You might be thinking about ways to move beyond school science and try actual research. Doing research shows that you can handle real work and follow a question from start to finish. Universities notice when you take that step, because it signals commitment and curiosity, not just interest written on a form.
One program that opens that door is the Harvard-Smithsonian Science Research Mentoring Program. You join scientists who work on research every day and take part in projects that are already running. You learn tools, read data, and see how a research question turns into a result. The work covers areas such as astrophysics, computing, and engineering, so you get a wider look at STEM while doing real tasks.
Some programs stop at short activities, but SRMP brings you into longer projects and regular meetings with researchers. That can matter when you compare options and think about what will help you take the next step toward STEM in college.
In this blog, we will walk through how SRMP works, outline what it offers, and share student testimonials so you can decide if it’s the right program for you.
You can also check out other STEM research opportunities here.
What is SRMP? (Program Overview)
The SRMP is the Science Research Mentoring Program at the Center for Astrophysics in Cambridge. It brings students from Cambridge Rindge & Latin School into year-long research projects with astrophysicists at Harvard and the Smithsonian. You spend the year working on one problem in astrophysics, learning how research questions are defined and how results are built step by step. The focus is on involving you in real work rather than classroom exercises.
The program runs inside the Harvard College Observatory and the Smithsonian Astrophysical Observatory, which operate together as the Center for Astrophysics. You meet researchers who guide your project, help you use research tools, and show you how results are shared inside the scientific community. Through the program, you can look at how scientists work with each other, which helps you understand what long-term research feels like and whether you want to continue down that path.
Location
The program takes place at the Center for Astrophysics in Cambridge, Massachusetts. You spend time at the Harvard and Smithsonian labs, where the research teams work. Mentoring happens in person, but some guidance can happen online when needed. You get access to the space where the research is happening and a chance to see how work moves inside a major science center.
Dates and Deadlines
The program follows the school calendar from September to May. You meet every week with your research group and take part in monthly advisory sessions. A lecture series runs in the spring, and workshops usually come together in March. Applications are normally open in the first half of May, usually between May 1 and May 10, though exact dates can shift each year.
Cost and Stipend
Free for all participants. The program charges nothing, and a City of Cambridge stipend supports you through the year.
Who is eligible for SRMP?
To qualify for the Harvard-Smithsonian Science Research Mentoring Program (SRMP), you must:
- Be a Cambridge Rindge & Latin School (CRLS) student in grades 9–12.
- Show a clear interest in astrophysics or related sciences.
- Commit to the full academic year of the program.
Check the website for updates and any additional requirements once the next cycle opens. Please note that there is no application fee for the program.
How is the SRMP structured?
- The SRMP runs from September to May, requiring you to attend two weekly 2-hour meetings, as well as monthly advisory sessions. Throughout the program, you’ll join monthly workshops and lectures to strengthen your skills and meet with advisors to stay on track.
- Each cohort comprises 10–16 students, and mentors typically work with small groups of 2–3 students. Mentors include Postdoctoral Fellows, Astrophysicists, and PhD students in Astronomy. You can explore the list of current SRMP mentors here. Mentorship is offered both virtually and in person at the Center for Astrophysics.
- Students in previous years have worked with data from NASA’s TESS satellite and discovered four new exoplanets around a star. They have also studied white dwarf stars like WD 1145+017 with support from CfA researchers, simulated the dynamics around massive black holes, and used machine-learning tools to improve galaxy survey targeting algorithms. You can read more about them here.
- At the end of the year, you and your team will share your research through short talks and posters at a symposium hosted by Harvard University. You can view examples of recent symposiums here.
- During the spring semester, SRMP also runs a hands-on astronomy lecture series at the Cambridge Rindge & Latin School in partnership with the school’s Aerospace Engineering and Astronomy Club. Astrophysicists from the Harvard-Smithsonian Center for Astrophysics lead each session. Every activity spans two weeks. In the first week, you will read and discuss background material, and in the second week, the speaker will visit the school to deliver a combined lecture and hands-on activity. Lectures cover topics such as Observational Astronomy, Lenses, Mirrors and Telescopes, Journals and Databases, and Introduction to Coding with Python.
- In March, the CfA Science Education Department and CRLS faculty host a large community telescope-building workshop. This public event features activities such as assembling and using Galileoscopes, creating planispheres, and exploring information about the upcoming total eclipse. SRMP students serve as Galileoscope instructors for the event. Free eclipse glasses are also distributed to participants. Approximately 350 people attended the workshop this year.
Is SRMP prestigious?
SRMP is selective, with only 10–16 students chosen each year, and eligibility is limited to Cambridge Rindge and Latin School. Because participants work directly with researchers at the Harvard-Smithsonian Center for Astrophysics, many students view the program as a rare chance to enter a professional research environment during high school. The small cohort also means mentors can follow your progress closely and expect you to take on real responsibility within a project. These structural features, limited seats, long-term research, and direct scientific guidance, shape how the program is perceived by students and schools.
What skills will you develop?
- The Science Research Mentoring Program gives you the chance to join ongoing independent research projects in many fields, including astrophysics and cultural anthropology. You’ll work closely with scientists from different backgrounds and learn what real, cutting-edge research looks like.
- The program will bring you into front-line research, help you build core research skills (including basic coding), and connect you with scientist mentors. Advanced graduate students and postdoctoral scholars are specifically recruited to guide you.
- SRMP will help you develop a strong mix of technical and research-focused abilities that go beyond typical high school coursework. You might learn how to use scientific software, analyze data, write code, and use tools common in research labs. You’ll also practice reading scientific papers, designing experiments, and presenting your work clearly.
- Additionally, you’ll develop essential skills such as time management, teamwork, communicating with mentors, and working independently. Overall, the program will support your growth as a developing scientist and a confident, self-directed learner.
Testimonials and Feedback
- Testimonials from past cohorts show that students often build strong coding skills during the program. They enjoyed working on real problems and contributing to their mentors’ research, and even when the work was challenging, they viewed it as engaging rather than discouraging. To learn more about SRMP and student projects, you can watch the SRMP Student Symposium.
- Many students felt that SRMP helped them try out what a science research career is like. Some arrived already knowing what they wanted to study in college, while others used the experience to explore astrophysics for the first time or choose between different interests. You can read more detailed stories from previous participants here.
- If you want to hear from the adults who help run the program, the STEAM Rises podcast features two episodes about SRMP. Episode 3 features former co-director Daniel Yahalomi discussing youth mentorship in STEM, and Episode 4 includes Jean Dao from the Harvard Ed Portal talking about building pathways to equity in STEM.
Pros and Cons to Consider Before Applying
Pros:
- You’ll get hands-on experience doing real research: SRMP will allow you to dive into actual astrophysics research alongside professional scientists, something most high school students don’t have access to.
- You’ll receive one-on-one mentorship from Ph.D.-level researchers: You’ll get plenty of direct time with experienced scientists and researchers thanks to the 1:3 mentor-student ratio. The small cohort will ensure that you receive closer guidance, more useful feedback, and steady support throughout the program.
- You’ll strengthen your resumes and college applications: You’ll also get a solid boost on your college applications by participating in real, long-term research.
- You will gain access to solid educational and financial support: The program will provide you with a stipend to help cover costs, allowing you to learn without financial strain. It will also give you access to advanced technology and software that support your work. You’ll also get to explore STEM topics that usually aren’t part of a typical high school curriculum.
Cons:
- The program is highly selective: The program is only open to students from Cambridge Rindge and Latin School, which makes it difficult for most students to access. It also only accepts 10–16 students per cohort.
- You may not have the option to choose your project: Project choices are limited because your research area depends on which mentors are available, not on your specific preferences.
- The program will require a significant time commitment: The program takes a lot of time and effort, which can be tough to balance with regular classes. You’ll need to research tasks, manage meetings, and meet deadlines throughout the school year, and the workload can feel heavy at times.
Conclusion
Choosing SRMP depends on what you want from your time in high school. If you plan to move toward STEM and want research that feels real, the program gives you that space. You learn methods, spend time with mentors, and get a closer look at how scientific work actually happens. The commitment is long, and the weekly work can feel heavy if you already have a full schedule or prefer short programs. For students who like steady projects and want to follow a question across a full year, SRMP offers a path that is hard to find in most high school settings.
One more option – Horizon Academic Research Program
If you’re looking for a competitive, mentored research program option in areas like political theory, data science, machine learning, biology, or chemistry, consider applying to Horizon’s Research Seminars and Labs! It’s a selective online program where you can dive into advanced research and write a paper on a topic of your choice. Horizon has worked with over a thousand high school students and offers more than 600 research specializations. You can access the application link here!
Image Source: SRMP Logo