Pre-college STEM programs offer high school students an early opportunity to build academic confidence while gaining firsthand experience with analytical thinking, research habits, and technical communication skills central to STEM fields. Rather than functioning as short enrichment activities, rigorous programs often give you an experiential environment where you can practice applying scientific concepts, sharpen problem-solving abilities, and prepare for the future demands of college-level coursework. These programs also help you understand what sustained engagement in STEM looks like, allowing you to develop stronger study routines, deepen your quantitative and laboratory skills, and experience the pace and expectations typical of advanced STEM learning.
Northeastern University’s Young Scholars Program (YSP) is one such intensive pathway, designed to immerse students directly in active research rather than introductory surveys. Over six weeks, you join a Northeastern lab and contribute to ongoing investigations in engineering, science, or health sciences under the guidance of faculty, graduate students, and undergraduate researchers. The program complements this hands-on lab placement with seminars, site visits, and career-focused sessions that connect academic research to real-world applications across industry and academia.
For Massachusetts-based rising seniors seeking a realistic and structured preview of university-level STEM research, YSP offers a compelling alternative to short camps or surface-level workshops. You take on a long-term project, follow a demanding daily schedule, and are expected to meaningfully participate in your lab’s research goals, gaining a clearer sense of what sustained STEM inquiry entails.
What is Northeastern’s Young Scholars Program (YSP)?
The Young Scholars Program (YSP) is a free, six-week summer research program hosted by Northeastern University’s Center for STEM Education. It’s designed for rising high school seniors from Massachusetts who want hands-on research experience in STEM before college.
During the program, you:
- Work in a research laboratory in engineering, science, or health sciences (Bouvé College)
- Contribute to an ongoing research project under the guidance of Northeastern faculty and graduate students
- Attend an Introduction to Engineering seminar series exploring multiple disciplines (chemical, civil, electrical & computer, mechanical, and industrial engineering)
- Participate in field trips to industry and government sites to see scientists and engineers at work
- Receive college and career counseling, including overviews of engineering education and STEM careers
- Prepare a final poster and oral presentation for a closing symposium
YSP is not a test-prep or lecture-only program. Its main goals are to:
- Give you a genuine lab environment where you practice the scientific method and troubleshooting
- Supplement your high school coursework with university-level research exposure
- Help you clarify whether you want to pursue a STEM major and career
- Connect you to a STEM community that extends beyond the six-week summer experience
You commute to campus daily, follow a full-time schedule, and are treated as a junior member of a research group rather than a spectator.
Program Overview
Program Name: Northeastern University – Young Scholars Program (YSP)
Program Dates (2026): Monday, June 22 – Thursday, July 30 (6 weeks), 8:30 a.m. – 4:30 p.m., Monday–Thursday, Fridays are typically open for additional lab work as arranged with your research group
Cost: Free (no tuition). Historically, many cohorts have received a stipend and MBTA pass, but this is not guaranteed each year. You cover your commute and lunch (no housing or parking provided)
Location: Northeastern University, Boston, MA (day program; no residential housing)
Eligibility and Selection Process
To be eligible for YSP, you must:
- Be a U.S. citizen or permanent resident
- Live and attend school in Massachusetts (including MA-based online or homeschool setups)
- Live within commuting distance of Northeastern (they recommend ≤ 1 hour each way)
- Be a rising senior (entering 12th grade in the fall after the program)
- Typically maintain at least a 3.5 unweighted GPA (exceptions are rare)
YSP is clear that this is a day program only, no housing, no parking, and no absences except documented emergencies. Students who are not eligible (for example, non–U.S. citizens or those outside of MA) are directed toward Northeastern’s Accelerate Pre-College Programs instead. Selection is competitive. Recent reporting indicates that the program can receive 350+ applications and accept around 30–35 students, resulting in an approximate acceptance rate under 10%.
Skills Developed (Tangible & Technical)
YSP emphasizes skills you would typically build during your first research experiences in college. The exact tools and methods depend on your lab placement, but the categories below are standard.
Laboratory & Research Skills
In many YSP labs, you work with real experimental setups and datasets, not pre-packaged demos. Examples from recent cohorts include:
- Battery and energy systems (e.g., iron fuel cycles, copper oxide cathodes, carbon-free fuel replacement)
- Nanotechnology and materials science (e.g., graphene-based electrocatalysts, nanoparticles for sustained agrochemical release)
- Robotics and mechanical design (e.g., crater-observing rolling robots, organ-on-a-chip systems)
- Biomedical and health sciences (e.g., cancer therapies, heart disease models, tissue iron in adolescent brain development)
- Data-driven social and health research (e.g., analyzing rehab outcomes, linking research papers to data dictionaries via NLP)
Across these settings, you practice following standard operating procedures (SOPs) and safety protocols, preparing and handling samples correctly, running experiments or tests, then logging results clearly in a lab notebook, and troubleshooting experimental failures or unexpected results systematically.
Computational & Analytical Skills
Many labs at Northeastern are computationally heavy. Depending on your mentor, you might:
- Write or modify code in Python, MATLAB, or other languages
- Work with agent-based models, numerical simulations, or optimization routines
- Use FPGA-related workflows or embedded systems tools for hardware-algorithm co-design
- Perform data cleaning, statistical analysis, and visualization for experimental or observational datasets
- Apply machine learning or natural language processing for specialized tasks (e.g., linking publications to variables)
These skills align closely with early college coursework in engineering, physics, data science, and applied math.
Research & Scientific Communication
YSP concludes with a final presentation and poster session, which functions like a small-scale academic conference. You learn how to frame a clear research question that fits into your lab’s larger project, and summarize methods and results in technically accurate but accessible language. You also design a research poster that visually communicates your work and present your findings to faculty, peers, and family members, and answer questions on the spot. This is often where you create your first formal research poster, which can later be used in college applications, science fair entries, or resumes.
Academic & Career Navigation Skills
Beyond technical work, YSP is structured to help you understand what STEM study and careers actually look like:
- Introduction to different branches of engineering and scientific fields
- Exposure to Northeastern’s co-op model and how internships integrate into a STEM degree
- Practical advice on course selection, college fit, and STEM career pathways
- Experience talking about your work and interests in a semi-professional setting
These skills matter when you’re choosing between majors, evaluating colleges, or applying for future research roles.
Student Feedback
YSP has been running since the late 1980s and has hosted over 600 high school students. Roughly 99% of alumni are enrolled in or have completed a STEM bachelor’s degree, according to Northeastern’s own outcomes data.
Alumni comments highlight several recurring themes:
- Confidence-building through lab work: “I gained experience which gave me the confidence to apply for lab jobs and the drive to pursue more than just a bachelor’s degree. Wendy Smith’s lab was also the main reason I chose to pursue biology in my educational career.” – Natasha Fedan ’04
- Influence on academic trajectory: “I am currently on the pre-med path and want to go to medical school, but now I want to incorporate research into my practice because I see how important it is. It also influenced me to go to one of the top research universities, Johns Hopkins.” – Garlyn Colas ’13
“I worked in Dr. Goluch’s chemical engineering lab the summer of junior year… I’m currently studying chemical engineering at Northeastern. YSP provided me with my first introduction down the path which I will pursue for my entire career.” – Matthew Lau ’13 - Early familiarity with the lab environment: “Other than the valuable connections with my peers and professors… I became very familiar with the lab setting which gave me an advantage when applying for a research assistant position at my undergraduate school… YSP was where I made my first scientific research poster and was able to present my work at a symposium-like setting.” – Amberly Diep ’13
- Peer community and overall experience: “I thoroughly enjoyed YSP… It was truly one of the highlights of my teenage years.” – Jared Bibler ’91
You can explore more alumni highlights and project titles across many years on Northeastern’s YSP alumni pages.
Application Details and Timeline
The key dates are:
- Applications open: December 15
- Applications close: March 2 (by 5 p.m. EST)
- Results posted by: March 31
- Program dates: June 22 – July 30
Application Components
The application typically includes an online application form, GPA information (If your school doesn’t report GPA or uses a non-4.0 scale, you’re asked to explain or convert to 4.0. YSP specifically asks for unweighted GPA), and two teacher recommendations. Both from teachers (not counselors or coaches), with at least one STEM teacher strongly recommended, and recommenders receive emails in batches; YSP staff can update addresses if needed. Along with this, you need to submit short-answer and essay responses, including “Special interests,” which can cover anything meaningful (music, community service, specific hobbies, etc.), and reflections on your motivation for STEM and your fit for YSP.
YSP does not allow late applications, and you cannot edit an application after submission—only resubmit a full new one before the deadline if needed. Recommendations are usually due about 1.5 weeks after the application deadline.
Pros and Cons of Applying to YSP
Before you decide to apply, it helps to lay out the advantages and trade-offs clearly.
Pros
1. Free access to high-level research
You pay no tuition and get a structured, six-week lab experience at a major research university, which is unusual at the high school level.
2. Real research, not simulations
You’re embedded in a working lab, contributing to projects with tangible outputs—often including posters, data analyses, and prototypes.
3. Strong STEM and research skill development
You gain exposure to lab techniques, coding, data analysis, and engineering tools that are typically part of early undergraduate work.
4. College and career alignment
Through seminars, field trips, and counseling, you see how STEM majors connect to co-ops, jobs, and grad school paths.
5. Long-term signaling value
Because YSP is selective, sustained, and research-focused, it can be a strong indicator in your applications that you’re both capable of and serious about STEM.
Cons
1. High time and energy commitment
YSP runs full days, four days a week for six weeks, plus optional or expected Friday lab work. It’s challenging to combine with another demanding program or job.
2. Commuter-only structure
There is no housing, which limits the program to those within commuting distance of Boston, and can make the daily schedule tiring.
3. Narrow eligibility criteria
You must be a MA resident, a U.S. citizen or permanent resident, and a rising senior. Younger students, international students, or non-MA residents are excluded.
4. No absences allowed
Attendance is mandatory; aside from emergencies, you’re expected to be there every day. This removes flexibility for travel, family events, or other summer commitments.
5. Competitive admissions
With hundreds of applicants for a few dozen spots, even strong STEM students may not be admitted, so you should treat it as one option among several.
Tips and Resources to Help You Stand Out
Here are practical strategies to strengthen your YSP application:
1. Highlight sustained STEM engagement
Use your application to show that you’ve engaged with STEM over time—advanced coursework, clubs, personal projects, competitions, or informal research. Admissions staff want to see patterns, not one-off experiences.
2. Be specific in your interests and project fit
When describing your interests, reference areas that connect to plausible YSP labs: energy systems, materials science, robotics, bioengineering, data science, etc. Specificity suggests you’ve thought about how you’ll use the opportunity.
3. Use essays to show how you think, not just what you’ve done
Describe a time you solved a difficult problem in a class or project. Focus on your process: how you broke the problem down, what didn’t work, how you adjusted, and what you learned.
4. Choose recommenders who know your work style
Teachers who have seen you persist, collaborate, and handle complex material can write strong, detailed letters. Talk to them early and share a quick bullet list of projects, topics you enjoyed, and examples of your initiative.
5. Make your writing clean and error-free
YSP explicitly notes that they care about enthusiasm for science and engineering, and avoiding spelling and grammar mistakes. Clear writing signals that you take the application seriously.
6. Plan around the schedule
Because attendance is mandatory, use your application to show that you understand the time commitment and are prepared to prioritize it. If you’re giving up another opportunity to attend, you can mention that briefly.
7. Browse past projects for inspiration
Looking at previous years’ project titles (available on the YSP alumni pages) can help you think about what kind of work excites you and how to frame your interests.
YSP goes far beyond an introductory STEM experience; it is a structured research immersion that mirrors the expectations of university-level work. With full-time lab involvement supported by seminars, site visits, and professional development sessions, you function as an active contributor within a research group rather than as a short-term observer.
For Massachusetts-based rising seniors who want to explore lab-based inquiry, refine their academic interests, and understand how scientific and engineering problems are approached in real settings, Northeastern’s Young Scholars Program offers a compelling option. You finish the program with strengthened technical abilities, clearer insight into STEM career pathways, and concrete outputs, such as a research project, poster, and faculty mentorship, that demonstrate readiness for college-level research.
Image source – Northeastern University