Physicist CV Examples & Writing Guide

A physicist CV gets an interview when the reader can see three things fast: the physics you can actually run (technique, instrument, code), the scale and outcome of two or three projects, and the format the employer expects. Industry wants one to two pages. Academia wants a full academic CV.

By cvplex Careers Team· Reviewed by József Dorcsinecz, Founder· Updated

Physicist CV example (applied physics, industry R&D)

This is a two-page industry CV for a physicist about five years past the PhD. Notice what comes first: measurement techniques and instruments, then projects with a result attached. The name, employers and universities are invented. The numbers are the kind you can pull from your own lab notebook, run logs and papers.

Dr Adrienne Okafor

Physicist, Optical Metrology and Sensor Development

Southampton · 07700 900142 · a.okafor.phys@email.com · linkedin.com/in/adrienneokafor · orcid.org/0000-0002-0000-0000

Summary

Experimental physicist with 5 years since a PhD in condensed matter physics, the last 3 in optical metrology. Built a cryogenic interferometer that cut displacement noise from 12 pm to 1.8 pm per root hertz, now used on three product lines. Writes the analysis stack in Python (NumPy, SciPy, lmfit) and controls instruments through LabVIEW and PyVISA. 11 peer-reviewed papers, 2 granted patents, 340 citations.

Experience

Senior Physicist, Sensor Development · Precision instruments manufacturer (600 staff), Southampton

Aug 2023 - Present

  • Lead the optical metrology group's noise-reduction programme: redesigned the reference cavity and vibration isolation, taking displacement noise from 12 pm to 1.8 pm per root hertz and letting the company enter the semiconductor inspection market.
  • Own characterisation of 4 sensor product lines; wrote the acceptance test procedure now run on every unit, which cut field returns from 6.1% to 1.4% over 18 months.
  • Built a Python analysis pipeline (NumPy, SciPy, pandas, lmfit) that replaced manual spreadsheet fitting and shortened a full calibration report from 2 days to 40 minutes.
  • Co-inventor on 2 granted patents covering the cavity locking scheme; wrote the physics sections of both filings with the company's patent attorneys.
  • Mentor 2 junior physicists and 1 PhD intern per year; both 2024 interns converted to full-time roles.

Postdoctoral Research Associate · University in the North of England, Department of Physics (quantum materials group)

Sep 2021 - Jul 2023

  • Ran a dilution refrigerator experiment at 20 mK measuring transport in thin-film superconductors; kept the system above 90% uptime across 14 cooldowns.
  • Wrote a Geant4 and Python simulation of detector backgrounds that matched measured spectra to within 8%, which set the shielding design for the follow-on run.
  • Published 5 first-author papers (Physical Review B, Applied Physics Letters) and gave 3 contributed talks at the APS March Meeting.
  • Trained 4 PhD students on cryostat operation, vacuum practice and radiation safety; wrote the group's cryogen handling checklist.

PhD Researcher · University in the Midlands, School of Physics

Oct 2017 - Aug 2021

  • Built a scanning tunnelling microscope control system from scratch (LabVIEW, FPGA feedback loop) that reached 4 pm vertical stability.
  • Collected and analysed 3 TB of spectroscopy data; wrote the group's fitting library, still used by 6 students.
  • Won a £19,000 departmental equipment grant and managed the purchase and build to schedule.

Education

PhD Physics (experimental condensed matter)
University in the Midlands, 2021

MPhys Physics, First Class Honours
University in the North West, 2017

Certifications

  • Ionising radiation safety training (2021)
  • Class 4 laser safety officer training (2022)
  • Six Sigma Green Belt (2024)

Skills

Optical metrology and interferometryCryogenics (dilution refrigerator, pulse tube, 20 mK to 4 K)Ultra-high vacuum systems and leak checkingScanning tunnelling microscopy and spectroscopyPython (NumPy, SciPy, pandas, lmfit, matplotlib)LabVIEW, PyVISA instrument control, FPGA feedback loopsCOMSOL and finite element modellingGeant4 Monte Carlo simulationNoise analysis, error budgets, uncertainty propagationDesign of experiments and statistical fittingTechnical writing, patents, peer review
Fictional example. Names, employers and numbers are illustrative.Use this example in the builder →
Put an ORCID or Google Scholar link in the contact line instead of pasting 11 citations onto page one. The reader who cares will click it; the recruiter who does not care keeps reading.

Academic CV or industry CV? The employer decides

This is the question most physics job seekers get wrong, and it costs interviews on both sides. The two documents are not the same and they are not interchangeable.

Academic CV (lectureship, postdoc, research staff)Industry CV (R&D, semiconductor, defence, medical)
As long as it needs to be. Four to twelve pages is normal for a mid-career physicist.One to two pages under 5 years of experience, two pages after. Nobody in industry reads page three.
Full publication list, every talk and poster, teaching, service, grants, referee work.A line that says '11 peer-reviewed papers, 2 patents' plus the 2 or 3 papers closest to the job.
Supervisor and collaborators matter. Name them.Instruments, code and yield matter. Name those instead.

If you are applying to both worlds at once, keep two files and never send the wrong one. An appointment panel reading a two-page industry CV assumes you have no record. A semiconductor hiring manager reading an eight-page academic CV assumes you cannot summarise.

LaTeX physics CV templates look beautiful and often parse badly. Two-column layouts, custom fonts and tables scramble in applicant tracking systems. For industry, export a single-column PDF with plain section headings. Keep the LaTeX version for academic applications, where a human opens the file.

What R&D hiring managers check in the first 30 seconds

  • Can you run the technique they need? A group hiring for thin-film deposition scans for sputtering, ALD, MBE, ellipsometry. If those words appear only inside a paper title, they are easy to miss. Put them in the skills block and in the bullets.
  • Did you build things or only analyse them? Industry values physicists who can wire, align, pump down and debug hardware. Say which instrument you built, not just what you measured.
  • Can you code at a working level? Python is the default. State the libraries. 'Familiar with Python' reads as no.
  • Did anything reach a result outside your own thesis? A yield number, a noise floor, a spec you met, a paper cited, a patent granted, a design a team adopted.

“Physics CVs usually fail on the same thing: five years of beautiful work described with no outcome. Tell me the noise floor before and after. Tell me what the tool cost per wafer. Nobody on my side is going to score your physics; we are asking whether you can finish something and hand it to a team.”

Recruiter panel, Physics and R&D hiring manager, US (name published after review)

Physicist personal statement examples

Three to five lines at the top. Field, years, the technique you own, one hard result, and the code you write. Skip a career objective unless you are changing direction and need to explain the jump.

Experimental physicist moving from a postdoc to industry
Experimental physicist (PhD, atomic physics) with 4 years building laser cooling and trapping systems. Designed and aligned a 3D magneto-optical trap that loads 2 x 10^8 atoms in 400 ms, and wrote the Python control stack that runs it. 7 peer-reviewed papers. Looking to apply precision measurement and laser system design to commercial quantum sensing.
Computational physicist
Computational physicist with 6 years of Monte Carlo and finite element modelling in radiation transport. Built a Geant4 model of a detector array that predicted measured spectra within 5% and removed two full build iterations. Comfortable in C++ and Python, and used to running jobs on 2,000-core clusters with SLURM.
Medical physicist
HCPC-registered clinical scientist (radiotherapy physics) with 7 years in a 4-linac NHS radiotherapy department. Runs annual and monthly machine QA to IPEM guidance, commissioned two linacs and a stereotactic radiosurgery programme, and supervises 3 dosimetrists. Sits on the trust's radiation protection committee.
New PhD, first industry role
Condensed matter PhD (viva passed May 2026) with 4 years of hands-on cryogenic and vacuum work. Built the group's dilution refrigerator wiring and measurement chain from scratch and kept it running through 11 cooldowns. Strong Python data analysis, 3 first-author papers, and 2 summer internships in semiconductor process work.
Physicist moving into data or quantitative work
Physicist with a PhD in statistical mechanics and 3 years modelling stochastic systems. Analysed 3 TB of time-series detector data and built the group's fitting and outlier-rejection library in Python. Now applying the same modelling and uncertainty work to financial time series; completed a quantitative methods programme in 2025.

Physics experience bullets: weak to strong

The rewrite pattern is always the same. Name the instrument or method, then the number, then what changed because of it. A physicist bullet without a number reads like an abstract.

WeakStrong
Performed experiments on superconducting thin films.Measured transport in 40 niobium nitride films at 20 mK, mapping critical current against thickness and setting the deposition recipe the group now uses.
Responsible for maintaining laboratory equipment.Kept a dilution refrigerator and two turbo-pumped chambers above 90% uptime across 14 cooldowns; cut average cooldown time from 36 to 27 hours by rewiring the heat sinking.
Used Python for data analysis.Wrote a Python (SciPy, lmfit) fitting pipeline that replaced manual analysis and turned a 2-day calibration report into a 40-minute run; 6 people in the group use it.
Published several papers in peer-reviewed journals.Published 5 first-author papers in Physical Review B and Applied Physics Letters; the 2023 paper on cavity locking has 60 citations and led to a granted patent.
Simulated detector performance.Built a Geant4 background model that agreed with measured spectra to 8% and drove the shielding design, removing an estimated £64,000 build iteration.
Worked on improving measurement accuracy.Rebuilt the reference cavity and isolation stack, taking displacement noise from 12 pm to 1.8 pm per root hertz and qualifying the sensor for semiconductor inspection.

Start with an example, finish in minutes.

No sign-up needed to start. Pick an example, adapt it with suggestions and preview it as you go.

Build my physicist CV

Physics CV skills: group them the way a lab does

One long alphabetical list is useless. Split the block into techniques, instruments, computation and everything else, so a reader hunting for one capability finds it in a second.

  • Techniques and methods: interferometry, spectroscopy (Raman, XPS, FTIR), X-ray diffraction, scanning probe microscopy, laser cooling and trapping, transport measurement, radiation detection, design of experiments, uncertainty analysis.
  • Instruments and hardware: dilution refrigerator, cryostats, vacuum chambers and pumps, lock-in amplifiers, oscilloscopes, spectrum analysers, vacuum deposition (sputtering, evaporation, ALD), optical benches, FPGA and data acquisition hardware.
  • Computation: Python (NumPy, SciPy, pandas, matplotlib, lmfit), C++, MATLAB, Mathematica, LabVIEW, COMSOL, Geant4 or ANSYS, Git, SLURM batch jobs, SQL if you touch data warehouses.
  • Regulatory and safety: ionising radiation safety training, laser safety, cryogen and pressure system safety, export control awareness, cleanroom protocol, ITAR-relevant experience if you have it.
  • Working skills that get named in physics adverts: technical writing, grant and proposal writing, working with engineers, mentoring, presenting to people who are not physicists.
Match the exact word in the advert. An advert that says 'metrology' should see metrology on your CV, not only 'precision measurement'. Applicant tracking systems do not know they are the same thing, and neither does a hiring manager scanning at speed.

Publications, talks and patents on an industry CV

On an academic CV you list everything. On a two-page industry CV you compress. Use a single line of counts near the top, then a short 'Selected publications' block at the bottom with the two or three items closest to the job.

Counts line for the personal statement or a header strip
11 peer-reviewed papers (5 first author), 2 granted patents, 340 citations, h-index 8. Full list: orcid.org/0000-0002-0000-0000
Selected publications block, industry format
Okafor, A., Reinholt, M. (2024). Sub-picometer cavity locking for room-temperature interferometry. Applied Physics Letters 124, 181101. Relevant to the sensor stability work in this role.
Patent entry
European patent EP 0 000 000 B1 (granted 2025), 'Cavity locking system for displacement metrology.' Co-inventor; wrote the physics disclosure.
Conference line when talks matter more than papers
Contributed talks: APS March Meeting 2022, 2023, 2024. Invited seminar, university physics department, 2023.

Never pad. A poster from a regional undergraduate symposium listed next to a Physical Review paper makes the whole list look weak. Label an arXiv preprint as a preprint.

Medical physicist CV: registration comes first

Medical physics hiring is registration-gated in a way the rest of physics is not, so the top of the CV looks different. Clinical departments want to see HCPC registration and your training route before anything else.

  • HCPC registration as a clinical scientist, which in medical physics usually follows the NHS Scientist Training Programme (STP) or an equivalence route. Write the specialism, such as radiotherapy physics or nuclear medicine, and the year, or write 'STP final year, HCPC registration expected 2027' if you are mid-process.
  • Your training route: an STP post with its accredited master's, or another recognised clinical scientist training scheme. Name it. Many adverts screen on it before a human reads the file.
  • Statutory roles. Medical Physics Expert (MPE) or Radiation Protection Adviser (RPA) recognition is separate from HCPC registration, so list it where you hold it.
  • Clinical equipment by vendor and model: linear accelerators, treatment planning systems, brachytherapy afterloaders, CT simulators.
  • QA programmes you have run, named the way the field names them, such as linac QA to IPEM guidance or patient-specific IMRT QA.
Clinical bullet, therapeutic
Commissioned two linear accelerators including beam data collection, treatment planning system modelling and end-to-end testing; both cleared acceptance on the first attempt and treated patients 3 weeks ahead of the department plan.
Clinical bullet, QA
Run monthly and annual QA on 4 linacs to IPEM guidance; rebuilt the output-check workflow so monthly QA takes 90 minutes per machine instead of 3 hours, with no findings on the last two external audits.

Physics CV with no industry experience (new graduate or new PhD)

You have more than you think. Postgraduate research is work experience: you ran equipment, hit deadlines, managed a budget and trained people. Write it as a job, not as a course of study.

  1. 1Put a Technical Skills block directly under the personal statement, before education. It gets you past the keyword scan.
  2. 2List your PhD or undergraduate research as an experience entry with a job title (PhD Researcher, Undergraduate Research Assistant), the lab, the dates and bullets with numbers.
  3. 3Add a Projects section for anything you built outside the thesis: a teaching lab instrument, an open-source analysis package, a summer research placement.
  4. 4Include internships, lab demonstrating and mechanical workshop training. Employers reading a first-job CV want evidence you can work with other people and with your hands.
  5. 5Keep it to one or two pages until you have a few years of work behind you.
Career objective for a new physics graduate with no relevant job yet
Physics graduate (BSc (Hons), 2:1, 2026) with two years of hands-on optics lab work and a summer placement at a semiconductor fab. Seeking an entry-level process or test engineering role where instrument troubleshooting and Python data analysis are used daily.
Undergraduate research entry
Undergraduate Research Assistant, Optics Lab, University in the North West (Sep 2024 - May 2026). Aligned and maintained a Michelson interferometer used by 3 lab modules; wrote a Python fringe-counting script that cut analysis time for 60 students from 45 to 10 minutes; co-authored one conference poster.

Format, length and getting through the software

  • Length: one to two pages for a BSc or MSc with under 5 years of work, two pages after a PhD plus a few years. A full academic CV has no page limit and follows the department's instructions instead.
  • File: PDF unless the advert asks for a Word file. Single column. Standard headings (Personal statement, Skills, Experience, Education, Publications). No photo, no date of birth, no marital status on a UK CV.
  • Notation: write Greek letters and units in plain text where you can. 'per root hertz' survives every parser; the symbol version may not. Superscripts often flatten, so '10^8' is safer than a formatted exponent.
  • Keywords: mirror the advert's exact technique names, instrument brands and software. If it says 'thin film deposition (PVD/ALD)', use those words.
  • Security vetting: if a defence, nuclear or government lab job needs it, state your status plainly ('SC cleared, 2025' or 'eligible for SC clearance'). Do not overstate a lapsed one.

Frequently asked questions

How do you write a physicist CV?

Start with a three to five line personal statement naming your subfield, years, main technique and one hard result. Add a grouped skills block (techniques, instruments, computation), then two or three research or work entries with numbers in the bullets. Put education after experience once you have a PhD plus work, and finish with a short selected publications block.

Should a physicist send an academic CV or an industry CV?

An academic CV for university posts and most national lab research jobs, an industry CV for companies. The academic CV is long and complete; the industry CV is one to two pages and outcome-focused. Keep both files ready and match the document to the employer, because sending the wrong one is an easy rejection.

What skills should a physicist put on a CV?

The techniques and instruments you can run without supervision, the code you actually write, and the safety or regulatory training the job requires. Be specific: 'dilution refrigerator, vacuum systems, lock-in detection, Python (SciPy, lmfit), COMSOL' says far more than 'strong analytical skills'. Copy the exact wording used in the job advert where it is true of you.

Career objective or personal statement on a physics CV?

Use a personal statement in almost every case. A career objective is only worth the space when you are changing direction, such as a postdoc moving into semiconductor process work or a physicist moving into quantitative finance, and the reader needs one sentence explaining the jump.

How do you list publications on an industry CV?

Compress them. Put a counts line in the personal statement ('11 peer-reviewed papers, 2 patents') with an ORCID link, then a 'Selected publications' block of two or three items closest to the job at the bottom. Save the full list for your academic CV or your public profile page.

Is a LaTeX physics CV template a problem?

For academic applications, no; a human opens the PDF. For industry applications, the two-column LaTeX layouts many physicists use often parse badly in applicant tracking systems, and section headings can come out scrambled. Keep a plain single-column version for online applications.

How do you write a medical physicist CV?

Lead with registration: HCPC registration as a clinical scientist, your training route (the NHS Scientist Training Programme or an equivalent), and any Medical Physics Expert or Radiation Protection Adviser recognition. Then list clinical equipment by vendor and model, the QA programmes you run, and the commissioning work you have completed.

Ready to write yours?

The builder suggests a summary from your own experience, then checks it against the job posting.

How this page was made: a first draft was written with AI assistance from cvplex's example library, then edited and fact-checked by the cvplex Careers Team. Examples are fictional composites; numbers are illustrative. Report an error via the editorial policy page.