UNIVERSITY DETECTIVE · MAJOR PROFILE

Chemical engineering

What in this major can only be learned at university?

10-SECOND VIEW

At a glance

4-year tuition: ₩30.7mEngineering field avg ₩7.7m/yr × 4 (2026, before aid)
Total cost & opportunity cost: Calculate with my numbers
Degree requirement: Employer requiredNo statutory rule; process and R&D roles appear to require degrees (posting analysis not yet done).
Lecture parts AI can cover: Thermodynamics, transport, reaction engineering, mass balances
Hard for AI to replace: Hazardous materials, plant operation, pilot plants
Practice dependency: HighChemistry labs and process plant need hazard control and costly equipment.
Major–job match: Not confirmed by major · all 4-year grads 73.8% (KRIVET 2016)
Employment rate: 70.4%Engineering field, all higher education, 2024 graduates
Where the school spends: Official averages by type (per-school data not loaded)
Confirmed audit / misconduct: See confirmed cases

PRACTICE

High AMS ANALYSIS

Chemistry labs and process plant need hazard control and costly equipment.

Where the university is strong: Laboratory, Pilot plant, Expensive equipment, Controlled safety environment
Partial substitutes: Process simulation, CFD, Digital twinNo evidence simulation equals real practice.

LEARNING BY DOING

Failure costHigh

Safety riskHigh

Provable by portfolioLow

LicenceEmployer required

Failure can mean accidents, so learning on the job from scratch is hard.

DEGREE NECESSITY

Not combined into a score. Employer filters and network value stay empty without data (licensed jobs show the statutory rule).

ALUMNI

Answer at the alumni survey; distributions appear at 30+ responses.

OTHER MAJORS