← Full detailed plan

Mia Zhang

Grade 12 Β· Cybersecurity / Computer Science Β· MD
Portfolio read
85
Strong
3 High 0 Medium 0 Low
GPA
3.89
SAT
1510
Target major
Cybersecurity / Computer Science
Schools analyzed
3
Activities
4
Days to RD
174 days

Schools

verdict Β· committee confidence Β· drill in
High Georgia Institute of Technology-Main CampusCybersecurity / Computer Science Medium confidence Analysis β†’
High University of Maryland-College ParkCybersecurity / Computer Science Medium confidence Analysis β†’
High Purdue University-Main CampusCybersecurity / Computer Science High confidence Analysis β†’

Priority actions

ROI-ranked Β· what moves the needle now
1
Build and open‑source a cybersecurity tool (for example an automated vulnerability scanner, web security testing tool, or CTF practice platform) and publish it on GitHub with documentation and community outreach.
⭐ Wanted by 2 schools 🎯 Georgia Institute of Technology-Main Campus, Purdue University-Main Campus βš™ Medium effort πŸ•’ Start immediately; release a usable version within 2–3 months
2
Explicitly document your academic rigor in applications: list highest math reached, AP/advanced STEM courses, and any CS coursework to remove uncertainty about CS readiness.
🎯 University of Maryland-College Park βš™ Low effort πŸ•’ Immediately when completing application coursework sections and additional information
3
Explicitly document your highest math and CS coursework (AP/advanced CS, AP Calculus, dual‑enrollment math, etc.) in the application activities or additional information section if not obvious on the transcript.
🎯 Purdue University-Main Campus βš™ Low effort πŸ•’ before submitting applications
4
Add explicit academic rigor evidence: list highest math, CS, and physics courses taken (especially Calc BC, advanced CS, or dual‑enrollment computing).
🎯 Georgia Institute of Technology-Main Campus βš™ Low effort πŸ•’ Immediately in application materials
5
Publish detailed technical writeups of your vulnerability discoveries (responsible disclosure timelines, technical analysis, exploit explanation) on a blog or GitHub.
🎯 University of Maryland-College Park βš™ Medium effort πŸ•’ Within 1–3 months before application deadlines
β–² Strengths
  • Strong academic indicators with a 3.89 GPA suggesting consistent academic performance.
  • 1510 SAT indicating strong analytical and problem‑solving ability, especially relevant for technical fields.
  • Academic profile strong enough to warrant deeper review even without additional context.
  • Strong academic indicators with a 3.89 GPA and a 1510 SAT, suggesting consistent academic success and strong general academic ability.
β–Ό Gaps & risks
  • No evidence in the summary of technical engagement (projects, coding, security exploration, or computing communities) despite applying for Cybersecurity/Computer Science.
  • Missing transcript context, including course rigor, advanced math progression, or computer science coursework.
  • Unclear motivation for choosing cybersecurity specifically, with no visible narrative of how the interest developed.
  • No visible evidence of math or STEM rigor (e.g., calculus, advanced statistics, physics, or computer science coursework) in the available snapshot, making it unclear whether the 3.89 GPA reflects preparation for a rigorous CS or cybersecurity curriculum.