Top summer internship for high school students Interested in Healthcare in New Jersey
- BetterMind Labs
- 3 days ago
- 7 min read
Most high school students spend summers doing something that looks good on paper but means nothing in an interview. A week of hospital shadowing. A generic volunteer slot. A certificate from a course no admissions officer has heard of.
The students who actually get noticed do something different. They build something. They work on a real problem with a real mentor. And increasingly, the programs worth attending blend healthcare with applied technology, because that is where medicine is actually going.
If you are a student in New Jersey serious about healthcare, this is the list you want. Not programs that give you a badge. Programs that give you a story.
What Separates a Good Program from a Great One
Before the list, a useful frame. A good summer program gives you exposure. A great one gives you output.
Exposure means you observed something. Output means you built, analyzed, or shipped something. The latter is what changes how you talk about your interests in an essay, in an interview, and eventually in a residency application years from now.
The best programs have three things in common:
A real mentor who works with you, not at you
A project with a defined deliverable at the end
Work that connects to an actual problem in the field
Keep that frame in mind as you read this list.
Top 10 Summer Internships for Students Interested in Healthcare in New Jersey
1. BetterMind Labs AI Program
BetterMind Labs tops this list because it produces something most healthcare programs do not: students who can build clinical AI tools, not just describe them.
The program runs 4-week summer cohorts, fully online, with a 1:3 expert-to-student mentorship ratio. That ratio matters. It means you are not watching lectures. You are getting actual feedback on your actual work.
What students build:
Healthcare prediction systems
Machine learning pipelines for clinical data
AI dashboards and deployment-ready tools
Finance and risk models applicable to hospital operations
Why it works for healthcare:
Healthcare in 2025 is computational. Hospitals run on predictive models. Insurance companies use risk scoring. Drug discovery runs on ML pipelines. Students who graduate with a built, documented, working system in one of these areas have something genuinely rare.
Admissions outcome:
Portfolio-ready projects, capstone documentation, and strong Letter of Recommendation support make this program unusually well-suited for students targeting pre-med tracks, biomedical engineering programs, or computational biology degrees.
2. Rutgers Summer Biomedical Engineering Program
Rutgers runs structured programs for high school students interested in biomedical engineering. Students work in research labs under faculty supervision on projects involving prosthetics, imaging, or tissue engineering.
It is university-affiliated, which gives it credibility, and the lab environment is real. The limitation is scale. There are not many spots, and the experience depends heavily on which lab you land in.
3. New Jersey Governor's School of Engineering and Technology (GSET)
GSET is competitive and well-regarded. Students spend a few weeks on a university campus working in interdisciplinary teams on engineering problems, including biomedical ones.
The networking with peers is strong. The projects are team-based, which is great for some students and limiting for others who want individual ownership of a deliverable.
4. Princeton's Laboratory Learning Program
Princeton offers research opportunities through its Laboratory Learning Program for high school students. Healthcare-adjacent projects show up depending on the year, covering computational biology, neuroscience, and biochemistry.
Getting in requires initiative. You apply directly to faculty. That process itself teaches you something about how research actually works.
5. Hackensack Meridian Health Internship Programs
Hackensack Meridian is one of the largest health networks in New Jersey. They run structured internship programs that give students hospital exposure across departments.
This is a traditional clinical shadowing program, which has value, but the output is observational rather than technical. Good for students who want to confirm a clinical career path. Less useful for students building a technical portfolio.
6. RWJBarnabas Health Summer Internship
RWJBarnabas Health periodically offers structured summer experiences for high school students across its hospital network. The focus is typically on healthcare administration, patient experience, and clinical departments.
Similar to Hackensack, this is exposure-based. The network itself is a real asset if you are building connections in New Jersey healthcare.
7. Atlantic Health System's Student Programs
Atlantic Health runs a program in northern New Jersey focused on clinical exposure. Students rotate through departments and observe healthcare delivery in a real hospital setting.
Solid for understanding how hospitals function. Less structured around a personal deliverable.
8. UMDNJ / Rutgers Health-Related Research Programs
Through Rutgers Biomedical and Health Sciences, a handful of competitive research positions open each summer for exceptional high school students. These are actual lab positions, not observational programs.
The work is rigorous. The mentorship is real. Getting in is hard, which is part of what makes it worth listing.
9. Johns Hopkins Center for Talented Youth (CTY) Health Programs
CTY is not New Jersey-based but draws heavily from the region. Programs in biomedical science, neuroscience, and healthcare data are available online and on campus.
The academic intensity is real. The cohort is strong. For students who want structured coursework rather than a research project, this is one of the better options in this peer group.
10. iD Tech Camps Health and Biotech Tracks
iD Tech runs summer programs with healthcare and biotechnology tracks. These are more introductory in nature but work well for students in grades 9 and 10 who are still exploring what area of healthcare they want to pursue.
Good entry point. Not where you want to stop.
What One High School Student Built
Here is a concrete example of what the applied AI approach looks like in practice.
Ozair Mohiuddin, a BetterMind Labs student, built an AI-powered injury-risk assistant during the program. The tool analyzes an athlete's training load, health data, and sport-specific factors to predict injury risk and recommend personalized prevention strategies.
The problem he was solving is real. Amateur and semi-pro athletes rarely have access to the kind of individualized medical guidance that elite athletes get. Physical therapists are expensive. Trainers vary widely in quality. Most athletes are managing their health based on intuition.
Ozair's system changes that. It gives athletes a data-driven picture of where their risk is concentrated and what to do about it. That is the difference between knowing you are training hard and knowing which muscle groups are under stress heading into a competition.
What made this project worth documenting was not just the technical execution. It was that Ozair understood the healthcare problem first, then built the tool. That ordering matters. Students who approach AI from the technology side often build things no one needs. Students who start from a real clinical or health problem, and then figure out the technical solution, build things that actually work.
This is what a portfolio-ready project looks like. Not a description of a problem. A working system with documentation, a defined use case, and a clear explanation of the outcome.
How to Choose the Right Program
The practical filter is simple. Ask three questions about any program you are considering.
What is the deliverable?
If the answer is a certificate or a reflection essay, that is not a deliverable. A model, a dashboard, a research poster, a documented system: those are deliverables.
Who is my mentor and how much time do they spend with me?
Group lectures with a 1:50 ratio are not mentorship. Find out what the actual contact structure looks like.
Can I use this in an application in two years?
The best summer programs are ones you are still referencing when you apply to college, apply to internships, and apply to jobs. If the program is not producing something durable, it is probably not worth your summer.
Frequently Asked Questions
Q: Do I need prior experience to apply to healthcare summer programs?
Most programs on this list accept students without prior experience. What varies is what you get out of them. Programs with real mentorship and project deliverables reward students who show up curious and willing to work. Background matters less than mindset.
Q: Is clinical shadowing still valuable for college applications?
It depends on what surrounds it. Clinical exposure without any technical or analytical project attached to it is increasingly common. What is becoming rare, and therefore more valuable, is a student who can explain both the human side of a healthcare problem and the technical solution they built in response to it.
Q: How important is an AI or data skills component for healthcare programs?
More important than most high school students realize. Medical schools, public health programs, and biomedical engineering departments are all seeing applications from students who have actual computational experience. A student who built a predictive health model is not competing in the same category as a student who completed a general biology course.
Q: Can a summer program actually change my application trajectory?
Yes, if it produces something real. The students who show up to college interviews with a working project, documentation, and a mentor who can speak to their growth have something most applicants do not. Programs like BetterMind Labs are specifically designed to produce that outcome. A 4-week cohort with real mentorship and a portfolio project creates the kind of narrative that holds up across every part of an application.
The Honest Summary
Most summer programs give you something to list. A few give you something to show.
The healthcare field is moving fast. Computational tools, predictive systems, and AI-assisted diagnosis are not future concepts. They are current practice. Students who develop real skills in these areas during high school are building something that compounds. They understand the field differently. They ask better questions. They produce work that is recognizably useful.
That is what good summer programs are actually for. Not to fill a line on a resume. To make you meaningfully more capable than you were in June.
If you are a student in New Jersey interested in healthcare, the programs on this list are worth a serious look. Start with the ones that ask you to build something. Those are the ones that will still matter when you are writing your college essays, your medical school personal statement, and eventually your research grant proposals.
Start early. Build something real. That is the whole strategy.
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