EC should not be a separate collection of random activities. CIT begins with the student's strongest subjects, current coursework, intended field, academic deadlines, and available time. We then design a distinct, student-owned extension with a new question, evidence, user, or outcome that may lead to research, a competition, service, leadership, or a technical portfolio.
Academic performance comes first. Accepted evidence varies by university and route; awards and admission are not guaranteed. | Last reviewed: July 11, 2026
Grades, course rigor, examination results, and academic readiness are the foundation. CIT does not add a project when it would jeopardize required coursework. A small number of sustained, relevant, and verifiable activities is more useful than collecting unrelated certificates.
U.S. colleges may use activities to understand interests, initiative, contribution, and growth in context. In Korean admissions, the permitted evidence can vary by university, admission year, and route: outside competitions or awards may be restricted, or school verification may be required. We check the current official guide before choosing an output.
We select competitions that fit the student's level and goals — USACO, KSEF, Technovation Girls, CAC, hackathons, and more — and build a prep plan aligned with each competition's schedule. We design a strategy that raises the difficulty step by step while building a track record.
Students extend an academic interest with a new question, dataset, user, method, or outcome. The student must make the decisions, produce the code and evidence, and explain every part of the work.
We document the student's role, deliverables, development process, data provenance and limitations. GitHub, reports and presentations remain evidence the student can explain and are adapted only to formats the route permits.
Coding service, a club or mentoring begins with a real need and sustainable student time. Roles, participation and outcomes are recorded truthfully, with school verification planned where a route requires it.
1. Diagnose academics and time: Grade alone does not determine the start. Check current performance, examination and assessment deadlines, prerequisites, interests and realistic weekly time.
2. Define the boundary and new question: Record assessed work and restricted material, then add a new question, data, method, user or outcome. Obtain school verification or approval before building where required.
3. Build, verify and use stop conditions: The student creates and explains the work and records evidence. Reduce or stop if required work is late, grades fall, or authorship and ethics boundaries become unclear.
There is no universal ideal grade. Diagnose current academics, prerequisites, examination and assessment deadlines and realistic time, then begin with a scope the student can complete independently. Check each country, university and route for the period and format it permits.
Coding and AI are one way to extend a student's subject interests into research, an application, a competition, or service. CIT does not prescribe one universal core EC. We design authentic activities around the student's coursework, intended field, available time, and admissions route.
U.S. colleges may review activities in the context of the student's opportunities. Concrete evidence of interest, continuity, initiative, contribution, and growth can be useful. USACO, hackathons, student-built apps, and open-source contributions are possible examples, not universal requirements.
Korean universities do not share one universal EC requirement or fixed activity count. Whether an activity can be considered, whether an outside award may be submitted, and whether school verification is required depend on the university, admission year, and route. Check the current official guide before selecting a project.
After a consultation to understand your interests, target schools, and current skills, we design a grade-by-grade EC roadmap. We manage everything in an integrated way — prep plans aligned with competition schedules, project topic selection, portfolio building, and connecting leadership and volunteer activities.
EC strategy design is customized after an initial consultation to understand the student's situation. We'll go over specific costs in a free consultation. Reach out via KakaoTalk or phone (02-540-2922).
Wondering how to get started with your EC strategy? In a free consultation, we'll design an EC roadmap suited to the student's grade, goals, and interests. For the latest EC and competition news, follow @citaiservices.
Add us as a friend to get the latest AI education news
ACADEMIC → INDEPENDENT EXTENSION → VERIFIABLE EC
Protect grades and required school submissions first. Then branch into a new, student-owned question and document evidence that the applicable route permits.
Course knowledge + new question + new evidence + student ownership + verification = defensible EC
CIT helps students extend what they have learned into new work. We do not duplicate assessed submissions, write school coursework for students, or present old work as a new competition project. The student must make the decisions, create the work, and be able to explain every part.
CIT does not duplicate assessed submissions, write student coursework, or guarantee awards, international selection, or admission.
