how I got into Stanford (stats, classes, ecs, and more)

Main ideas and lessons

• Admissions is not just perfect grades: The speaker emphasizes that they did not have a typical “straight 4.0” record, and that their essay played a major role in compensating for a GPA that wasn’t perfect.
• High academic rigor still mattered: They followed an unusually advanced course load for their district/campus (many Pre-AP and IB classes, plus limited AP offerings).
• Standardized testing strategy (test-optional): They benefited from being able to apply test-optional.
• Leadership + impact across extracurriculars: Their profile highlights leadership roles (student council, media/public information roles in Texas Model UN context, student ambassador) and community-impact projects (notably fundraising/material drives).
• Depth through research and specialized programs: They pursued research (extended essay, physics investigation) and a structured academic enrichment program through MIT (Semester Program).
• Consistency over time: Several activities span multiple years (e.g., media leadership roles, student ambassador returning as a senior, ongoing student council leadership).

Stats / academic positioning (as stated)

• GPA (weighted at submission): 4.92 out of 6
• Grade scale note: They say an A+ is 98+, and a “perfect” GPA requires meeting that threshold.
• Rank: 20 out of 720 students
  • Claimed placement: top ~4%
• Standardized testing: test-optional
  • They mention top percent performance “when it comes to SAT and ACT,” but specific scores are not provided in the excerpt.

Course schedule / classes (structured by grade level)

Campus / district structure

• Their high school buildings serve sophomore–senior years, while freshmen stay on a junior high campus.
• AP availability constraint: At the time, the only AP offered on their campus was AP Human (at freshman level), with broader AP options later but still limited by district rules.
• They describe a feed-in pathway:
  • 8th grade: PreAP high-school biology
  • 9th grade: PreAP physics

AP courses (limited)

• AP World History
• AP European History

Presented as their only two APs due to district limits.

Junior year (IB + AP mix)

• AP 2D Design
• AP Economics
• IB Program:
  • IB History of the Americas (noted as similar/co-seated with AP US History students; they take the AP US History exam at year end)
  • HL IB English SL Spanish
  • Theory of Knowledge (TOK)
  • IB HL Physics

Senior year (primarily IB + select AP/advanced math)

• IB 20th Century Topics (HL)
• IB English (HL)
• IB Math Applications Analysis (HL) (as labeled in subtitles)
• IB Physics (HL)
• TOK (noted again in senior-year list)
• IB Digital Societies (SL)
• AP Computer Science Principles
• AP Calculus AB and BC (noted as both)

Extracurriculars and experiences (detailed)

Leadership / student governance

• Student Council President (first activity on Common App)

  • Role in a statewide organization:
    • Their student council is described as connected to Texas Association of Student Councils (TASC).
    • Speaker claims TASC is the largest in Texas and among the largest nationally.
  • Scope/impact:
    • They describe working with ~3,000 members (district/region scale mentioned).
    • Fall conference coordinator(s):
      • Hosted a conference at their school for hundreds of students.
    • Human trafficking supplies drive:
      • Helped raise thousands of materials to support victims (described as a major platform initiative).

• Texas Model UN (extracurricular)

  • Media-focused responsibilities:
    • Junior year: Associate of Public Information Officer
      • Wrote newsletters and assisted the media undersecretary with publicity/content for large social audiences (Instagram/Twitter).
    • Senior year: Undersecretary of Media
      • Created a media team
      • Ran weekly media meetings
      • Took on more direct control of assignments and content production.

STEM / research / academic enrichment

• NASA SE internship (junior year)

  • Internship funded by NASA.
  • Worked with a NASA professional.
  • Team-based theoretical project:
    • Worked in a team of 5 others to create a theoretical Mars rover mission.
    • Submitted their research to AGU (American Geophysical Union).

• Extended Essay (IB “EE”) — Physics research

  • Investigated:
    • How temperature affects static friction of cotton/attire (subtitles say “atire”) on concrete
    • With the presence of water
  • Outputs:
    • Used ~100 pieces of data (as stated)
    • Wrote about a 20-page paper

• MIT “The Semester Program” (online enrichment)

  • Summer portion:
    • Chose a class and studied for two months
  • School-year portion:
    • Weekly meetings through about December
    • Included college-application process learning
  • Specific chosen area:
    • Electrical Engineering
    • Learned college-level EE basics, including:
      • Circuit fundamentals
      • Circuit board creation concepts
      • Breadboarding and circuit wiring basics
      • How circuits are engineered

Creative/media/community projects

• Overwhelmed Podcast
  • Created with two other IB seniors (Cast project).
  • Described as an “Instagram account” component.
  • Purpose:
    • Provides advice to students about college applications and “Fasta” (likely “FAFSA”/financial aid—auto-caption error possible)
    • Highlights clubs at their school
  • Function:
    • Acts as an outlet for school guidance/resources.

District representation

• Student Ambassadors (district program)
  • Selection:
    • 20 seniors/juniors selected overall
    • They accept only a small number of juniors (subtitles indicate “four six Juniors out of the 20,” suggesting juniors are limited).
  • Junior year:
    • Became an ambassador as one of the few junior selections.
  • Senior year:
    • Returning ambassador.
  • Responsibilities/benefits:
    • Worked district and event requests
    • Represented the district publicly
    • Interacted with school board members
    • Developed communication/advocacy and marketing skills.

Work experience

• Cone of Ice
  • Employment at a shaved ice business.

How the speaker frames the overall application strategy

They argue a successful profile can come from:

• A strong essay
• Challenging coursework (especially IB/advanced math/science)
• Leadership and service
• STEM research + structured enrichment
• Consistent participation over multiple years
• Test-optional strategy (when available)

Speakers / sources featured

• Speaker: Jazelle Ransom (identified in subtitles: “It’s Jazelle Ransom…”)

Organizations/sources mentioned

• NASA (NASA SE internship)
• AGU (research submission destination)
• Texas Association of Student Councils (TASC)
• MIT (Semester Program)
• IB (International Baccalaureate) Program
• Common App
• Texas Model UN (as referenced)
• School/district structures (campus and district AP/Pre-AP constraints)
• Cone of Ice (shaved ice business work)