국내기사
바이브코딩을 통한 ACME 플랫폼 개발 : 영어교육과 학생을 위한 인공지능 기반 진로·학습·상담 지원모델 연구 = Integrating vibe coding into ACME : an AI-driven career, learning, and counseling platform for English education majors
This study develops ACME, a comprehensive AI-based career support platform built through vibe coding. The ACME platform integrates four interconnected modules: Assistant AI, which supports preparation for the Secondary School English Teacher Recruitment Exams using a dataset of 806 English test items from 2002–2025 along with 365 documented success narratives systematically collected from Naver blogs (n = 167), online teacher certification communities (n = 101), university recruitment archives (n = 34), and YouTube interviews/vlogs (n = 63); Consultant AI, facilitating non-teaching career exploration through employment database integration and labor market intelligence; Mediator AI, coordinating institutional resources with individual career planning; and Educator AI, providing teaching methodology support via curated educational technology tools. Drawing on three primary data sources: (1) institutional records of career and extracurricular program participation (2022–2024), (2) a pre-survey of 54 English education majors, and (3) a post-pilot usability test involving 36 students—the study examined English education majors’ career identities, advising needs, and platform effectiveness. Findings from a preliminary needs assessment (n = 54) revealed significant career development challenges: while students demonstrated strong major satisfaction (55.6%) and interest (61.1%), only 44.4% expressed confidence in their career readiness confidence. Career aspirations fluctuated dramatically across academic years (first/second year: 76.9%/70.0%; third year: 33.3%; fourth year: 66.7%), reflecting students’ evolving awareness of teaching market realities. Demand for career counseling services tripled between 2022-2024 (20 to 61 annual participants), yet specialized programming for non-teaching careers markedly declined. A pilot evaluation (n = 36) confirmed platform utility, with highest ratings for examination preparation (M = 4.44) and teaching methodology resources (M = 4.36). Qualitative analysis revealed student requests for enhanced functionality including automated error-pattern detection, expanded non-teaching career outcome databases, community-based peer matching, and career-aligned activity recommendations. The study validates vibe coding as an effective method for enabling sustainable, low-cost platform development, demonstrating that regional universities can autonomously create department-level, discipline-specific AI systems supporting personalized, data-driven career guidance.