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昆明冶金职业大学学报 ›› 2026, Vol. 42 ›› Issue (2): 74-.DOI: 10.3969/j.issn.1009-0479.2026.02.013

• 教学改革与实践 • 上一篇    下一篇

大数据与会计专业“岗课赛证”综合育人探索与实践——以昆明冶金职业大学为例

  

  1. (昆明冶金职业大学商学院,云南昆明650033)
  • 出版日期:2026-04-14 发布日期:2026-07-15
  • 作者简介:车 蒙(1989-),女(彝族),云南红河人,讲师,经济学硕士,主要从事会计、财务管理教育教学研究。
  • 基金资助:
    昆明冶金高等专科学校科研基金项目“新形势下云南中小微企业财务管理痛点及其对策研究以及对高职会计
    专业人才培养的启示”(2024xjy05)。

Exploration and Practice of Comprehensive Education Through the "Job-Course-Competition-Certificate" Model in the Big Data and Accounting Major: Taking Kunming Metallurgy University as an Example

  1. (FacultyofBusiness,KunmingMetallurgyUniversity,Kunming650033,China)
  • Online:2026-04-14 Published:2026-07-15

摘要: 数字经济时代,会计行业数智化转型对高职会计人才培养提出全新挑战。本文以昆明冶金职业大学大数据与会计专业为例,探索构建 “岗课赛证” 综合育人模式,重构 “基础 — 核心 — 拓展 — 实践” 四层递进式课程体系,融入智能财税、财务机器人等数智化新技术,打造岗课赛证深度融通的特色课程。依托省级双高专业群优势与双师型师资队伍,构建 “业务场景 + 仿真训练” 混合教学模式,实现 “1+X” 证书通过率 90% 以上,并在国家级职业技能竞赛中实现获奖零突破。实践表明,该模式通过四链融合生态重构与数智赋能教学改革,有效弥合了人才培养供给与产业岗位需求的结构性差距。同时,当前育人体系仍存在课程更新滞后、教学数据孤岛等问题。未来可通过共建行业课程标准、深化人工智能学情追踪应用等路径持续优化,为高职会计专业高质量育人提供可复制、可推广的实践范式。

关键词: 岗课赛证, 大数据与会计, 数智化转型, 课程体系重构, 产教融合

Abstract: Abstract: In the era of digital economy, the digital and intelligent transformation of the accounting industry presents new challenges for vocational talent cultivation. Kunming Metallurgy University's Big Data and Accounting major explores the "Job-Course-Competition-Certificate" integrated education model. This model reconstructs the "foundation-core-expansion-practice" four-level progressive curriculum system, integrating new technologies such as intelligent finance and accounting robots, and builds a curriculum system that links jobs, courses, competitions, and certificates. Supported by a provincial-level High-Level Higher Vocational College professional group and dual-teacher team, a "business scenario + simulation training" hybrid teaching model is created, achieving a "1+X" certificate pass rate of over 90% and a breakthrough in national skill competition awards. The practice shows that this model bridges the structural gap between educational supply and industrial demand through "four-chain integration" ecological reconstruction and "digital and intelligent empowerment" teaching innovation. However, challenges such as lagging curriculum updates and data silos remain. Future reforms should focus on co-developing industry standards and deepening the application of artificial intelligence in tracking learning growth, providing a replicable model for the high-quality development of vocational education.

Key words: Job-Course-Competition-Certificate, big data and accounting, digital transformation, curriculum system reconstruction, industry-education integration

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