Jeju Regional Growth Talent Development System (Anchor) · Project 1-①

Learn in Jeju.
Work in Jeju.
Thrive worldwide.

J-SCC is a semiconductor talent program led by Jeju National University together with Jeju Special Self-Governing Province, Jeju Technopark, local companies and research institutes. It opens semiconductors up not only to electronics majors but also to students from other schools in Jeju and to working engineers, and helps the people trained here go on to careers in Jeju and around the world.

Curriculum Apply

2026 – 2030Program period

4 fieldsDevices/process → Circuits → Systems → Test

6 institutionsRegion · industry · academia · research

VISION

A region where a Jeju-fit semiconductor talent system takes root, and where settling locally and industry linkage grow together

MISSION Engineers trained in Jeju go on to work in Jeju and anywhere in the world

MOTTOOpen Access,
Jeju Silicon

Jeju is an open island that people from almost anywhere in the world can enter without a visa. J-SCC wants semiconductors in Jeju to be just as open. Alongside industrial tools, we are building design courses around open PDKs and open-source EDA tools, hands-on sessions with real process equipment, entry courses that start with Arduino and FPGA boards, and online theory courses anyone can take. We start in Jeju, widen to all of Korea as the cross-regional Anchor program grows, and are open to international students, researchers and engineers from anywhere in the world.

Activities

What we do

EDUCATION

Practical curriculum

Four fields (device design and process, circuit design, system design, test and measurement), taught step by step from foundation to practical courses. Students carry a design through simulation, layout, fabrication and measurement.

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CONNECTION

Links to industry and jobs

For students: guest lectures and mentoring, site visits and internships, a showcase and hiring events. For working engineers and companies: short courses, workation and joint workshops.

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COLLABORATION

Regional collaboration

The university runs the education, companies and research institutes bring industry needs into the courses, and the provincial government and Technopark support the operation.

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Who we train

Who we train, and where they fit in the full cycle

We teach the semiconductor cycle in four fields, from design through fabrication to verification, and use campus labs together with partner facilities so that students make a real chip and a module.

① Device Design & Process (partial)Transistor design (TCAD) · device characteristics · hands-on with part of the front-end (oxidation, photo, etch, deposition)

② Circuit Design & FabricationAnalog, mixed-signal and RF circuits — simulation, layout, tape-out

③ System DesignDigital and systems — Verilog, FPGA, RISC-V, SoC

④ Test & MeasurementBack-end — EDS test, packaging; device, circuit and module measurement

Full-cycle map and courses by field →

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