Research fit and how to write about it in your research statements

graduate admissions research research fit strategy
By Shaan

Research fit is the biggest, baddest criterion to tackle when crafting your research statement. Research fit can mean different things to different faculty advisors. It can span anything from “I want my graduate student to study this very specific thing for their full graduate career” to “I want my graduate student to pick a topic I’m generally well-suited to advise them on and am interested in”.  

There are a few ways to figure out where on the spectrum the faculty member you’re applying to falls: 

  • Do they have any recently-awarded research grants? (They might want you to work on these)
  • Does the program you’re applying to fund their students through the department or through the faculty? (If faculty, likely more specificity, if through department, maybe more flexibility) 
  • Do they state anything on their website? (Some faculty specifically note the areas their prospective applicants should be interested in – you can bet these faculty will only consider folks who fit well with these areas) 
  • What do their graduate students study? (How far do their projects stray from the grants awarded to the faculty member or from the lab’s stated research areas?) 

You can sleuth out this information from lab or departmental websites, from current and previous graduate students, from the CVs of those in the lab, and from conference presentations of the faculty member and their graduate students. You can also reach out to the faculty member directly (but I would only do this if you’ve already done a thorough search of their website to ensure that they don’t already have that information posted).  

After you have made your best guess on the faculty member’s research interests and how aligned yours must be to theirs, you can first decide for yourself if you still want to apply. Were you originally interested in them because of past research that they no longer pursue? Are you interested in their current and upcoming projects? Can you see yourself staying in this area of research for the next 5-7 years? Are your interests aligned closely enough with theirs, given their place on the spectrum described above? 

If you have decided to apply to them, you can move on to shaping your research statement to describe your research interests with an eye toward the faculty advisor’s research interests. If they state they want someone to study X, your statement should very clearly detail how stoked you are to study X.  

When crafting your research statement, everything you write should be pointing towards your current research interests. Past research that doesn’t fit this current interest should be described in a way that shows how it shaped your interests to what they are now and the skills you gained that benefit you more generally.

  • “Through [past interest] research, I gained an understanding of [skill, knowledge, etc] that shaped the way I approach the question of [current interest]”.
  • “This research [affected me in this way] and made me curious as to [related but newer research question].

 

Depending on how specific each of your prospective faculty advisors are in what they are looking for in graduate students’ research interests, your research statements may be structured quite differently for different programs. Your research statement should guide the reader all the way to your specific research question. Before they reach the part about how your research aligns with the advisor you’ve chosen to apply to, it should already be abundantly clear how well you overlap.  

Shaan is an advanced PhD student in Clinical Psychology at Harvard University. She previously completed a BA in Psychology at San Diego State University.

Comments

topicTopics
academics study skills medical school admissions MCAT SAT college admissions expository writing strategy English writing MD/PhD admissions LSAT physics GMAT GRE chemistry academic advice graduate admissions biology math interview prep law school admissions ACT language learning test anxiety personal statements premed career advice MBA admissions test prep AP exams homework help creative writing study schedules MD mathematics computer science Common Application history research summer activities secondary applications philosophy organic chemistry economics dental admissions supplements admissions coaching 1L grammar statistics & probability PSAT psychology law legal studies reading comprehension CARS ESL PhD admissions SSAT calculus covid-19 logic games engineering USMLE admissions advice medical school mentorship Latin Spanish biochemistry parents AMCAS English literature case coaching verbal reasoning DAT STEM adjusting to college dental school excel genetics political science skills French Linguistics MBA coursework Tutoring Approaches academic integrity astrophysics chinese classics freewriting gap year letters of recommendation mechanical engineering technical interviews units Anki DO Social Advocacy algebra amino acids art history artificial intelligence business careers cell biology cold emails data science diversity statement finance first generation student geometry graphing kinematics linear algebra mental health pre-dental presentations quantitative reasoning revising software engineering study abroad tech industry time management work and activities writer's block 2L AAMC DMD IB exams ISEE Japanese MD/PhD programs MMI Sentence Correction algorithms analysis essay argumentative writing athletics business skills executive function fellowships functions genomics infinite information sessions international students internships logic networking office hours outlining poetry proofs reading recommendations research fit resume scholarships science social sciences statement of purpose trigonometry 3L ADHD Academic Interest CPA exams ChatGPT EMT FlexMed Fourier Series Greek Health Professional Shortage Area Italian JD/MBA admissions Lagrange multipliers London MD vs PhD Montessori National Health Service Corps Pythagorean Theorem Python Shakespeare Step 2 TMDSAS Taylor Series Truss Analysis Zoom acids and bases active learning architecture art art and design schools art portfolios bacteriology bibliographies biomedicine boarding school brain teaser burnout campus visits cantonese capacitors capital markets central limit theorem centrifugal force chem/phys chemical engineering chess chromatography class participation climate change clinical experience community service competitions constitutional law consulting cover letters creative nonfiction curriculum dementia demonstrated interest dimensional analysis distance learning econometrics electric engineering electricity and magnetism embryology entropy escape velocity evolution extracurriculars fundraising harmonics health policy history of medicine history of science hybrid vehicles hydrophobic effect ideal gas law immunology induction