Integrating R&D space projects into aerospace engineering master's education at MCAST

Purpose This research study evaluates the efficacy of research-based learning (RBL) in bridging the persistent epistemological and practical gap between theoretical vocational education and industrial research and development (R&D) within the Level 7 aerospace curriculum at the Malta College of Arts, Science and Technology (MCAST). As the global aerospace sector undergoes a structural transition toward Industry 4.0 and the “New Space” commercial paradigm, conventional transmissive instructional models prove insufficient for equipping postgraduate students with the multidisciplinary, adaptive competencies demanded by the industry. Design/methodology/approach This article systematically examines the pedagogical integration of active, high-stakes space missions, specifically the Advanced Spacecraft Technology for Repairing of Broken External Armor using cold-welding adhesion Treatment (ASTROBEAT) and the Smart Ballistic Optimization for Repairing of Aerospace Exostructures using 3D-printed Kevlar (SBORAEK), into the MCAST Master of Science in Aerospace Engineering. The study contextualizes this educational framework within the strategic expansion of Malta as an emerging space nation, analyzing the structural imperatives dictated by the Malta Space Act, the European Space Agency's Plan for European Cooperating States (ESA PECS) and the impending harmonization driven by the proposed EU Space Act. Findings Utilizing a systematic desk-based qualitative methodology, the research synthesizes literature on experiential learning, andragogy, transdisciplinary STEAM integration and digital quality assurance. The findings suggest that involving students in orbital experiments and hypervelocity impact research supports the development of EQF Level 7 competencies. The analysis provides a framework for institutions seeking to transform student learning from passive theoretical absorption into active contributions to the international space sector, ensuring rigorous alignment with contemporary industrial, legal and regulatory standards. Research limitations/implications While this study provides a comprehensive framework for integrating RBL into vocational aerospace education, several limitations must be acknowledged. First, the analysis relies predominantly on desk-based qualitative literature review and curriculum evaluation rather than longitudinal quantitative data. Consequently, the direct long-term impact of these initiatives on graduate employability and career trajectory remains to be empirically validated. Second, the study is situated within the specific institutional context of MCAST and the Maltese aerospace sector; therefore, the findings may not be uniformly generalizable to larger institutions or nations with fundamentally different regulatory and industrial landscapes. Practical implications This study provides a practical framework for higher education institutions to transition students from theoretical learning to active aerospace R&D. It demonstrates how embedding real space missions into curricula equips graduates with industry-ready competencies, systems engineering skills and regulatory awareness of frameworks like the EU Space Act and ESA standards. Practically, this model requires institutions to adapt their assessment strategies and secure sustained investments in laboratory infrastructure and international collaborations. Ultimately, aligning vocational education with high-stakes industrial research drives workforce development and builds innovation capacity within emerging space nations. Social implications By integrating high-stakes aerospace research and transdisciplinary STEAM activities into vocational education, this framework democratizes access to the international space sector for students in emerging space nations like Malta. The inclusion of public-facing initiatives, such as broadcasting space-inspired musical compositions from the International Space Station, translates complex astronautical concepts into accessible cultural experiences. Consequently, educational institutions within smaller member states can actively drive regional innovation ecosystems, elevate national technological visibility and cultivate a skilled workforce capable of contributing to global orbital sustainability and the broader European space economy. Originality/value This study provides original value by examining the rare integration of active, high-stakes space missions, such as ISS orbital experiments and hypervelocity impact tests, into a postgraduate vocational aerospace curriculum. While existing literature frequently focuses on simulated project-based learning, this research uniquely evaluates live RBL within the specific context of an emerging space nation, Malta. It provides a valuable, scalable framework for institutions to successfully bridge the gap between theoretical instruction and industrial R&D. Furthermore, it uniquely synthesizes pedagogical theories with contemporary regulatory paradigms, including the ESA PECS framework and the proposed EU Space Act.