Research mentorship for global health students | RISE Research

TL;DR: This post explains what global health research actually looks like for high school students, which topics are achievable without clinical access, where that research gets published, and how RISE Research mentorship guides students from a first question to a peer-reviewed paper. RISE Scholars earn acceptance rates to top universities at three times the national average. If your child is serious about global health and applying to university in the next two years, read this first, then book a free Research Assessment.

Introduction

Most high school students who say they want to study global health mean it. They have watched documentaries on disease outbreaks, followed the COVID-19 pandemic data obsessively, or grown up in communities where healthcare access is uneven and the consequences are visible. What they do not know is that original global health research is available to them right now, years before university.

Research mentorship for global health students is not about shadowing a doctor or completing a summer program that ends with a certificate. It is about producing a piece of original scholarship, with a methodology, a finding, and a publication record, that changes how admissions committees read an application.

Global health sits at the intersection of epidemiology, economics, policy, and public health. That breadth is an advantage for high school researchers. Many of the most publishable questions in this field can be answered through data analysis, systematic literature review, or policy comparison, none of which require a hospital or a lab. This post covers the research types available to high school students, the mentors who guide them, where their work gets published, and how the RISE Research program structures the entire process.

What kind of global health research can a high school student actually do?

High school students can conduct original global health research using publicly available datasets, systematic review methodology, and comparative policy analysis. No clinical placement or laboratory access is required. Many peer-reviewed journals in this field actively publish work from early-career researchers when the methodology is sound and the research question is clearly defined.

Global health research spans a wide range of methods, and that range works in a high school student's favor. A student who is strong in statistics can run regression analyses on WHO or World Bank datasets. A student with a background in writing and argumentation can conduct a systematic literature review that synthesises existing studies and identifies a gap. A student interested in policy can compare national health system responses to the same disease burden across different income contexts.

The key is specificity. Broad questions like "why is healthcare unequal" do not produce publishable papers. Narrow, well-scoped questions do. Here are five examples of the kind of topics RISE students pursue in global health:

• "Socioeconomic Determinants of Vaccine Hesitancy in Low- and Middle-Income Countries: A Cross-National Analysis": Quantitative analysis using WHO immunization data and World Bank income indicators, suitable for journals like the Journal of Global Health.

• "The Effect of Community Health Worker Programs on Under-Five Mortality Rates in Sub-Saharan Africa: A Systematic Review": Literature review methodology, achievable with database access to PubMed and Cochrane, targeted at Global Health: Science and Practice.

• "Mental Health Policy Gaps in Post-Conflict Societies: A Comparative Study of Rwanda and Bosnia": Qualitative comparative analysis using government reports and NGO data, appropriate for policy-focused journals.

• "Urban-Rural Disparities in Maternal Mortality: A Data-Driven Analysis Across South Asian Nations": Statistical analysis using UN and national health ministry datasets, publishable in student-facing peer-reviewed venues.

• "Antibiotic Resistance Communication Strategies: A Content Analysis of WHO Campaigns Across Five Regions": Content analysis methodology, no lab required, suitable for public health communication journals.

The right topic depends on your child's specific interests within global health. That is exactly what the first mentorship session is designed to find.

The global health mentors who guide RISE students

RISE matches students to mentors based on research overlap and subject fit, not availability. A student interested in infectious disease epidemiology is not matched with a mentor whose work focuses on health systems financing. That specificity is what makes the mentorship productive from the first session.

Dr. Mei-Lin Chow holds a PhD from Oxford and specialises in global mental health policy, with a focus on how high-income country frameworks are adapted, or fail to be adapted, for low- and middle-income contexts. Students whose research questions sit at the intersection of mental health and global equity are matched with Dr. Chow for her precise knowledge of both the literature and the policy landscape.

You can browse all global health mentors on RISE to see the full range of research backgrounds available.

What a real global health research project looks like from start to finish

Anika was a Grade 11 student from Turkey when she joined RISE Research. She had followed the COVID-19 pandemic closely through her school's Model UN committee and had become increasingly focused on one specific question: why did some countries with similar income levels produce dramatically different mortality outcomes in the first year of the pandemic?

Her RISE mentor, a PhD researcher in health systems from a UK university, helped her narrow that observation into a researchable question. Together they scoped a comparative analysis of pandemic preparedness index scores and excess mortality data across twelve middle-income countries. The methodology combined publicly available data from the Global Health Security Index and the Economist's excess mortality tracker with a regression framework her mentor taught her to apply over the first three weeks of the program.

Anika spent weeks five through eight building her dataset, running her analysis, and drafting her findings. Her mentor reviewed each section and pushed her to address confounding variables she had initially overlooked, including healthcare worker density and prior epidemic experience. The final paper was submitted to the Journal of Global Health Reports, a peer-reviewed venue that publishes early-career research with strong methodological foundations.

You can read more examples of student outcomes on the RISE student projects page.

Which journals publish high school global health research?

Several peer-reviewed journals publish strong global health research from high school and early undergraduate students. The most relevant are the Journal of Global Health, Global Health: Science and Practice, the Undergraduate Journal of Public Health, and Cureus (for public health submissions). Each accepts different research types and carries different weight in a university application.

The Journal of Global Health, published by the International Society of Global Health, is one of the most cited open-access journals in the field. It publishes original research, systematic reviews, and policy analyses. Acceptance is competitive, but it is achievable for high school students whose work meets the methodological standards the journal requires. A publication here carries significant weight in a university application because admissions readers recognise the journal name.

Global Health: Science and Practice focuses on implementation research and health systems evidence. It is particularly well-suited to students whose projects examine how health interventions work in practice across different country contexts. The journal is indexed in PubMed, which matters because indexing signals that the publication meets international standards for scientific rigour.

The Undergraduate Journal of Public Health is designed specifically for early-career researchers and publishes work across epidemiology, health policy, and social determinants of health. It is more accessible than the first two journals but still peer-reviewed, and it provides a genuine publication record for students who are in the earlier stages of their research development.

Cureus accepts public health submissions and operates a rapid peer-review model. It is indexed and widely read, and it is a strong venue for students whose research is methodologically sound but whose topic sits outside the narrow scope of the more specialised journals above.

You can explore the full range of publication venues RISE students use on the RISE publications page. Your RISE mentor will advise on which journal is the right fit for your specific research question. Some topics suit more than one venue.

How RISE global health research mentorship works, week by week

The program begins with a Research Assessment. This is a 20-minute conversation, not an interview. There is no preparation required and no test. The goal is to understand what your child already finds compelling within global health, identify the research direction that fits their background, and confirm the mentor match. Students leave the assessment with a clearer sense of what their project could be.

In the first two weeks of the program, the student and mentor develop the research question together. For global health students, this stage involves scoping the question carefully enough that it is answerable with available data or literature. A question that is too broad produces a paper that says nothing new. A question that is too narrow produces a paper with no audience. The mentor's role in these early weeks is to find the precise middle ground, and that precision is what separates publishable work from a school essay.

Weeks three through eight are the active research phase. For most global health students, this involves weekly one-hour sessions with the mentor, working through data collection, analysis, and drafting in parallel. A student running a quantitative analysis will spend these weeks building and cleaning their dataset, learning the statistical techniques their question requires, and interpreting their results with the mentor's guidance. A student conducting a systematic review will work through database searches, screening criteria, and synthesis frameworks. The sessions are structured around the student's actual work, not pre-prepared lectures.

In weeks nine and ten, the focus shifts to submission and application strategy. The mentor reviews the final draft, the student submits to the target journal, and the RISE team helps connect the research to the student's university application narrative. For students applying through the Common App, the research becomes a central part of the activities section and the personal essay. For UCAS applicants, it anchors the personal statement with a level of specificity that most applicants cannot match.

RISE Scholars are admitted to top ten universities at three times the rate of the general applicant pool. The full admissions results are published on the RISE website, including an 18% Stanford acceptance rate for RISE Scholars compared to 8.7% for the general pool, and a 32% UPenn acceptance rate compared to 3.8% nationally.

The Summer 2026 cohort opens in April. If your child is interested in global health and wants to publish original research before their university applications, book a free 20-minute Research Assessment here to see if the timing and topic are the right fit.

Frequently asked questions about global health research mentorship

Does my child need clinical experience or hospital access to do real global health research?

No clinical placement or hospital access is required. The majority of publishable global health research at the high school level uses publicly available data from sources like the WHO, World Bank, and UN, or applies systematic review methodology to existing literature. Original data collection from patients is not part of the RISE program, and it is not necessary for a strong research outcome.

Global health as a discipline is built on population-level data, policy analysis, and health systems evidence. These are the areas where high school students can make a genuine contribution. A well-executed analysis of vaccination coverage disparities across income groups is original research. It does not require a clinic.

What academic background does a student need before starting global health research?

Students need a genuine interest in the subject and a willingness to engage with data or academic literature. No prior research experience is required. A strong grade in biology, economics, or social sciences is helpful but not a prerequisite. The mentor teaches the methodology the project requires, starting from where the student actually is.

RISE accepts students from Grade 9 through Grade 12. Earlier starters have more time to build on their first project, but Grade 11 and 12 students regularly complete strong, publishable work within a single program cycle.

Will my child's research be original, or will they just be summarising existing studies?

Every RISE project produces original research. A systematic review is original when it applies a new synthesis framework or addresses a gap no prior review has covered. A data analysis is original when it asks a question that existing studies have not answered with that specific dataset or country comparison. The mentor's role is to ensure the research question is genuinely new before the student begins.

Summarising existing studies is a school essay. Original research identifies a gap, applies a methodology, and produces a finding that did not exist before. That distinction is what makes the work publishable and what makes it matter in a university application.

How does global health research appear in a university application?

A published or submitted paper in a peer-reviewed global health journal appears in the activities section of the Common App and can anchor the personal statement with a specific, verifiable achievement. Admissions readers at top universities see thousands of applicants who say they care about global health. They see very few who have produced a peer-reviewed paper on it.

RISE Scholars who publish in indexed journals can also reference their work in interviews, scholarship applications, and recommendation letter briefings. The research becomes a thread that runs through the entire application, not a single line item. You can see how this translates to outcomes on the RISE results page.

How early should a student start global health research to maximise the impact on their application?

Grade 10 or early Grade 11 is the optimal starting point. This gives students time to complete one project, receive peer review feedback, and potentially begin a second project that builds on the first. Students who start in Grade 12 can still publish before applications are due, but the timeline is tighter and the topic scope needs to be more carefully managed from the start.

Starting earlier also means the student has more time to present their work at conferences, enter it in competitions like the Regeneron ISEF or the Junior Science and Humanities Symposium, and develop the kind of academic identity that makes an application coherent rather than a list of activities. You can see the full range of awards RISE Scholars have earned on the RISE awards page.

The case for starting now

Global health is one of the most competitive fields in university admissions. Students who apply to programs at Johns Hopkins, Oxford, UCL, or Harvard's public health track are competing against peers who have taken every available course, scored at the top of every standardised test, and volunteered in every relevant setting. The differentiator is original research, and the students who have it stand apart in a way that is immediate and verifiable.

RISE Research gives high school students access to 500 or more PhD mentors, a structured path from research question to published paper, and a program with a proven record of placing scholars at top universities. The methodology is real. The publication is real. The outcome is measurable.

The Summer 2026 Priority Deadline is April 1st. If this is the year your child moves from being good at global health to doing something with it, schedule a free Research Assessment and we will take it from there.