Industry 5.0 success hinges on workforce training and new competence development

Industry 5.0 represents a new industrial era that prioritizes human-centricity, sustainability, and resilience alongside advanced technologies. The study highlights that training is not simply a support mechanism but the bridge between strategy and execution in organizations moving toward this model. By analyzing training interventions across six companies spanning sectors from automotive robotics to electronics, the researchers tested whether upskilling programs could embed Industry 5.0 principles into daily work practices.

A new international study published in Machines has found that structured training programs are vital to preparing companies for the shift to Industry 5.0.

The research, titled "Training for Industry 5.0: Evaluating Effectiveness and Mapping Emerging Competences", provides fresh evidence on how experiential learning methods shape workforce readiness for this new industrial paradigm.

Can Industry 5.0 be integrated into current training systems?

Industry 5.0 represents a new industrial era that prioritizes human-centricity, sustainability, and resilience alongside advanced technologies. The study highlights that training is not simply a support mechanism but the bridge between strategy and execution in organizations moving toward this model. By analyzing training interventions across six companies spanning sectors from automotive robotics to electronics, the researchers tested whether upskilling programs could embed Industry 5.0 principles into daily work practices.

The findings show that training integration is feasible, but outcomes are highly dependent on organizational context. Internal incentives, such as reducing workforce turnover, achieving digital transformation, or advancing sustainability targets, play a key role in shaping training design and results. Companies that already embraced digitalization were more likely to benefit from structured upskilling, while those prioritizing green innovation used training to align workforce capabilities with sustainability goals.

A meta-analysis conducted by the team revealed consistent positive effects across participating firms. Employees demonstrated stronger knowledge acquisition, improved adaptability, and greater confidence in autonomous decision-making. However, the scale of success varied. Some companies showed marginal gains with traditional training approaches, while others experienced transformative improvements when experiential learning was introduced. The study concludes that Industry 5.0 integration through training is viable, but case-specific factors dictate the magnitude of impact.

Are experiential learning approaches more effective?

The study analyses whether experiential learning methods, namely Teaching Factories and Learning Factories, are more effective than conventional training in preparing workforces for Industry 5.0. Both approaches emphasize hands-on engagement: Learning Factories simulate real production environments for skill practice, while Teaching Factories link companies with academic partners to solve practical industrial problems.

The study found that experiential approaches outperformed traditional learning models. Employees trained in factory-based environments showed stronger gains in self-efficacy, resilience, and sustainability awareness. These interventions not only improved technical skills but also fostered a cultural shift toward digital adoption and collaboration.

Meta-regression analysis confirmed the added value of combining experiential learning with psychological and behavioral components such as reflective practice and motivation-building. These elements amplified the effectiveness of training and promoted long-term engagement. While the researchers noted that only a limited range of methods was tested, the evidence strongly supports expanding experiential training in Industry 5.0 strategies.

What competences are emerging in the Industry 5.0 transition?

The study mapped the emerging competences most relevant to Industry 5.0 workplaces. Using principal component analysis, the researchers identified new clusters of skills that go beyond traditional operational capabilities. These include decision empowerment, adaptive operational readiness, cross-functional readiness, and sustainability awareness.

The findings point to a shift where technical expertise must be complemented by human-centric skills such as empathy, collaboration, and organizational fluency. Emotional intelligence is no longer peripheral but an integral part of Industry 5.0 readiness. Competences such as empathy and operational agility emerged as key traits, underscoring the growing importance of social and cognitive flexibility in complex, technology-rich environments.

The classification of competences across work systems, technology, and social dimensions highlights the need for balanced socio-technical training models. Employees must be equipped not only to manage advanced technologies but also to collaborate effectively, adapt to change, and align with sustainability and resilience goals.

Outlook and policy implications

The research confirms that the transition to Industry 5.0 is achievable, but demands carefully structured training strategies linked to company-specific incentives. Experiential learning stands out as a powerful tool for bridging the gap between theory and practice, while competence mapping ensures that emerging needs are systematically addressed.

The authors caution that outcomes remain context-dependent, requiring flexible frameworks and updated templates that incorporate new educational technologies such as augmented and virtual reality. They argue that training should be treated not just as knowledge transfer but as a catalyst for cultural transformation in organizations.

Looking ahead, the study points to the critical need for standardized assessment tools, broader stakeholder engagement, and the inclusion of vocational education and public-private partnerships in scaling Industry 5.0-aligned training. With global competition intensifying, firms that invest in human-centric, resilient, and sustainable training ecosystems will be better positioned to navigate industrial change and secure long-term growth.