Protect academics
Exams, predicted grades, required submissions and genuine understanding come first.
CIT Academic-to-EC Pathway
Turn IB, AP, and IGCSE learning into a deeper, verifiable EC
CIT protects academic performance first. Students then extend the same subject knowledge into a separate, student-owned project with a new question, new evidence, and a competition-ready outcome for KSEF, science fairs, coding challenges, CAS, or a technical portfolio.
Admissions evidence rules vary by university and admissions route. Competition results and admission are not guaranteed.
Exam preparation and EC do not need to become separate workloads
Treating exams, required coursework, competitions, portfolios and service as unrelated tasks increases workload and weakens the student’s narrative. CIT uses one sequence: academic performance first → independent extension second → verifiable EC third. Course knowledge and methods can become the foundation, but an assessed submission cannot be repackaged as a new activity.
Create something new
Add a new question, dataset, method, user, experiment or outcome.
Own and verify it
The student explains every decision and documents it with logs, code, work products and verification.
ACADEMIC-TO-EC FLYWHEEL
One path from learning to evidence
1. Learn
Courses, coding, research
2. Secure
Protect grades and deadlines
3. Separate
Map assessed-work boundaries
4. Branch
New question and contribution
5. Validate
Experiment and analysis
6. Externalize
Competition, service, deployment
7. Document
Truthful evidence packet
Course knowledge + new question + new evidence + student ownership + verification = defensible EC
Reuse the learning—not the assessed submission
Before an extension begins, the student records the boundary around previous reports, code, data, figures and teacher feedback. A stricter school, curriculum or competition rule always takes priority.
Green · Normally reusable
Subject knowledge, programming languages, statistical techniques, research skills, general topic interests, public literature and software tools
These may form the foundation of an extension.
Yellow · Review required
Earlier source code, raw data, a prototype, survey instrument, school lab procedure or teacher feedback
Use only when permitted, disclosed and materially extended.
Red · Do not resubmit as new
An assessed report, copied text, the same figures or conclusions, substantially identical code or experiment, or mentor-written work
These cannot be presented as a separate original project.
CIT helps students extend what they have learned into new work. We do not duplicate assessed submissions, write school or competition submissions for students, or present old work as new. The student must make the decisions, create the work, and be able to explain every part.
Subject-by-subject extension examples
These are illustrations, not guaranteed competition categories or outcomes. Every row remains readable without JavaScript.
| Academic anchor | Independent extension | Potential output | Required separation |
|---|---|---|---|
| IB Computer Science IA | Compare alternative algorithms with a new dataset and performance criteria | KSEF research, technical paper, GitHub benchmark | New question, experiments, analysis and deliverable |
| IB Math AA/AI | Compare models and uncertainty on an expanded dataset | Data-science research or science fair | New dataset and substantially new analysis |
| IB Biology / Chemistry | A separate protocol or public-data prediction study | KSEF or school science fair | Separate experiment, evidence, conclusions and approvals |
| IB ESS / Geography | Model a local issue with satellite, climate, pollution or municipal data | Environmental research or community dashboard | New question, data pipeline, users and impact |
| IB Psychology / Economics | Analyze public data or build an ethical learning or policy tool | AI+X project or policy simulator | New question, analysis and product; ethics review where needed |
| AP Computer Science A | Deploy an application with accessibility, testing and real users | App challenge or technical portfolio | Major functional and architectural extension |
| IGCSE Computer Science | Turn a programming concept into a usable, tested tool | Coding challenge or portfolio | More than a polished copy of the class exercise |
| CAS coding activity | Run a sustained community program and measure outcomes | School-verified service EC | Genuine service, truthful records and measurable outcome |
| Extended Essay topic | Build a separate tool, replication study or adjacent experiment | Science fair or technical portfolio | No duplicated text, figures, conclusions or similar submission |
No example matches these filters. Try another combination.
ROUTE BEFORE ACTIVITY
Korean admission: identify the route first
Foreign-national, full-overseas-curriculum, overseas-Korean and domestic routes may accept different evidence. CIT does not describe a particular number of ECs as a universal requirement.
Foreign-national: confirm official student and parent nationality requirements.
Full curriculum overseas: confirm recognized schools, semesters and graduation.
Overseas-Korean: confirm schooling, employment, residence and activity forms.
Domestic: do not infer an overseas route from international-school attendance alone.
- Confirm the university, cycle and route
- Check accepted activity type and period
- Check school issuance or verification requirements
- Keep IB/AP scores separate from activity evidence
COURSEWORK TO KSEF
When a course concept can become a KSEF project
- 1. Record assessed work and restricted materials.
- 2. Define a new question not answered by the course submission.
- 3. Add new data, experiment, method, user or application.
- 4. The student creates the code, analysis and research log.
- 5. Prepare a defensible report, poster, demo and technical Q&A.
Student ownership and verifiable evidence
What the student must do
- Understand and choose research or design decisions
- Create code, experiments, analysis and writing within allowed support
- Disclose sources, prior work and mentor support
- Explain errors, limitations, failures and iteration
- Answer technical questions independently
Project evidence packet
- Title, dates and the student’s exact role
- Problem, prior learning and new contribution
- Methods, tools, provenance and student-created work
- Results, limitations, iterations and failures
- Log, repository, presentation, school or competition verification
A report, poster, demo, repository and award may be several artifacts from one coherent project; they are not automatically several separate activities.
Plan by grade and deadline
Grades 8–9
Explore subjects while building Python, statistics, research and small-project habits. Build explanation skills before collecting activities.
Grade 10
Connect subject choices to possible majors, select one sustained extension direction and plan how it can be verified.
Grades 11–12
Block out exams, IA, EE and application deadlines first, then choose a narrow independent extension that can be completed authentically.
Pause or reduce the project when
Required coursework is late, performance is below target, the student cannot explain the work, it becomes too similar to assessed material, safety or ethics approval is missing, or there is not enough time to finish authentically.
Frequently asked questions
Are ECs required for Korean university admission?
There is no fixed number of extracurricular activities required across all Korean universities and routes. Activities may support a document-based review, but accepted evidence and its importance vary by university, admissions year and route.
Does completing IB CAS make an applicant distinctive?
CAS is required for the IB Diploma, so completion alone is not necessarily distinctive. A sustained CAS project can become meaningful evidence when it demonstrates initiative, contribution, leadership, measurable outcomes and school verification.
Can an IB IA become a KSEF project?
The concepts and skills learned through an IA may support a separate independent extension. A student should not resubmit the same report, code, figures, data analysis or conclusions. A KSEF project needs a distinct question, new work and a separate deliverable.
Should a student prioritize EC over IB scores?
No. Course performance, rigor, examination results and academic readiness remain the foundation. CIT reviews exams and required coursework first and recommends an extension only when it fits the academic calendar.
Does winning KSEF automatically help Korean admissions?
No. Whether the evidence can be submitted and how it is evaluated depend on the university and route. Regardless of the result, the project may still support subject depth, a technical portfolio, interview preparation and exploration of a prospective major.
How many ECs should a student have?
CIT does not prescribe an arbitrary number. A small number of sustained, coherent, verifiable activities that the student can explain is generally more useful than collecting unrelated certificates.
COURSEWORK-TO-EC DIAGNOSTIC
Get My Coursework-to-EC Map
This takes about four minutes. We begin with academics, the assessed-work boundary and a realistic timeline. Do not submit passport numbers, national ID numbers or immigration documents.
Published and reviewed by: CIT Intelligence Architect · Last reviewed: July 11, 2026
This page provides educational orientation, not an official admissions-eligibility determination. Confirm eligibility directly in each university’s official guide for the applicable admissions year.