L'impegno per un mondo più sostenibile sta plasmando l'ambiente di lavoro odierno, ridefinendo le esigenze delle competenze professionali. Per affrontare le sfide globali nel campo dell'energia, è necessaria una formazione tecnica di qualità, che stimoli e incoraggi l'innovazione e l'efficienza. Siate parte della soluzione. Sfruttate la nostra esperienza per arricchire i vostri programmi di istruzione e formazione tecnica, promuovendo competenze rilevanti in materia di sostenibilità.
Un numero sempre maggiore di organizzazioni e aziende integrano la sostenibilità nella loro pianificazione strategica e applicano metodi concreti per raggiungere obiettivi specifici di sostenibilità ambientale, come l'ottimizzazione delle risorse, la riduzione dei rifiuti, la prevenzione dell'inquinamento e la riduzione dell'impronta di CO2. Per raggiungere efficacemente questi obiettivi, è necessaria una forza lavoro qualificata, in grado di applicare e implementare questi metodi e misure.
Un'ampia gamma di soluzioni pratiche e complete, per lo sviluppo delle competenze necessarie al settore, per i lavoratori attuali e futuri, sia che si affaccino al settore per la prima volta, sia che cerchino di riqualificarsi o aggiornarsi.
Gli studenti delle scuole professionali e tecniche di matematica, informatica, scienze naturali, arte e tecnologia (MISAT), della scuola secondaria, della ricerca e dello sviluppo delle risorse umane industriali, beneficiano di percorsi di apprendimento che includono lo sviluppo di competenze green in diverse aree tecnologiche, per promuovere la sostenibilità ambientale. Queste aree includono l'automazione di fabbrica, dei processi e la gestione dell'acqua, la generazione di energie rinnovabili, l'elettronica, la potenza fluida e altro ancora.
L'ecologizzazione del curriculum contribuisce a soddisfare la domanda di lavoro in tutti i settori e nell'economia verde. I programmi di formazione possono facilmente affrontare temi di sostenibilità, come la decarbonizzazione e l'impronta di CO2, la transizione energetica, l'efficienza energetica e delle risorse, l'elettrificazione industriale, la mobilità elettrica, le energie rinnovabili, le reti intelligenti e la produzione sostenibile.
Sustainability is a holistic approach that aims to use ecological, social and economic resources in such a way that they are also available to future generations.
Dr. Oliver Niese, Member of the Management Board of Festo Didactic SE and Head of Digital Business at Festo, emphasizes the importance of green skills for the development of sustainable processes and technologies: "Green skills are necessary in order to be able to develop sustainable processes and technologies in the future to transform industry into a resource-efficient economy with ever lower emissions."
This is the contribution that we at Festo Didactic can make to ecological sustainability in particular. This is one of the fundamental pillars of sustainability and includes the responsible use and conservation of natural resources.
Our Green Skills approach comprises five key areas of action that make an essential contribution to promoting environmental sustainability.
The focus is on a modern production facility that integrates pioneering concepts such as CO2-neutral production, circular economy, resource and material efficiency and supply chain management. Forward-looking production techniques that contribute to reducing the ecological footprint are presented here.
This area covers automation technologies and solutions for the production of electric vehicles, batteries, solar cells and hydrogen technologies. The focus here is on innovative storage technologies, e-mobility and fuel cells, which form the basis for sustainable mobility and energy supply.
Another important element is the generation of renewable energy, represented by wind turbines and solar panels. In this area, the importance of smart grids, energy storage and management is emphasized in order to ensure an efficient and sustainable energy supply.
This area demonstrates the integration of sustainable building technology, which includes building automation, heat pump technology, smart home solutions, microgrids, photovoltaic systems and charging infrastructure. These technologies play a key role in increasing energy efficiency and promoting local energy production.
The water management area represents the processes of water and wastewater treatment. Efficient water use and management are crucial for conserving resources and protecting our natural water resources.
In an increasingly connected world, knowledge of IoT and cloud technologies plays a crucial role. Our educational solution enables learners to gain hands-on experience in real-time data processing and security protocols. This hands-on approach not only allows them to develop valuable skills, but also to directly access and utilize data from various sources.
The central role of networking through cloud-based systems, IoT gateways and dashboards enables comprehensive energy management and data visualization. This facilitates the integration of external plant data and existing laboratory facilities and learning systems to create a seamless and efficient training environment.
By connecting existing systems with new technologies, we can jointly shape a sustainable future and prepare the next generation for the challenges of a resource-efficient society. Use our expertise to enrich your teaching and training programs and promote relevant sustainability skills.
Use our extensive network of education and technology experts to support your teaching and training courses. We provide you with the resources with which you can train a skilled, environmentally-conscious workforce that can contributes to the sustainable development of your local environment and the world.
You can rely on our knowledge, experience and training solutions for all your technical education and training projects to achieve the maximum impact on workforce development, regardless of the scale.