Research on the Reform Path of New Engineering Education from the Perspective of Professional-Innovation Integration

Abstract

Emerging engineering fields are changing the knowledge boundaries, work processes, and value expectations associated with engineering occupations. Conventional programs, however, often treat disciplinary instruction and innovation-entrepreneurship education as separate curricular domains. Professional courses emphasize established theories and technical procedures, while innovation courses are commonly delivered as general electives, competitions, or short-term training detached from engineering problems. This separation limits students' ability to define open-ended problems, combine knowledge across fields, test technical ideas under operational constraints, and convert prototypes into solutions with social and economic value. Professional-innovation integration offers a reform perspective in which innovation is embedded in the formation of engineering competence rather than added after professional learning. Using literature analysis, comparative analysis, and inductive reasoning, this paper clarifies the connotation and operating logic of professional-innovation integration, compares conventional and integrated education models, examines three reform modes, and identifies recurrent institutional constraints. The analysis shows that effective reform depends on coordinated changes in curriculum architecture, practice settings, faculty work, evaluation, and organizational support. A systematic path is therefore proposed: reconstruct competency-based curricula around authentic engineering tasks; establish a progressive practical teaching ecosystem linking laboratories, projects, competitions, and enterprise settings; develop cross-boundary faculty teams with joint teaching and technical service responsibilities; redesign assessment around evidence of engineering judgment and innovation processes; and create stable governance and resource arrangements. The resulting framework places disciplinary depth, design capability, entrepreneurial judgment, professional ethics, and interdisciplinary collaboration within the same talent cultivation process. It provides an institutional reference for engineering colleges seeking to respond to artificial intelligence, intelligent manufacturing, green technology, and other emerging technological demands without weakening the foundations of professional education.