Applying to a Ph.D. Program
A Doctor of Philosophy (Ph.D.) is a research-intensive degree designed for those who want to create new knowledge in their field. Unlike undergraduate or Master's programs, which focus primarily on taking classes and learning about research, a Ph.D. is an apprenticeship where the goal is to create new knowledge and become an independent scholar and primary investigator.
Length of Program
Before applying, it is important to understand that a Ph.D. is often a 5-to-7-year commitment. It requires a high degree of self-motivation, a passion for a specific niche within your field, and the ability to handle failures and constructive criticism, as you will likely run into many null results, rejected manuscripts, and harsh peer reviews.
Ph.D. Funding
In most reputable Ph.D. programs, especially in areas related to Social Ecology, you should not pay for your degree.
Most programs provide a tuition waiver and a living stipend (in exchange for working as a Teaching Assistant or Research Assistant).
If a Ph.D. program asks you to pay out-of-pocket, proceed with extreme caution, and you should probably speak with a faculty mentor for advice.
Finding Your Mentor
In a Ph.D. program, you are not just applying to a university in the same way as applying for a bachelor's or many master's programs; you are applying to work with a Specific Faculty Advisor (PI)
- Research Alignment: Your research interests must align with the current work of the faculty member. If you want to study something, but nobody in the department does research on that topic, it is not a good fit, regardless of how good of a candidate you are otherwise.
- Outreach: It is common practice to email potential advisors in the late summer or early fall to ask if they are accepting new students for the upcoming cycle. Introduce yourself, attach your CV, briefly explain your research overlap, and ask if they are accepting new students for the upcoming cycle.
Typical Application Components
Ph.D. applications are typically evaluated holistically, but research potential is weighted the most heavily.
- Statement of Purpose (SOP): The SOP focuses on your academic and research interests, career goals, and why this specific program is a good fit for you. It should go into detail about your past research experience, the specific questions you want to investigate, and why specific faculty members at that school are the right mentors for you.
- Letters of Recommendation: You will need three letters of recommendation, almost exclusively from faculty members who can specifically attest to your research abilities, intellectual curiosity, and potential to contribute to the field.
- Transcripts: You will need official or unofficial transcripts from all undergraduate institutions attended. This includes community college and any colleges through which you may have taken classes in high school, if applicable.
- Standardized Tests (usually GRE): Many programs have transitioned to making the GRE optional or have completely eliminated it. Make sure to check the specific requirements for each program on your list, and do not take the GRE if you do not need to.
- Curriculum Vitae (CV): Your CV should highlight lab experience, technical skills (e.g., R, Python, Stata, SPSS), conference presentations, and any publications or honors.
- Writing Sample: Some programs require a writing sample of your best academic writing to evaluate your ability to construct an argument and analyze data. These will typically be 15 to 30 pages.
- Diversity Statement: Many institutions have an optional (or even sometimes required) statement on how you contribute to diversity, equity, and inclusion within academia.
Importance of Undergraduate Research
To be a competitive Ph.D. candidate, you should aim for:
- Sustained Lab Involvement: Working in a lab for multiple years shows commitment
- Independent Project: Completing an Honors Thesis or an independent study demonstrates that you lead a project from conception to completion.
- Technical Proficiency: Showing that you understand statistical software (e.g., R or SPSS) or methodology (e.g., interviewing, coding) common in your field is very important and gives a strong advantage.
Common Career Outcomes
While many Ph.D. students aim for academia (Tenure-Track Professorships), the landscape is changing. Ph.D. holders are increasingly sought after in:
- Industry Research: (e.g., UX Research, Data Science, Biotech)
- Government & Policy: (e.g., Think Tanks, National Labs, Census Bureau)
- Non-Profits & NGOs: (e.g., High-level program evaluation)
Still Deciding? Let's Talk!
Trying to create a timeline, gain research experience, or still figuring out which program and PIs are best for you? Come meet with us to help plan and build your applications, or to narrow down your top programs of interest.