Brown University Pre-College Summer Programs - STEM Track

Grades

High school students (typically grades 9-12, but specific grade requirements vary by course)

Age

Generally 14-18 years old depending on course level

Citizenship

International students welcome; no citizenship restriction found

Prerequisites

Varies by course - some require prior coursework in relevant subjects (e.g., biology prerequisite for advanced courses); strong academic performance recommended

Steps

1. Visit catalog.precollege.brown.edu to browse available STEM courses
2. Create an account on the Brown Pre-College application portal
3. Complete online application form with personal information and academic history
4. Submit transcripts and/or academic records
5. Write short essays or provide statements of interest (typically 1-2 paragraphs per course requested)
6. Provide teacher recommendation letter(s) if required
7. Pay application fee (if applicable) or request fee waiver
8. Submit application before deadline
9. Receive admissions decision via email

Materials Needed

• High school transcript or academic records
• Teacher recommendation letter(s) - typically 1-2 letters from STEM or core academic teachers
• Statement of interest/essay explaining why interested in specific course
• Valid email address and contact information
• Proof of age/grade level
• Payment information for tuition and application fee

Timeline

Applications typically open in November-December for the following summer; application deadlines range from March-May; early application recommended as courses fill up; rolling admissions means earlier applicants have better course selection

Cost

Tuition varies by course length and format; on-campus courses typically $3,000-$5,000+ for 2-4 week sessions; hybrid/online courses typically $2,000-$3,500; application fee approximately $50-$75 (fee waivers available); additional costs include housing (if on-campus, typically $1,500-$3,000+), meals, and materials

What Judges Look For

• Strong academic performance in prerequisite subjects (particularly prior STEM coursework)
• Genuine interest and motivation for the specific STEM field/course
• Well-written statement of purpose explaining why the student chose that specific course
• Quality of teacher recommendations emphasizing academic ability and work ethic
• Intellectual curiosity and demonstrated engagement with STEM topics
• Maturity and readiness for college-level coursework
• Ability to contribute to classroom discussion and collaborative learning environment
• Financial need (for scholarship consideration)

Scoring

Holistic review process; no published point-based rubric available. Admissions officers likely weight: academic credentials (40%), statement of purpose and fit (30%), teacher recommendations (20%), demonstrated STEM engagement (10%)

Common Mistakes

• Generic statements of purpose that don't explain why THIS specific course at Brown
• Applying without prerequisite coursework when required
• Weak or generic teacher recommendations from teachers who don't know the student well
• Poor organization, grammar, or spelling in application materials
• Overreaching too far above current academic level without demonstrated readiness
• Not highlighting specific STEM interests or prior research/project experience
• Missing application deadlines or incomplete submissions
• Failing to demonstrate why in-person/on-campus experience is important to applicant

Acceptance Rate

Estimated 50-70% (not officially published; considered moderately selective but more accessible than college admissions; most qualified applicants are accepted)

Applicants

Approximately 1,500-3,000+ applicants annually across all Pre-College programs (specific STEM track numbers not publicly available)

Winners / Selected

Approximately 500-1,000+ students accepted across all programs; STEM track represents portion of this

• Apply early (ideally January-February) for better course selection and higher acceptance likelihood
• Choose courses that align with your genuine interests - admissions officers can tell if you're just trying to pad your resume
• Highlight any prior STEM research, science fair participation, robotics, coding, or lab experience in your application
• Get recommendations from STEM teachers who know you well and can speak specifically to your abilities and curiosity
• Write compelling, specific statements of purpose - explain what excites YOU about marine biology or biotechnology, not generic statements about loving science
• Consider taking on-campus option if possible - shows commitment and provides stronger college app narrative than online; networking opportunities with other motivated STEM students
• Focus on STEM track rather than general courses if your goal is college admissions boost - demonstrates serious STEM interest
• If borderline on prerequisites, reach out to admissions committee to discuss readiness
• Document your summer experience with photos, certificates, final projects for your college application portfolio
• Consider supplementing application with portfolio of prior scientific work or research if available
• Attend Brown virtual information sessions to show demonstrated interest
• Request fee waiver if cost is barrier - Brown offers need-based waivers
• Follow up on application status if deadline passes without decision

How to Prepare

• Excel in your current STEM coursework - maintain strong grades in biology, chemistry, physics, environmental science
• Take prerequisite courses listed for your desired Brown courses before applying
• Identify which specific STEM course interests you most based on your curriculum and interests
• Seek out teacher recommendation writers early (by winter break) and request letters 2-3 weeks before application deadline
• Research Brown's specific STEM courses and their descriptions on precollege.brown.edu
• Write draft statements explaining your STEM interests - be specific about what fascinates you
• Consider doing prior STEM projects, research, or competitions to strengthen application
• Request information session or connect with Brown program staff if questions arise
• Prepare with understanding that coursework will be college-level and rigorous
• Research housing and logistics if considering on-campus option
• Gather transcripts from your school in advance of application opening

Resources

• Official Brown Pre-College catalog: catalog.precollege.brown.edu
• Brown Pre-College website main portal for applications
• Brown University STEM department websites for course descriptions
• Brown admissions blog and social media for tips and student spotlights
• Khan Academy for STEM refresher courses
• Your high school guidance counselor for guidance on applications and recommendations
• YouTube channels on biotechnology, marine science, environmental science for research
• Books: 'The Essential Guide to Summer Programs' by Peterson's
• College essay guides for writing compelling statements of purpose
• Previous summer program participants (if you can connect via Brown alumni network)

Time Needed

3-4 months of preparation is ideal. Start browsing courses in October-November, prepare application materials by December, write essays by January, submit by February-March for best results. Minimum: 6-8 weeks if applying to deadline; longer timeline better for strong application

Successful applicants typically have: 3.7+ GPA with particularly strong grades in STEM courses, enrolled in honors/AP science classes, completed prerequisites for chosen course, demonstrated prior STEM engagement (science club, research project, STEM competition, volunteer experience), thoughtful articulation of why they chose specific course, strong teacher recommendations from STEM teachers, intellectual maturity and readiness for college classroom, geographic diversity (both domestic and international students accepted), mixed socioeconomic backgrounds (financial aid available)

Brown Pre-College STEM programs are moderately prestigious and viewed positively by college admissions officers, particularly for Ivy League and selective schools. Impact depends on how presented: Taking rigorous, specialized STEM courses (biotechnology, marine science research) shows more commitment than general biology. Participating in on-campus research component carries weight. Demonstrates serious STEM interest if applying to STEM-focused colleges. More impactful if student is from under-resourced area without access to AP/honors STEM courses. Many top-tier colleges recognize Brown Pre-College; it signals academic readiness and intellectual engagement. However, not sufficient alone - should be one part of strong overall application. Admissions officers view it more favorably than generic summer camps but less transformative than peer-reviewed published research. Strongest impact when student can articulate specific skills gained and how they influenced college choice/major

• Congressional App Challenge — Tier 3, competition
• ARML (American Regions Mathematics League) — Tier 3, competition
• AMC (American Mathematics Competitions) — Tier 3, competition
• National Science Bowl — Tier 3, competition
• Science Olympiad — Tier 3, competition