Resilient Buildings and Cities. Build Liveable Urban Environment (BLUE).

EQF level: 5
Developed by: Sistemi Formativi Confindustria, Italy
Course Duration: 40 hours
Format: Physical in Ferrara (Italy)
Language: Italian

The course is designed to train highly qualified Senior Technicians in Energy Efficiency and Sustainability within the Built Environment. These professionals are prepared to operate across the analysis, design, and implementation phases of decarbonized building projects and sustainable urban development, applying advanced BIM methodologies and innovative technologies. With a strong focus on climate adaptation and urban resilience, their role involves enhancing the energy performance of buildings and neighborhoods to withstand environmental, social, and technological challenges. Core competencies include the design and management of energy-efficient systems, high-performance building envelopes, renewable energy solutions, and nature-based strategies. Additionally, the program addresses the integration of smart technologies and the coordination of multiple systems to support sustainable, adaptive, and safe urban environments. Special attention is given to minimizing environmental impacts and promoting circular economy practices in the construction sector. Throughout all activities, technicians ensure full compliance with European, national, and regional standards and regulations.

SKILLS:

• Energy Efficiency and Sustainable Building Design   
• Advanced BIM Application 
• Urban Resilience Analysis 
• Circular Economy Implementation 
• Smart Building Technologies

 SYLLABUS:

Annex-03.2.-Build-Liveable_Syllabus

CERTIFICATE:

Annex-03.1.-Build-Liveable_Certificate

CERTIFICATION SCHEME FOR INDIVIDUALS:

Ind.cert_.Sustainable-Urban-Environment-Designer

Smart, Resilient & Circular Cities

EQF level: 5
Developed by: Sistemi Formativi Confindustria, Italy
Course Duration: 40 hours
Format: Physical in Bologna (Italy)
Language: Italian

The course is designed to equip trainees with the knowledge and technical expertise required to design, manage, and optimize urban environments and buildings that are adaptable, sustainable, and technologically advanced. This course explores smart city infrastructures, circular economy principles, digital twin technologies, and resilient urban planning strategies to enhance sustainability, climate adaptation, and energy efficiency. The course integrates BIM, IoT-based Smart Building Systems, and data-driven decision-making to optimize urban resilience against environmental and socio-economic challenges. Participants will develop technical skills in urban and building resilience, circular economy models and high-performance buildings, ensuring compliance with international sustainability and energy efficiency regulations.

SKILLS:

• Energy Efficiency and Sustainable Building Design   
• Advanced BIM Application 
• Urban Resilience Analysis 
• Circular Economy Implementation 
• Smart Building Technologies

 SYLLABUS:

Annex-13.1.-Smart-Cities_Syllabus

CERTIFICATE:

Annex-13.1.-Smart-Cities_Certificate

CERTIFICATION SCHEME FOR INDIVIDUALS:

Ind.cert_.Sustainable-urban-designer