Alignment and Misalignment: A Comprehensive Analysis of undergraduate Biomedical Engineering Programs and Workforce Needs in Mexico

This study presents the first comprehensive analysis of all 60 undergraduate Biomedical Engineering (BME) programs in Mexico. We conducted a national curricular census of all 60 programs, a thematic analysis of graduate profiles, and a complementary employer survey. Curricular review, including stated aims, focus areas, and course content, was complemented by a survey of employers in the biomedical technology sector. The findings reveal a persistent misalignment between educational objectives and workforce needs. Although most programs formally prioritize medical device Design and development, only a minority offer formal, project-based Design coursework. Conversely, employer feedback indicates a greater demand for competencies in clinical engineering, such as medical equipment maintenance, healthcare technology management, and programming, with less emphasis on new device Design. The diversity of Mexico’s higher education institutions—including research universities, technological institutes, and teaching-focused universities—creates opportunities to develop differentiated BME pathways aligned with specific labor-market requirements. We argue for a strategic shift from a maintenance-centric to an innovation-oriented paradigm, facilitated by curricular models like the integrated spiral curriculum. These results highlight the urgent need to align program objectives, curricular implementation, and industry expectations to enhance the relevance and impact of BME education in Mexico.