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The United States has a highly decentralised education system, with many states, institutions, and employer networks operating independently. In this context, Credential As You Go (CAYG) was created to support short, stackable, and portable credentials that can be recognised across institutions and state borders. Rather than only valuing full degrees, CAYG promotes incremental credentialing, meaning […]

Ireland is one of the most advanced European countries in micro-credential development. Through the MicroCreds initiative and the work of QQI, it has built a national approach with clear design principles, governance, and digital support. This makes Ireland an important case for sector-specific credential development. The Irish Context Ireland’s focus on micro-credentials comes from the

Finland shows how an existing industry standard can work like a micro-credential. The key example is SFS 6002, the national standard for electrical safety and live work training. Our research examined this system to see what it can offer the automotive sector. What SFS 6002 Does SFS 6002 sets the safety requirements for people working

As part of the Autocredify project, our research examined existing micro-credential initiatives and related frameworks in five countries: Finland, Portugal, Spain, Ireland, and the United States. The aim was to identify established practices and draw lessons that can inform the development of sectoral micro-credentials for the European automotive industry. Why These Five Cases? Each of

Spain’s automotive maintenance and repair sector is being reshaped by electrification, digitalisation and tightening sustainability requirements. Traditional mechanical repair is increasingly combined with software diagnostics, battery management, electronic systems maintenance and connected vehicle technologies — pushing demand for skills such as high-voltage safety, EV battery diagnostics, ADAS calibration, software-based troubleshooting and even cybersecurity awareness for

Portugal’s automotive maintenance and repair sector is undergoing rapid change, driven by electric mobility, environmental regulation and increasing software integration in vehicles. Technicians now need a broader mix of electrical, digital and software-related competencies, with rising demand for skills such as EV/HV safety, battery systems maintenance, ADAS calibration and connected-vehicle diagnostics. As the fact sheet

Finland’s automotive maintenance and repair sector is adapting rapidly to the green and digital transition. As vehicles become more connected and technologically advanced — driven by electrification, software-enabled maintenance, ADAS and AI — workshops increasingly need technicians who can combine traditional repair expertise with high-voltage, electrical and software competencies. The fact sheet below maps out