1. Develop cross-border training and capacity building programs
   → Co-create innovative training schemes focusing on green, digital, and circular skills for sustainable housing and energy efficiency.

2. Establish strategic VET-Academia-Industry partnerships
   → Promote collaboration among educational institutions, SMEs, and industry leaders to ensure relevance and applicability of training programs.

3. Advance smart and green construction skills
   → Equip learners, workers, and educators with the knowledge and tools necessary for the decarbonisation and digitalisation of the housing sector.

4. Promote inclusive and flexible upskilling/reskilling pathways
   → Tailor learning opportunities for youth, adults, and underrepresented groups in line with lifelong learning goals.

5. Create a sustainable funding and governance model
   → Ensure long-term sustainability and policy alignment of VET excellence in energy efficiency finance and green construction.

6. Contribute to EU Green Deal and Circular Economy goals
   → Align training outcomes with EU environmental and social sustainability targets through systemic vocational transformation.

Expected Results

• • A network of Centres of Vocational Excellence
    – A fully operational network connecting VET providers with research institutions, policy-makers, and industry actors across multiple EU regions.

  • Validated cross-border curricula and training modules
    – Development and implementation of modular, stackable training content focused on smart housing, digital tools, and circular building practices.

  • Upskilled workforce in energy-efficient housing
    – A wide group of VET learners, teachers, and SMEs trained on sustainable construction and finance models.

  • Policy and governance frameworks
    – Roadmaps, strategies, and recommendations for embedding green skills into national VET systems and regional strategies.

  • New business-education alliances
    – Enhanced cooperation through work-based learning programs, innovation labs, and cross-sectoral pilot actions.

  • Digital and green learning tools
    – Accessible, digitalized training materials aligned with emerging technological trends and environmental needs.

  • Long-term sustainability model
    – A funding and operational model ensuring continuity of training programs and stakeholder engagement post-project.

Project Activities

The MiCRET project is built around a clear set of objectives to address sectoral and policy challenges in the renewable energy workforce:

1. Develop a European Micro-credential Framework for Renewable Energy
   – To define common standards, formats, and criteria for stackable micro-credentials that are transparent and interoperable across borders.

2. Bridge the Green and Digital Skills Gaps
   – To design learning pathways focused on emerging needs in renewable energy, including digitalisation, smart energy management, and sustainable systems.

3. Promote Inclusive, Flexible Learning Opportunities
   – To target youth, adults, and underrepresented groups through accessible and modular learning solutions, aligned with national lifelong learning strategies.

4. Support Employability and Workforce Mobility
   – To ensure micro-credentials are recognised by employers and education systems, facilitating worker mobility across the EU.

5. Build a Resilient EU Micro-credentials Ecosystem
   – To engage stakeholders from policy, industry, and education in the co-creation of a robust, interoperable micro-credential landscape.

6. Align with and Contribute to European Policy Agendas
   – To support the European Green Deal, Digital Education Action Plan, and the Council Recommendation on micro-credentials.

Expected Results

The key outcomes MiCRET aims to achieve include:

1. Micro-Credential Design Blueprint
   – A practical, validated model for designing micro-credentials in the renewable energy sector, co-created with education providers and industry.

2. Integrated Online Platform
   – A digital interface linked with Europass and national systems, enabling learners to access, track, and share micro-credentials easily.

3. Pilot Learning Programs
   – Delivery of at least 5 pilot micro-credential learning paths, tested across partner countries with diverse learner groups.

4. Policy Recommendations and White Papers
   – Evidence-based guidelines to inform national and EU-level decisions on the adoption and regulation of micro-credentials.

5. Ecosystem Engagement Reports
   – Documentation of stakeholder consultations, regional validation workshops, and employer feedback loops.

6. Trained Educators and Technical Experts
   – A trained community of VET educators, trainers, and curriculum designers capable of scaling micro-credential initiatives.

7. Sustainability Strategy and Business Model
   – A roadmap ensuring continued use and expansion of MiCRET outputs beyond the project’s lifetime, including integration into institutional strategies.

Project Activities

Objectives of the project
SO1: To identify a training structure starting from existing and emerging skills needed for the green transition of the TCLF sector, based on sustainable and circular economy principles. 

SO2: To develop innovative and multidisciplinary curricula for HE and c-VET, based on learner centred, active learning, problem and practice based learning, also promoting mobility opportunities for learners, on the topic of green transition of the TCLF sector. 

SO3: To promote the acquisition of TCLF’ functional, as well as transversal and green knowledge, competences and skills for learners (university students/TCLF owners/ workers/managers), with the final aim of providing them with proper professional competences in order to fill the gap with the labour market needs, up-skilling and re-skilling of workers/TCLF MSMs owners and staff in order to adapt their profiles/companies to the new requirements of the labour market toward the green transition of the TCLF sector. 

SO4: To promote the flow and co-creation of knowledge between higher education/research and vocational education and training, the public sector and the business sector in order to contribute to innovation in business modelling and in education and training. 

SO5: To face the above-mentioned challenges, SO5 is to promote the development of a supportive ecosystem for the green transformation of the MSMEs in the TCLF sector and start-ups, in the form of an interactive platform and local hub that will be based upon the creation of local multi-actor networks including all potential stakeholders for green solutions.

Expected Results

• Knowledge triangles agreements
• A comprehensive analysis of the training needs in terms of learning outcomes (LOs) for the green transformation of the TCLF sector
• Ιnnovative & multidisciplinary curricula for HE and c-VET, based on learner centred methodology, real problem-based teaching and learning and mobility on the topic of green transformation of the TCLF sector
• Training toolkit capitalises on the full potential of various learning settings and applies EQAVET principles
• A MOOC platform 
• Bootcamp Report 
• Training Report with Assessment and Evaluation Results
• Memorandum of understanding (MOU) for Local Development plans
• Local Hub prototype 
• SiT Website 
• Dissemination Plan

Project Activities

The project includes the following activities: 

Objectives of the project
Our main objective is to Train the New Generation of Automotive Engineers.
More specifically,
O1: Innovate in VET
O2: Caliber learning materials
O3: Enhance quality in VET
O4: Enhance awareness on AR
O5: Promote knowledge-sharing
O6: Improve employability
O7: Make AR technologies accessible to learners
O8: Enhance appeal of VET
O9: Extract strengths and weaknesses of AR pilot application in educational settings

Expected Results

• An Emerging Skills Report
• A Gaps in current F2F Laboratories Report
• DigiGEAR Training Package including AR scenarios
• A Facilitator’s Training Handbook for the AR experience and guidance
• 4 Pilot Trainings
• 50 VET tutors/ facilitators trained
• 100 learners participated in pilot testing
• An AR platform and AR Mobile app
• A Moodle platform
• 4 VET Institutions adopting AR scenarios
• Lessons Learnt Report on the AR experience
• Dissemination Plan

Project Activities

There are 26 Activities including:

Objectives of the project

• To increase the attractiveness of the VET sector: by promoting sustainability and environmental awareness within the sector: the certification process could make vocational education and training more appealing to students who are interested in these issues, and help to create a more sustainable workforce.  
• To acheive Sustainability in Education: by encouraging vocational education and training centers to incorporate sustainabiltiy pronciples into their curriculum and operations
• To standardize the procedure of greening of a VET provider: by developing a standardized procedure, the certification process could help to ensure that all VET providers seeking certification meet a consistent set of criteria and follow a consistent process. 
• To support the implementation of EU VET policy: The European Commission has manifested the importance of VET in acheiving the goals of the Green Deal through various decisions and recommendations. 

Expected Results

• Promotion of Sustainability and encouragement of the wider adoption of sustainablle practices in the education sector 
• Promotion of knowledge sharing and transfer of best practices
• Opening up opportunities for future funding and investment in sustainability initiatives.

Project Activities

• Identification of the current state of play
• Formulation, Finalization and Presentation of a set of criteria
• Ploting of criteria in VET Schools – part 1
• Piloting of criteria in VET Scholls – part 2