Most competency models were built for a world with clear functional boundaries: engineers did engineering, IT professionals managed systems and information systems specialists handled business applications. Industrie 4.0 dissolved those boundaries. A competency model for Industrie 4.0 employees is how an organisation defines what capable performance looks like when those three groups work inside the same cyber-physical production environment. This article explains the best-known example, how it is structured and how an HR professional can use it.
What Is a Competency Model for Industrie 4.0 Employees?
It is a structured set of competencies that defines the integrated skills, knowledge and observable behaviours needed to work in cyber-physical production environments, organised by role type and proficiency level. It gives an organisation a common language for the three functions most changed by digital manufacturing: information systems, IT and engineering. For one role in your organisation, the selection and required levels are a competency profile.
The most cited example is the model developed by Prifti, Knigge, Kienegger and Krcmar at the Technical University of Munich and published in 2017. It extends the SHL Universal Competency Framework, which had defined twenty behavioural competency dimensions, to fit the demands of Industrie 4.0 roles. The result is a domain-specific model that sits on a validated, established base and does not start from a blank page.
Prifti et al. (2017) extend a behavioural base with Industrie 4.0-specific competencies.
A note on terminology. A competency framework is also called a competency model, especially in the United States. I use competency profile for the competencies and required levels for one role, and competency matrix for the grid of required against current proficiency. Usage varies by region, and I explain the differences in this competency model definition.
Why It Exists
Industrie 4.0 created a convergence problem. Engineers began working directly with IoT platforms and data streams. IT professionals found themselves managing operational technology that once sat wholly inside engineering. Information systems specialists began designing systems that span the production floor and not only the back office.
Generic competency sets do not account for the overlap. A standard engineering set misses data literacy and systems integration. A standard IT set does not address cyber-physical systems or production constraints. A standard information systems set misses the physical process knowledge needed once systems connect to machinery. A purpose-built profile defines capable performance across all three with enough specificity for workforce planning, talent assessment and learning design.
How It Works in Practice
The Prifti et al. model separates two kinds of competency: those shared by every Industrie 4.0 employee and those specific to each of the three functional variants.
The shared layer
Digital and data literacy, systems thinking, an understanding of cyber-physical integration and the ability to work in interdisciplinary teams where engineering and IT knowledge coexist.
The role-specific layer
Information systems professionals concentrate on business process integration and data architecture. IT professionals concentrate on infrastructure, security and operational technology interfaces. Engineers concentrate on production systems, automation and physical process control. Each set extends the shared core with the technical competencies for that domain.
In use, organisations build role profiles that link Industrie 4.0 job requirements to competencies and proficiency levels, and these drive hiring criteria, performance expectations and capability development. The level dimension matters because the same digital literacy competency looks very different at foundation and at expert level. For how to write the indicators, see my guide to observable behaviours.
The same competency looks different at foundation and at expert level.
What It Is Not
Industrie 4.0 names a specific industrial context, not any digital change.
- Not a skills taxonomy. A taxonomy classifies discrete abilities into categories. The profile organises integrated performance requirements combining skills, knowledge and context-specific behaviour. The SFIA framework is a skills framework, not a competency profile, and the two should not be used interchangeably.
- Not a job description. A job description defines tasks. You cannot assess performance against it, but you can against a profile with indicators at each level. See my guide to competency.
- Not a general digital transformation profile. Industrie 4.0 is a specific industrial setting of cyber-physical systems, automated production and operational and information technology working together. Profiles built for digital change in general do not map accurately onto it.
Named Standards That Help
The SHL Universal Competency Framework is the behavioural base of the Prifti et al. model, with twenty dimensions across leadership, interpersonal skills, thinking styles and task execution. The European Commission's DigComp framework defines digital competence across five areas, and its information and data literacy and problem-solving areas apply most directly here. SFIA offers a parallel reference for IT and information systems competencies, and its levels of responsibility, accountability, complexity and influence map neatly onto the level dimension a profile needs. Plattform Industrie 4.0, backed by the German Federal Government, publishes workforce guidance that grounds the profile in the policy and industrial context where it began. For a related data-focused set, see my guide to data analytics competency frameworks.
Common Failure Modes
- The label without the specificity. Organisations announce an Industrie 4.0 profile and apply a generic digital skills checklist. The assessment then measures whether people can name Industrie 4.0 technologies, not whether they can perform in roles that depend on them.
- No convergence. Separate sets for IT, engineering and operations miss the interdisciplinary demands that define the setting.
- Left to age. A profile written for 2018 production environments will not describe a 2026 workforce. Technical domains need active revision cycles, not periodic reviews.
Trade-Offs and Constraints
A domain-specific profile gives precision at the cost of portability. Its specificity limits use in non-manufacturing digital roles, so organisations operating across sectors cannot assume it transfers. The Prifti et al. model was developed and validated in a German and European industrial context, and regulations, industrial standards and workforce demographics differ elsewhere, which calls for localisation and not direct adoption. Maintaining a three-domain profile also needs coordinated governance across information systems, IT and engineering. Without clear ownership, functions update their own role requirements and the shared layer drifts. The wider competency framework is what keeps it consistent.
FAQ
What competencies does it include?
Shared competencies such as digital literacy, systems thinking and interdisciplinary collaboration, plus technical competencies for information systems, IT and engineering. The Prifti et al. model extends the SHL Universal Competency Framework with Industrie 4.0-specific additions.
How is it different from a general IT competency model?
A general IT set covers technology roles in many contexts. An Industrie 4.0 profile is specific to cyber-physical production and covers the convergence of information systems, IT and engineering, including operational technology and physical process understanding.
Which framework underpins the most cited example?
The SHL Universal Competency Framework, which provides a validated twenty-dimension behavioural base that the 2017 Prifti et al. model extends.
How do organisations use it?
To build role profiles with defined levels, assess current workforce capability against them and identify development priorities, and to inform hiring criteria where information systems, IT and engineering knowledge must coexist.
Is it the same as a skills framework?
No. A competency profile defines integrated performance requirements at levels. A skills framework classifies discrete abilities. They can be used together but should not be conflated.
Does it need adapting outside Germany?
Yes. The architecture transfers, but the content should be reviewed against local regulation, industrial standards and role structures.
