year.
- 25th percentile wage (May 2025): $68,530 per year.
- 75th percentile wage (May 2025): $127,280 per year.
- 90th percentile wage (May 2025): $172,110 per year.
- OEWS employment estimate (May 2025): 19,980. This estimate excludes self-employed workers.
- Employment in the projections base year (2025): 24,900.
- Projected employment (2035): 25,400.
- Projected employment change (2025–2035): 2.3%.
- Projected annual openings (2025–2035 average): 1,700. Openings include employment growth and workers leaving the occupation; they are not all newly created jobs.
Wage percentiles describe the distribution of wages, not guaranteed entry-level or experienced-worker salaries. National figures can differ from pay in a particular state, industry, or employer. OEWS wages do not include self-employed earnings. The projections employment estimates use a different coverage basis and may include self-employed workers.
Sources: BLS May 2025 national OEWS wage estimates; BLS 2025–2035 occupational projections, Table 1.2; BLS OEWS coverage and definitions.
