Resume for PhD Application: Academic CV Lite Format and 4 Discipline Examples

Resume vs. CV vs. academic CV (for PhD applications)

PhD applicants routinely ask whether the application wants a "resume" or a "CV." The honest answer is that most US programs accept either, but the document that wins committee attention is neither a one-page corporate resume nor a 10-page faculty CV. It is a 2-page hybrid that the field informally calls the "academic CV lite." Use the correct format for the audience: a corporate resume signals that the applicant has not yet shifted to academic conventions; a full faculty CV signals confusion about where the applicant sits in the career arc.

Use the academic CV lite unless the program explicitly asks for a one-page resume (rare; some professional programs and a few business schools do) or a full CV (also rare for PhD-track applications). If the program asks for a "CV" with no further direction, the 2-page academic CV lite is the safe default. Programs that want longer documents say so on the application portal.

Section order for a PhD application resume

Committees read top-down and stop reading the moment they have enough signal. The section order below puts the most discriminating information first so that a tired committee member on application 60 of 400 still sees the strongest claims. The same order applies across STEM, humanities, and social sciences with one swap: humanities applicants may move Languages above Skills because reading proficiency in primary-source languages is often a hard requirement.

1. Header. Name (no degree post-nominals unless already earned), email, phone, city and state, optional ORCID ID and Google Scholar profile link. Skip mailing address. Do not include a photo. US programs follow the no-photo convention; European applications differ but most US committees flag photos as a yellow flag.
2. Education. Undergraduate institution, degree, major and minor, graduation date or expected date, GPA if 3.5 or higher. List the honors thesis title and advisor when the thesis is empirical. Add 3 to 5 lines of "Selected relevant coursework" only when the coursework signals research preparation (graduate seminars taken as an undergrad, methods classes, or upper-level field courses).
3. Research Experience. The most important section. Two to four entries, each with three to five bullets describing the project, the methodology, the applicant's specific contribution, and the outcome. Reverse chronological order. Lab name, PI name, and institution belong in the header line of each entry.
4. Publications and Presentations. Even a single conference poster goes here. List peer-reviewed publications, conference presentations, departmental research symposia, posters, talks, and manuscripts in preparation. Use the canonical citation format for the applicant's field.
5. Teaching and Mentoring. TA experience, peer tutoring, mentorship in research labs, summer research mentorship for high-school students, writing-center work. Programs increasingly weight this section because nearly every PhD student teaches.
6. Awards and Honors. Scholarships, named recognitions, undergraduate research fellowships, REU placements, departmental awards, Phi Beta Kappa, NSF GRFP honorable mentions if applicable, conference travel awards.
7. Skills and Languages. Methodological and technical tools (statistical packages, lab techniques, archival skills, programming languages). Languages with CEFR levels (B2, C1, C2) or the older "intermediate / advanced / fluent" labels.
8. Service. Professional society membership, departmental service, journal review (rare at this stage but valuable when present), undergraduate organization leadership tied to the field.

Do not include a Skills section at the top of the document the way a corporate resume does. The committee reads Skills as supporting evidence after the Research Experience section has already done the persuasion work. Putting Skills at the top tells the committee the applicant treats this as a job application, not a research application.

Research Experience: the load-bearing section

Every admissions committee, in every field, anchors the read on the Research Experience section. This is where the applicant either demonstrates that they have done research at the level the program expects or fails to. Bullets that read like job duties ("worked in a lab," "helped with experiments") burn the section. Bullets that read like a research narrative (project, methodology, contribution, outcome) carry the section.

The canonical entry format is fixed across disciplines:

Research Assistant, [PI Name] Lab, [Department], [Institution]
[Month Year] - [Month Year or Present]
• Designed and ran [specific protocol/methodology] to test [hypothesis] in [model system].
• Analyzed [data type] using [software/method]; presented preliminary findings at [venue].
• Co-authored [paper status: in prep / submitted / accepted] with [PI name] on [topic].

The pattern below shows three strong vs. three weak entries across common research types. The weak versions are job-description language. The strong versions name the hypothesis, the method, the contribution, and the outcome.

Biology bench research

Weak: "Worked with mice in a neuroscience lab. Helped run experiments and collected data."

Strong: "Designed and ran in vivo optogenetic stimulation experiments in 28 transgenic mice expressing ChR2 in dopaminergic neurons of the ventral tegmental area to test whether phasic firing is sufficient to drive operant lever-pressing; analyzed behavioral data in MATLAB and contributed Figure 3 to a manuscript submitted to Neuron (Lopez et al., under review, 2026)."

Computational and quantitative social science

Weak: "Worked with survey data and ran regressions. Helped clean datasets and write code."

Strong: "Constructed a panel dataset linking the American Community Survey (2010 to 2022) with county-level Federal Reserve credit-bureau records (n ≈ 18M household-years); estimated event-study models in R quantifying the effect of state-level minimum-wage increases on household-debt delinquency; first-authored a working paper presented at the Southern Economic Association annual meeting (2025)."

Humanities archival research

Weak: "Did archival research for a professor on early modern history. Read documents and took notes."

Strong: "Conducted six weeks of archival research at the Archivo General de Indias in Seville during summer 2025, transcribing 174 folios of seventeenth-century Spanish merchant correspondence; produced a thematic concordance in TEI-XML that informed Chapter 3 of advisor's forthcoming monograph (Yale University Press, 2027) and grounded the senior thesis on Atlantic credit networks."

The pattern is identical across fields: specific method, specific scope, specific contribution, specific outcome. When the project is ongoing and there is no outcome yet, name the deliverable that will exist ("manuscript in preparation," "thesis defense scheduled for May 2026"). Hand-waving phrases like "assisted with research" or "supported lab operations" tell the committee nothing and waste line space.

Publications and Presentations (yes, even pre-PhD)

Applicants frequently leave out work they consider "minor": a regional conference poster, a departmental research symposium, a manuscript that has not yet been submitted. These all count. The Publications and Presentations section communicates that the applicant has practiced the academic communication cycle, which is what graduate training accelerates. List everything that has a real audience or a real paper trail.

• Peer-reviewed publications. Any peer-reviewed venue, even as third or later author. Use the canonical citation format for the field (APA for psychology and education, Chicago author-date for history and humanities, AMA for biomedical, ACS for chemistry, Nature style for biology, Chicago notes-and-bibliography for some humanities subfields).
• Conference posters and talks. Include regional and undergraduate-focused conferences (NCUR, regional ACS sectionals, state-level political science associations). Mark whether it was a poster or an oral presentation.
• Departmental research symposia. University-level research days, honors thesis presentations, and departmental colloquia. These count even when the audience is small.
• Manuscripts in preparation or submitted. List the working title with the status ("in preparation," "submitted to [journal]," "revise and resubmit at [journal]," "accepted, in press at [journal]"). Do not list manuscripts that exist only as ideas.
• Preprints. bioRxiv, arXiv, SSRN, PsyArXiv, ChemRxiv, MedRxiv. Cite with the preprint server name, the DOI, and the year. Preprints are now standard practice in biology, physics, economics, and computer science.

The canonical citation formats look like this:

Peer-reviewed
Author, A., Applicant, B., & Author, C. (2025). Title of paper. Journal Name, 12(3), 145-167.

Conference poster
Applicant, B., & Advisor, A. (2025, April). Title of poster [Poster presentation]. National Conference on Undergraduate Research, Long Beach, CA.

Manuscript in preparation
Applicant, B., & Advisor, A. (in preparation). Working title of paper. Target journal: Journal of X.

Preprint
Applicant, B., & Advisor, A. (2025). Title of preprint. bioRxiv. https://doi.org/10.1101/xxxxxx

Bold the applicant's own name in the author list. Group entries under subheadings: Peer-Reviewed Publications, Manuscripts in Preparation, Conference Presentations, and Posters. When the list is short (one to three items total), a single Publications and Presentations heading without subheadings reads cleaner.

Teaching and mentoring (when to list it)

Most PhD students teach during their doctoral training, either as a funding requirement or as part of the pedagogy. Programs read teaching readiness as a positive signal because students who arrive with teaching experience reduce the burden on the department in years one and two. List teaching and mentoring even when the role was peer-level or unpaid.

• Teaching assistant experience. List the course name and number, the role (head TA, lead TA, section TA, lab TA, grading TA), the term, the enrollment if substantial, and the professor when relevant. Example: "Section TA, BIO 215: Genetics, Spring 2026 (enrollment 240, four sections of 60). Led weekly problem sessions, held office hours, and graded exams."
• Tutoring. Paid and volunteer tutoring at the undergraduate level, peer tutoring at writing centers, math centers, and statistical consulting services. Note the subject area and the duration.
• Peer mentoring in research labs. Training newer undergraduates on protocols, mentoring REU summer students, leading a lab journal club. These count as teaching even though they happen inside a research setting.
• Summer research programs as mentor. Roles in REU, NSF-funded summer programs, departmental high-school outreach, or summer bridge programs. Note the program name, the institution, and the role.

Avoid padding this section with one-off informal tutoring. Anything that lasted less than a semester or did not have a real teaching audience is better left out. Two or three substantive teaching entries communicate more than five thin ones.

4 filled examples by discipline

Each example below is a substantial excerpt (not the whole document) showing the highest-leverage sections of the academic CV lite: Education, Research Experience, and Publications and Presentations. The bullets are filled and discipline-specific. Use them as patterns, not as copy-paste templates.

SARA J. CHEN
sara.j.chen@example.edu · (415) 555-0188 · Berkeley, CA
ORCID: 0000-0002-1234-5678 · Google Scholar: scholar.google.com/citations?user=xxxx

EDUCATION
University of California, Berkeley                                      May 2026
B.S. in Molecular and Cell Biology, Emphasis in Biochemistry & Molecular Biology
GPA: 3.89/4.00 · Phi Beta Kappa · Honors Thesis (in progress): "CRISPR-Cas13d
knockdown of long noncoding RNA MALAT1 in triple-negative breast cancer organoids"
Advisor: Prof. Lin Wei, Department of Molecular and Cell Biology
Selected coursework: Advanced Molecular Biology (MCB 110L), Graduate Genetics
(MCB 240, taken as undergrad), Biophysical Chemistry, Bioinformatics (CS 188)

RESEARCH EXPERIENCE
Undergraduate Researcher, Wei Lab, MCB Department, UC Berkeley
August 2024 - Present
• Designed and executed CRISPR-Cas13d knockdown experiments targeting MALAT1
  lncRNA across 6 patient-derived triple-negative breast cancer organoid lines;
  validated knockdown efficiency by RT-qPCR (60-78% reduction) and Western blot.
• Performed bulk RNA-seq on 24 organoid samples; aligned reads with STAR and
  ran differential expression in DESeq2 in R, identifying 412 genes downstream
  of MALAT1 enriched for EMT and Wnt-signaling pathways.
• Co-first-authored manuscript in preparation with graduate student mentor
  (target: Cell Reports, submission planned summer 2026).

NSF REU Summer Researcher, Patel Lab, Cold Spring Harbor Laboratory
June - August 2025
• Cloned and validated 14 lentiviral shRNA constructs targeting candidate
  tumor-suppressor genes in pancreatic adenocarcinoma cell lines.
• Established stable knockdown lines and ran proliferation assays (MTS,
  EdU incorporation, colony formation) demonstrating reduced proliferation
  in two of three candidates at p < 0.01.
• Presented poster at the CSHL Undergraduate Research Symposium (2025).

PUBLICATIONS AND PRESENTATIONS
Patel, R.K., Liu, M., Chen, S.J., & Patel, A. (in preparation).
   Functional screen of candidate tumor suppressors in pancreatic adenocarcinoma.
   Target journal: Oncogene.
Chen, S.J., & Patel, A. (2025, August). Lentiviral knockdown of
   candidate tumor suppressors in PDAC [Poster]. CSHL Undergraduate Research
   Symposium, Cold Spring Harbor, NY.

MIGUEL A. RAMOS
miguel.ramos@example.edu · (212) 555-0144 · New York, NY

EDUCATION
Columbia University, Columbia College                                   May 2026
B.A. in History, concentration in Early Modern Europe and the Atlantic World
GPA: 3.94/4.00 · summa cum laude (anticipated) · Phi Beta Kappa
Senior Thesis: "Credit and Conversion: New Christian Merchant Networks in
the Spanish Atlantic, 1580-1640" (defended April 2026, distinction)
Advisor: Prof. Ana Marquez, Department of History
Selected coursework: Graduate seminar on Atlantic History (HIST 6500),
Spanish Paleography (HIST 4101), Latin Reading (CLAS 3025), History of
Capitalism (HIST 4720)

LANGUAGES
Spanish: native speaker (Spain and Mexico variants); Castilian paleography
   16th-17th century, reading proficiency
Portuguese: C1 (reading and listening), B2 (speaking)
Latin: B2 (reading); coursework in medieval and early modern Latin
French: B2 (reading), B1 (speaking)

RESEARCH EXPERIENCE
Senior Thesis Researcher, Department of History, Columbia University
September 2024 - April 2026
• Conducted 8 weeks of archival research at the Archivo General de Indias
  (Seville, summer 2025) and 2 weeks at the Arquivo Nacional Torre do Tombo
  (Lisbon), transcribing 312 folios of merchant correspondence and notarial
  records in 16th-17th century Spanish and Portuguese.
• Built a relational database in MS Access of 1,847 commercial transactions
  involving 184 named merchants across Seville, Lisbon, Mexico City, and
  Cartagena; coded religious-status flags (Old Christian, New Christian,
  uncertain) against Inquisition trial records.
• Argued in the thesis that New Christian credit networks operated as
  partial substitutes for inheritance during Inquisition-driven asset seizures,
  drawing on quantitative network analysis (igraph in R) and qualitative
  case studies of three multi-generational family firms.

Research Assistant, Prof. Ana Marquez, Department of History
June 2024 - August 2024 and June 2025 - August 2025
• Transcribed 87 folios of 17th-century Spanish notarial records for
  Prof. Marquez's forthcoming monograph "Atlantic Credit" (Yale University
  Press, 2027); produced a TEI-XML encoded text and bibliographic
  concordance for Chapter 4.
• Compiled and annotated a working bibliography of 240 secondary sources
  on Iberian Atlantic credit and conversion, organized in Zotero.

PRESENTATIONS
Ramos, M.A. (2026, March). Credit and conversion: New Christian
   merchant networks in the Spanish Atlantic [Oral presentation].
   Columbia History Undergraduate Research Conference, New York, NY.
Ramos, M.A. (2025, April). Inquisition records and the limits
   of quantitative method [Oral presentation]. North American Conference on
   British Studies, Northeast Regional Meeting, Boston, MA.

AWARDS
Mellon Mays Undergraduate Fellowship, Columbia University (2024-2026)
Tinker Foundation Field Research Grant, Lisbon and Seville (Summer 2025)
James E. Roebling Prize for Best Undergraduate Paper in History (2025)

PRIYA N. DESAI
priya.desai@example.edu · (734) 555-0192 · Ann Arbor, MI

EDUCATION
University of Michigan, Ann Arbor                                       May 2026
B.S.E. in Chemical Engineering, Minor in Materials Science
GPA: 3.91/4.00 · Tau Beta Pi · James B. Angell Scholar
Honors Thesis: "Continuous-flow synthesis of metal-organic framework
membranes for hydrogen separation" (defense scheduled April 2026)
Advisor: Prof. Adam Becker, Department of Chemical Engineering
Selected coursework: Transport Phenomena (ChE 543, graduate), Heterogeneous
Catalysis (ChE 528), Numerical Methods in Chemical Engineering (ChE 505)

RESEARCH EXPERIENCE
Undergraduate Researcher, Becker Lab, Department of Chemical Engineering,
University of Michigan
January 2024 - Present
• Synthesized and characterized 14 zirconium-based MOF (UiO-66, UiO-67,
  PCN-222) membranes for H2/CO2 separation via in situ solvothermal growth
  on alumina supports; achieved H2/CO2 selectivity of 28-42 at 150°C.
• Built a continuous-flow synthesis rig (residence time 12-90 min) reducing
  membrane fabrication time from 72 h batch to 8 h continuous and improving
  thickness uniformity (CV 6.2% vs 18.7% batch) measured by SEM cross-section.
• Co-authored manuscript "Continuous-flow synthesis of MOF membranes for
  H2 separation" with PI and a postdoc; submitted to Journal of Membrane
  Science, January 2026, currently under review.

IRES Summer Researcher, Prof. K. Yamamoto Lab, Tokyo Institute of Technology
June - August 2025
• NSF International Research Experiences for Students placement;
  designed and ran high-pressure (up to 25 bar) breakthrough curve
  experiments characterizing the CO2/N2 separation performance of three
  novel amine-functionalized MOFs synthesized by host lab.
• Modeled breakthrough kinetics in Aspen Adsorption; fit Langmuir-Freundlich
  isotherms with R^2 > 0.97 across three temperatures.
• Presented findings at the Tokyo Tech IRES Final Symposium (August 2025)
  and co-authored conference paper accepted to AIChE Annual Meeting (2025).

PUBLICATIONS AND PRESENTATIONS
Desai, P.N., Liu, T., Becker, A.D. (2026). Continuous-flow synthesis
   of MOF membranes for H2/CO2 separation. Journal of Membrane Science
   (under review).
Desai, P.N., Sato, R., Yamamoto, K. (2025, November). Breakthrough
   kinetics of CO2/N2 separation in amine-functionalized MOFs [Oral
   presentation]. AIChE Annual Meeting, Boston, MA.

AWARDS
NSF International Research Experiences for Students (IRES) Fellow (2025)
Goldwater Scholarship Honorable Mention (2025)
AIChE Donald F. and Mildred Topp Othmer Scholarship (2025)

JAMAL T. BROOKS
jamal.brooks@example.edu · (773) 555-0125 · Chicago, IL
ORCID: 0000-0003-9876-5432

EDUCATION
University of Chicago                                                   June 2025
M.A. in Social Sciences (MAPSS), concentration in Sociology
GPA: 3.96/4.00 · Master's Thesis: "Algorithmic eviction: how machine-learning
tenant-screening tools reshape rental discrimination in Cook County"
Advisor: Prof. Lina Okonkwo, Department of Sociology

Howard University                                                       May 2023
B.A. in Sociology, Minor in Statistics
GPA: 3.87/4.00 · magna cum laude · Phi Beta Kappa

RESEARCH EXPERIENCE
Master's Thesis Researcher, Department of Sociology, University of Chicago
September 2024 - June 2025
• Conducted 47 semi-structured interviews with Cook County tenants,
  landlords, and property managers about tenant-screening practices,
  transcribed and coded in MAXQDA using a combined inductive and deductive
  framework grounded in algorithmic-discrimination theory.
• Acquired tenant-screening reports from three vendors (TransUnion
  SmartMove, RentPrep, AppFolio) for 1,200 paired test cases; documented
  measurable score disparities by zip code, partly mediated by reported
  eviction history, partly residual.
• Argued in the thesis that current screening tools encode neighborhood-
  level priors in ways that violate the spirit of fair-housing law even
  when individual race and neighborhood race are not direct inputs.

Pre-doctoral Research Associate, MDRC, New York, NY
August 2023 - August 2024
• Contributed quantitative analysis to a Department of Education-funded
  evaluation of college completion grants serving 8,400 community-college
  students across three states; estimated intent-to-treat effects in Stata
  using linear-probability models with school fixed effects.
• Drafted Sections 3 and 4 of the technical report and contributed to a
  policy brief released by MDRC in March 2024.

PUBLICATIONS AND PRESENTATIONS
Brooks, J.T. (in preparation). Algorithmic eviction: machine-learning
   tenant screening and rental discrimination in Cook County. Target journal:
   American Sociological Review.
Okonkwo, L., Brooks, J.T., & Patel, R. (2025, August). The
   architecture of algorithmic discrimination in housing [Regular session
   paper]. American Sociological Association Annual Meeting, San Francisco, CA.
Brooks, J.T. (2025, March). Tenant-screening scores and Cook
   County rental discrimination [Roundtable presentation]. Eastern Sociological
   Society Annual Meeting, Boston, MA.
MDRC Working Group. (2024). College completion grants: early evidence
   from a three-state evaluation [Policy brief]. MDRC.

Statement of purpose alignment (how the CV supports the SOP)

The statement of purpose narrates the trajectory; the CV is the structural backbone underneath that narrative. Every concrete claim in the SOP should map to a specific CV entry that the committee can verify in seconds. The most common failure pattern is a SOP that claims experience the CV does not show: "I have collaborated with Professor X on Y" appears in the SOP, but no entry in Research Experience names Professor X. The committee reads that as either inflation or sloppy editing, and neither helps.

The alignment runs both directions. When the SOP names a method, the CV must list the method in the Research Experience bullets or in the Skills section. When the SOP cites a publication or presentation, the citation must appear in Publications and Presentations. When the SOP cites a course that built the methodological foundation, the course should appear under Education in the "Selected coursework" line.

Build the SOP and the CV side by side. Open the SOP draft on the left and the CV on the right. For each paragraph of the SOP, run a finger across to the CV and confirm that the supporting evidence exists. When something in the SOP has no CV anchor, either add the missing CV entry (if the experience genuinely exists) or strike the SOP claim. The goal is a package where the committee can verify every line of the SOP in 30 seconds by glancing at the CV. That alignment is one of the strongest signals of an organized scholar in training.

How application systems handle the resume

Most academic application portals do not run a corporate-style ATS over the CV. The document is uploaded as a PDF and stored for committee review; admissions staff route the PDF to the program, and the program circulates it to the committee. Keyword density does not matter the way it does on Workday or Greenhouse. Visual layout, scannable section headings, and depth in the Research Experience section matter far more. Even so, the upload pipeline varies by system, and a few systems do extract text for downstream uses (search inside the admissions portal, fellowship matching, biographical pre-fill).

The practical implication is that visual hygiene matters more than ATS keyword optimization. Use a clean single-column layout. Choose a readable serif (Garamond, Charter, Source Serif) or a clean sans-serif (Source Sans, Inter) at 11 to 12 point. Set 1-inch margins. Use the section headings exactly as a committee expects to find them. Save and upload a selectable-text PDF, not an image scan, so that in-portal search and screen readers work. The committee evaluates the content; the system mostly stays out of the way.

Common PhD-application resume mistakes

Putting it together

The PhD application CV is a 2-page document with a fixed structure: Header, Education, Research Experience, Publications and Presentations, Teaching, Awards, Skills, and Service. Research Experience does the heaviest lifting and should be filled with specific projects, methods, contributions, and outcomes, not with job descriptions. Publications and Presentations counts everything that has a real audience, including manuscripts in preparation. The SOP and the CV must align line by line, so the committee can verify the narrative against the structural record in seconds. For a deeper format reference, the full academic CV guide covers the long-form version used by faculty applicants, and the PhD CV guide covers the version used after the doctorate is complete. For applicants in the gray zone between undergraduate and doctoral application, the graduate school CV guide and the research assistant resume guide are useful adjacent references. When the question is specifically how to write up the Research Experience bullets themselves, the research experience listing guide covers the bullet pattern in detail. Before submitting, run the CV through a structural review with Resume Optimizer Pro to check section completeness, formatting consistency, and visual hygiene.

Frequently asked questions