Set 07 · Research · CVs
PhD candidate CV, mid-programme.
The hardest academic CV to write is the one where the work is genuinely unfinished. Papers under review, a thesis two years from submission, teaching that is real but unofficial. The instinct is to inflate or to apologise, and both cost you. Three samples: applying for a PhD, mid-programme applying for a fellowship, and writing up while applying for jobs.
SamplesThree, complete
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Sample OneMS completed · Seeking admission and funding
No doctoral work yet. The CV has to argue that this person can complete one — through a masters thesis, one publication and evidence of independence.
Zainab Mirza
PhD Applicant — Environmental Engineering
Profile
Environmental engineer with an MS thesis on industrial wastewater treatment, one peer-reviewed publication and two years of laboratory research experience. Seeking PhD admission in membrane treatment processes with funding.
Research Experience
Research Assistant, Institute of Environmental Engineering, UET Lahore
2024 — Present
- Operate and maintain a pilot-scale membrane bioreactor for a HEC-funded project
- Collected and analysed 18 months of influent and effluent quality data
- Co-authored one paper and drafted two conference abstracts
- Trained three MS students on analytical procedures
MS Thesis Research, UET Lahore
2022 — 2024
- Thesis: fouling behaviour of ceramic membranes in textile effluent treatment
- Designed and ran a 200-day continuous filtration experiment
- Graded A; recommended for publication by the examining committee
Education
MS — Environmental Engineering
UET Lahore · 2024 · 3.85 CGPA
BSc — Civil Engineering
UET Lahore · 2021 · 3.6 CGPA
Record
Publications
1 peer-reviewed · 1 under review
PEC Registration
CIVIL/21-4471
English
IELTS Academic 7.0 · 2025
Publications
Mirza Z., Saleem A., Rehman H. (2025). Ceramic membrane fouling under variable textile effluent loading. Journal of Water Process Engineering, 68, 106214.
Mirza Z., Saleem A. (2026). Backwash optimisation in ceramic MBR systems. Under review, Desalination and Water Treatment — submitted Jan 2026.
Research Skills
Membrane filtration — pilot operation, fouling characterisation
independent
Water quality analysis — COD, BOD, TSS, turbidity, conductivity
independent
SEM sample preparation and imaging
competent
Data analysis — MATLAB, R, Origin
competent
Experimental design and long-run rig management
independent
Proposed Research Direction
My MS work characterised fouling but could not separate the contribution of organic and colloidal fractions, because the analytical route available could not resolve them. A doctoral programme would let me address that directly, using fractionation combined with in-situ optical monitoring, and I have identified three groups whose facilities would make it possible.
Presentations & Awards
Poster, International Conference on Water Management, Lahore
2025
HEC Merit Scholarship, MS programme
2022 — 2024
Best MS Thesis, Department of Environmental Engineering
2024
Why this one works
- The under-review paper is marked precisely. Journal named, "submitted Jan 2026". Never list it as published, and never hide it — supervisors want to see a submission pipeline.
- The MS thesis is described as a project. A 200-day continuous experiment demonstrates exactly the persistence a PhD requires, which is what admissions committees are screening for.
- The research direction section states a real limitation. Naming what her own work could not resolve is more convincing than enthusiasm, and it shows she reads her own results critically.
- Training others appears at MS level. Three students trained signals she can function in a group rather than only under supervision.
Sample TwoThird year · Applying for a fellowship
Two years in, thesis unfinished, and applying for competitive funding. The CV must show momentum — that work is coming out at a rate that will continue.
Bilal Chaudhry
PhD Candidate — Computational Biology
[email protected] · +92 321 8890 118 · Lahore, Pakistan · ORCID 0000-0003-8890-1187 · github.com/bchaudhry
Profile
Third-year PhD candidate in computational biology with three published papers, two under review, and an open-source analysis package with 340 users. Thesis expected December 2027. Applying for a doctoral fellowship to support the final phase.
Doctoral Work
Doctoral Candidate, LUMS Syed Babar Ali School of Science
2023 — Present
- Thesis: regulatory network inference from single-cell transcriptomic data
- Developed and maintain scNetInfer, an open-source R package, 340 installs to date
- Three papers published, two under review; two as first author
- Presented at four international conferences including two invited talks
Graduate Teaching Assistant, LUMS
2023 — Present
- Run computational biology labs for 45 undergraduates per semester
- Rewrote the R programming lab sequence, now used across the course
Education
PhD — Computational Biology (in progress)
LUMS · expected Dec 2027
MS — Bioinformatics
NUST · 2022 · 3.9 CGPA
BS — Biotechnology
COMSATS · 2019
Record
Publications
3 published · 2 under review · 2 first author
Software
scNetInfer · 340 installs · MIT licence
Funding held
LUMS Graduate Fellowship 2023 — 2026
Publications
Chaudhry B., Zaidi F. (2025). Network inference under sparse single-cell sampling. Bioinformatics, 41(7), btaf318. [first author]
Chaudhry B., Ali M., Zaidi F. (2025). Benchmarking regulatory inference methods on plant tissue. BMC Bioinformatics, 26, 118. [first author]
Zaidi F., Chaudhry B., et al. (2024). Transcriptomic atlas of stress response in Arabidopsis. Plant Journal, 119(4), 1502–1517.
Chaudhry B., Zaidi F. (2026). Scalable inference for large single-cell atlases. Under review, Nature Communications — submitted Feb 2026.
Chaudhry B. (2026). A practical guide to network inference reproducibility. Under review, PLOS Computational Biology — submitted Apr 2026.
Software & Data
scNetInfer — R package for regulatory network inference
2024 —
340 installs · MIT licence · cited in two external papers
Benchmark dataset — 12 harmonised single-cell datasets
2025
Published on Zenodo; 120 downloads
Conferences
ISMB/ECCB — oral presentation
2025
Pakistan Bioinformatics Symposium — invited talk
2024, 2026
Teaching & Service
Graduate TA, computational biology labs, 45 students per semester
2023 —
Reviewed two manuscripts for BMC Bioinformatics (with supervisor)
2025
Organised the departmental computational methods reading group
2024 —
Why this one works
- Published and under-review are in one list but clearly marked. Fellowship panels want to see the pipeline; what they will not forgive is ambiguity about which is which.
- The software has usage numbers and external citation. 340 installs and cited in two external papers is independent evidence that the work is used.
- Expected submission date is stated. "Expected Dec 2027" lets a panel judge whether their funding period fits, which is a practical question they must answer.
- Reviewing is listed with the honest caveat. "(with supervisor)" — co-reviewing is normal at this stage and claiming independent review would be checkable and false.
Sample ThreeFinal year · Thesis submitted
Thesis submitted, viva pending, applying for postdoctoral and industry posts simultaneously. The status must be unambiguous because employers plan start dates around it.
Dr. (cand.) Ayesha Rauf
PhD Candidate — Materials Science · Thesis submitted Mar 2026
[email protected] · +92 333 2218 883 · Islamabad, Pakistan · ORCID 0000-0001-2218-8834
Profile
Materials scientist with a submitted doctoral thesis on perovskite stability, five peer-reviewed publications and two years of industrial collaboration. Viva expected June 2026; available from July 2026 for postdoctoral or industrial R&D posts.
Research Experience
Doctoral Researcher, NUST School of Chemical & Materials Engineering
2021 — 2026
- Thesis: humidity-induced degradation pathways in mixed-cation perovskite films — submitted March 2026, viva expected June 2026
- Fabricated and characterised 400+ device samples across four compositions
- Ran a two-year industrial collaboration with a solar module manufacturer
- Trained and supervised four MS students in fabrication and characterisation
Visiting Researcher, University of Sheffield
Sep 2024 — Feb 2025
- Six-month HEC-funded visit; in-situ XRD and impedance spectroscopy
- Work formed two chapters of the thesis and one published paper
Education
PhD — Materials Science
NUST · thesis submitted Mar 2026
MS — Materials Engineering
NUST · 2020 · 3.88 CGPA
BE — Chemical Engineering
UET Lahore · 2018
Status & Availability
Thesis status
Submitted Mar 2026 · viva expected Jun 2026
Publications
5 peer-reviewed · 3 first author
Availability
From July 2026
Publications (5 total)
Rauf A., Malik S., Hasan T. (2026). Humidity-driven phase segregation in mixed-cation perovskites. ACS Applied Materials & Interfaces, 18(4), 5102–5114. [first author]
Rauf A., et al. (2025). In-situ XRD study of degradation onset. Journal of Materials Chemistry A, 13, 8811–8823. [first author]
Rauf A., Malik S. (2024). Encapsulation strategies for perovskite modules: a review. Solar Energy Materials and Solar Cells, 268, 112742. [first author]
Malik S., Rauf A., et al. (2023). Additive engineering for improved film uniformity. RSC Advances, 13, 22104–22113.
Hasan T., Rauf A. (2022). Precursor purity effects on film morphology. Materials Letters, 320, 132411.
Technical Skills
Thin film fabrication — spin coating, blade coating, thermal evaporation
independent
Characterisation — XRD, SEM, UV-Vis, PL, impedance spectroscopy
independent
Device fabrication and J-V, EQE testing
independent
In-situ environmental XRD
competent
Data analysis — Python, Origin, MATLAB
independent
Industrial Collaboration
Two-year collaboration with a solar module manufacturer
2023 — 2025
Encapsulation protocol adopted into the company pilot line
Teaching & Supervision
4 MS students trained and supervised in the laboratory
2023 — 2026
Teaching assistant, Materials Characterisation (60 students)
2022 — 2024
Why this one works
- Thesis status is in the job title line and repeated twice. Submitted March, viva expected June, available July. An employer planning a start date needs all three and should not have to ask.
- "Dr. (cand.)" is used carefully. Not "Dr." — the degree is not awarded. This convention is understood in academia and using the full title early is noticed and held against you.
- Industrial adoption is stated. "Adopted into the company pilot line" is the strongest possible evidence for an industrial R&D application.
- Three first-author papers are marked. For a postdoctoral application this is the number that decides, and it should never require counting names.
Writing about unfinished work
A doctoral CV is mostly a description of things not yet complete, and there are only two ways to get it wrong: overstate and be caught, or understate and be passed over. The route between them is precision.
- Published means it has appeared or is in press with a DOI. Nothing else.
- Accepted means the journal has formally accepted it. Say which journal.
- Under review means submitted and acknowledged. Name the journal and the submission month.
- In preparation is worth listing only for one or two manuscripts genuinely close to submission, and label it plainly.
Never let an under-review paper sit unmarked in a published list. Reviewers check, checking is trivial, and being caught converts a strong application into a dishonest one in one line.
Show momentum, not volume
A third-year candidate cannot compete on publication count with a postdoc, and should not try. What a fellowship panel or hiring supervisor is judging is rate — whether output is arriving steadily and will continue after they fund you.
So show the trajectory. Papers with years attached, so the pattern is visible. Conference presentations across successive years. A submission pipeline. Software with growing usage. A thesis with a stated expected date.
Two papers in your second and third years reads better than two papers with no dates, because the first tells a panel what next year will probably look like.
What else counts
Doctoral candidates routinely omit half of what they have done, because it did not feel like part of the thesis.
- Teaching and demarcation work. Labs run, students taught, materials rewritten.
- Supervision. MS students you trained. It is real supervision and it counts.
- Software, datasets and protocols you published, with usage figures.
- Co-reviewing manuscripts with your supervisor — label the caveat honestly.
- Organising reading groups, seminar series, conference sessions.
- Industrial or clinical collaboration, and whether anything you produced was adopted.
- Visiting research periods, with the funder and what came out of them.
For applications outside academia these matter more than the thesis itself, because they are the evidence that you can work with people, ship something usable and finish what you start.
Be precise about stage.
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The people above are illustrative examples written for teaching purposes.
Names, employers, registration numbers and figures are invented and should not be copied
into a real application — use them as a shape to pour your own verified numbers into.