High School to University-Ready

Learn to Code from Scratch

Year 1: Computing literacy is the foundational skill of the 21st century. Python is the right first language — used in AI, data science, and automation.

learning-read-12-books-year

Year 1: Reading 12 books a year builds the vocabulary and analytical thinking that all other academic work depends on.

Run Your First 5K Race with a Chip Time

Year 1: Physical baseline established early prevents the fitness drop that derails most students in exam years.

Start and Run a Study Group (12 Weeks)

Year 1: Leading a study group builds the facilitation and communication skills that universities are looking for in applicants.

Build and Deploy Your First Web App

Year 2: Shipping something that works on the internet is the most concrete proof of applied technical skill a 15-year-old can produce.

learning-complete-online-course

Year 2: Completing a rigorous online course (MIT OCW, Coursera, or similar) in a subject you are not taught in school proves intellectual range.

Write and Publish an Essay

Year 2: A published long-form essay — read by strangers — proves writing that works beyond a teacher's marking rubric.

Mentor 10 People in Your Area of Expertise

Year 2: Mentoring 10 younger students in one area of expertise proves you understand something well enough to teach it.

Become AI Engineer

Year 3: Optional stretch goal. Completing even the first 3 milestones of the AI Engineer outcome produces stronger evidence than most A-level computing coursework.

Write and Publish a Research Paper

Year 3: Writing a structured research paper forces you to engage with academic sources, form an original argument, and write to a standard reviewers can assess.

Get Your First 10 Paying Customers

Year 3: Optional. Getting 10 paying customers for anything — tutoring, a digital product, a service — is the most compelling evidence of practical capability a university applicant can produce.

Organise a Community Event (50+ Attendees)

Year 3: Organising a 50+ person event proves project management, community leadership, and the ability to make something happen without institutional backing.

Make Your First Open Source Contribution

Year 4: Optional. A merged open-source pull request is something a university admissions officer can verify directly — more credible than any grade.

learning-public-speaking-10-talks

Year 4: 10 public talks (school debates, community presentations, recorded talks) build the communication confidence that distinguishes candidates at interview.

Grow a Business to $1,000 MRR

Year 4: Optional stretch goal. $1K MRR from a student project is the strongest possible signal of entrepreneurial capability.

Coach Someone for Free for One Year

Year 4: Coaching one person for a full year proves sustained commitment to others' development — the quality that most distinguishes exceptional university applicants.

Free K-12 through university curriculum covering maths, science, computing, and humanities. Use it to fill any gap that your school curriculum leaves.

Free MIT course materials for every subject. Studying from MIT OCW in any subject proves you can engage with university-level content on your own initiative.

Harvard's free intro CS course. The single best free programming course for complete beginners. Do this before any other programming resource.

Free access to 60,000+ public domain books. Use it for the reading milestone — classic literature, science texts, and history all count toward the 12-books goal.

Free YouTube courses on every academic subject at high school level. Extremely well produced. Use it to preview any subject before studying it formally.