Project Based Learning Activities
Explore our Project Based Learning workshops designed to bridge the gap between classroom theory and industry reality. These guides help educators implement high-impact activities that transform students into active investigators, ready to solve the technical and sustainability challenges of the future energy sector.
3.1 Designing Solar Self-Consumption Systems: From Individual Homes to Energy Communities
Your guidance will transform students into professional energy consultants ready to architect both individual and community-level solar solutions for a greener economy.
3.2 Design and implementation of a Portable Solar Energy Systems
Through this workshop, you will empower students to become skilled energy investigators capable of deploying portable green energy solutions in real-world environments.
3.3 Energy Efficiency and Smart Control Project in Lightning Systems: (Pilot Zone Implementation)
This session enables you to prepare students for the digital energy sector, giving them the proficiency in machine learning and Python needed to drive data-led maintenance strategies.
3.4 AI-Powered Energy Data Analysis and Predictive Maintenance
This session enables you to prepare students for the digital energy sector, giving them the proficiency in machine learning and Python needed to drive data-led maintenance strategies.
3.5 Practical realization of a portable measurement station for home energy monitoring, with a management app
This session enables you to prepare students for the digital energy sector, giving them the proficiency in machine learning and Python needed to drive data-led maintenance strategies.
Project-Based Learning Activities Collection
Discover our comprehensive Collection of Project-Based Learning Activities in VET (Deliverable D2.3). This resource features five hands-on educational activities designed to transform Vocational Education and Training (VET) students into active problem-solvers. Grounded in a "Learning by doing" approach, the collection equips students with critical technical and soft skills, spanning solar self-consumption, portable off-grid energy systems, smart lighting automation, AI-powered predictive maintenance, and portable home energy monitoring stations.
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