If you're looking for the Dutch version of the VET-module, you can find it here! English version and adaptation guide can be found below.
Comprehensive curriculum
The GRIT VET Module covers the entire energy and production chain — from climate awareness and energy generation to storage, industrial applications, and safety. This integrated approach helps learners understand how each part of the system contributes to reducing emissions and improving sustainability. Teachers can use the module to link different technical domains, providing students with both a broad overview and focused technical competences.

EQF level 4 technician focus
Designed specifically for EQF Level 4 learners, the module targets the skill level where theory meets practice. It strengthens the technical foundation of students and employees preparing for operational roles in energy, process, and maintenance sectors. By emphasising hands-on learning and critical understanding of sustainable technologies, the module ensures learners can work confidently and safely in rapidly evolving industrial environments.

Practical and industry-driven
The module was developed in close cooperation with companies active in the green transition. Real business cases, technology examples, and workplace practices are built into the content, ensuring maximum relevance. Learners gain insight into how sustainability is applied in production sites, logistics operations, and energy systems. This strong connection to industry helps bridge the gap between classroom learning and real-world employment opportunities.
For students and employees
The GRIT VET Module is designed for a dual audience. It serves both VET students entering technical careers and employees seeking to upskill or reskill in green technologies. This dual focus makes the module an ideal tool for schools and companies that want to align their training strategies with the demands of the sustainable economy.
👉 Teach. Train. Transform.
Equip your learners and workforce with the skills that power Europe’s green industrial future.