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 on or near electrical installations. It is maintained by SESKO, Finland’s national electrotechnical standardisation body, and is aligned with the European standard EN 50110-1.
The standard defines different competence levels depending on the work involved, from basic awareness to permission to carry out live work on high-voltage systems.
How the System Works
Training under SFS 6002 is mandatory for relevant workers in Finland and must be renewed regularly. This already resembles a micro-credential model: the training is short, focused on a specific competence, valid for a limited time, and requires renewal.
The training usually lasts one to two days. It includes theory, practical learning, and an assessment. After passing, the learner receives certification allowing them to carry out specific electrical work.
The roles are clearly divided:
- SESKO defines the standard and competence requirements
- Training providers deliver the training
- Employers make sure workers hold valid certification
Why It Matters for the Automotive Sector
This is highly relevant to the automotive industry because electric and hybrid vehicles involve work on high-voltage systems. Technicians servicing batteries and electric drivetrains must work safely around dangerous voltages.
In Finland, SFS 6002 already applies to this kind of work. This means automotive technicians working on high-voltage systems must hold the relevant certification. For Autocredify, this shows that a functioning, trusted system for certifying safety-critical electrical competences already exists.
Key Strengths
From a micro-credential perspective, the Finnish model has several clear strengths:
- It is based on a recognised standard, so the learning outcomes, assessment, and meaning of the credential are clear.
- It requires periodic renewal, which helps keep competences up to date.
- It is strongly recognised by employers, because certification is required for certain types of work.
- It has clear governance, with defined roles for the standardisation body, training providers, and employers.
Limits of the Model
The Finnish approach also has limits. It works especially well because it is tied to a regulatory requirement. That makes it easier to secure recognition and demand.
This model may be harder to apply to areas that are not legally required, such as soft skills or newer digital competences. In those cases, extra mechanisms would be needed to ensure that credentials are valued and used.
Another limitation is that the system is not yet built around digital credentialing tools such as digital badges or European credential registries. The credentials are documented and verified, but not in a format designed for cross-border portability or learner-controlled digital use.
Conclusion
Finland’s SFS 6002 system shows that short, standards-based credentials for safety-critical competences can work well. In the automotive sector, where high-voltage work is becoming more common, it provides a strong foundation.
The next challenge is to connect this kind of established system to wider European micro-credential frameworks, improve cross-border recognition, and apply the same logic to a broader set of automotive competences.
Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Education and Culture Executive Agency (EACEA). Neither the European Union nor EACEA can be held responsible for them.