Abstract:

The rapid and continuous transformation of the biotechnology sector has significantly increased the demand for multidisciplinary profiles, highlighting the need to strengthen the alignment between advanced university education and industry-driven competencies. The solid theoretical foundation acquired by graduates during their studies often fails to translate into stable and specialized employment, revealing a real mismatch between academic training and labor market expectations. One of the main causes is the predominantly theoretical orientation, which limits the development of applied skills, management capabilities, and knowledge transfer.

This study explores the relevance and effectiveness of the content delivered in the Master’s Degree in Clinical Biotechnology at Universidad Europea de Madrid in enhancing graduates’ employability, while assessing the importance of transdisciplinary training for this purpose. To this end, a case study is presented based on the practical experience of a student at Mirnax Biosens, a company dedicated to developing molecular diagnostic solutions using microRNA-based technologies.

During the internship period, the student worked across several departments (R&D, Quality, Marketing, and Business Development), gaining a comprehensive perspective of research, validation, and commercialization processes for biotechnological products. This experience illustrates the T-shaped professional approach, which combines deep expertise in a specific area with cross-functional literacy, enabling a holistic understanding of organizational processes and fostering cross-departmental integration. In R&D, tasks included nucleic acid extraction, primer design, and RT-qPCR assay optimization, applying knowledge acquired in Genomics, Proteomics, and Molecular Diagnostic Techniques modules. In the Quality Department, activities focused on reviewing Standard Operating Procedures (SOPs) and managing documentation under ISO standards, reinforcing the link between biosafety, regulation, and industrial quality. Finally, in Marketing and Business Development, the student contributed to the creation of scientific outreach materials and market analysis, developing skills in scientific communication, technology transfer, and innovation strategy.

Results indicate that the master’s program provides a solid and industry-relevant scientific and technical foundation; however, effective employability depends on additional factors, particularly the integration of professional internships that enable the application of knowledge in real contexts. Furthermore, soft skills—such as communication, leadership, critical thinking, adaptability, and teamwork—are highly valued by biotechnology companies, as they foster innovation and collaboration in multidisciplinary environments.

In conclusion, the experience at Mirnax Biosens demonstrates that combining advanced technical training with practical exposure in business settings is essential for employability in clinical biotechnology. Strengthening university-industry collaboration through programs that integrate applied projects, transdisciplinary methodologies, and transferable skills assessment emerges as a strategic priority. Future initiatives could include pilot cohorts co-designed with partner companies to cultivate profiles that combine deep specialization with cross-functional understanding, enabling graduates to drive innovation and contribute to integrated business development.

Keywords:

University Master's Degree, Employability, Transdisciplinary Training, Educational Innovation, Clinical Biotechnology.