This course aims to provide knowledge of the principles of bio-inspired innovation and design and support learners in developing skills to design resilient and adaptive living spaces, with a focus on cooling strategies among other sustainable solutions, inspired by nature. During this course, learners will develop skills to understand and analyse grand challenges, identify problems and design biologically inspired sustainable solutions. Emphasis will be placed on practical applications in challenges pertinent to the built environment, relevant to the participants’ interest to support their self-development. During the meeting sessions, the learners will be introduced to particular challenges and tools and work individually or collaboratively on related challenges. The sessions will conclude with reflection and debriefing.
SKILLS:
• Use and Analyze Copernicus Climate Atlas to understand the demand for sustainable design solutions • Challenge-based learning to provide an efficient and effective framework • Problem-solving using a pentagonal system • Creative design and critical thinking of sustainable engineering practices • The ability to use natural solutions to generate designs for sustainable design solutions • Assess the environmental impact using Life Cycle Analysis (LCA) • The ability to perform system mapping and expert use of design techniques to identify and produce sustainable bio-inspired solutions
https://buildskillsacademy.com/wp-content/uploads/2026/03/BSA_12_Courses_images-7.jpg10301030Rimashttps://buildskillsacademy.com/wp-content/uploads/2023/09/buildskills-main.pngRimas2026-03-19 07:04:552026-04-22 07:22:09Bio-inspired innovation and design for sustainable engineering solutions
This course aims to provide knowledge in the principles of risk and reliability engineering applied in Health and Safety. Emphasis will be placed on practical applications across industries. The learners will be introduced to the topics and work individually on related challenges. The sessions will conclude with reflection and debriefing.
SKILLS:
• Ability to conduct risk assessments using risk and reliability methods • Ability to develop strategies for mitigating human error and enhance human reliability in Health and Safety
https://buildskillsacademy.com/wp-content/uploads/2026/03/BSA_12_Courses_images-11.jpg10301030Rimashttps://buildskillsacademy.com/wp-content/uploads/2023/09/buildskills-main.pngRimas2026-03-19 06:59:432026-04-22 07:21:38Risk and Reliability in Health and Safety
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
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
This course is designed to provide municipal, cantonal, and building energy managers with the knowledge and skills needed to implement and manage energy efficiency projects in public buildings. By the end of this course, participants will have the ability to assess and improve energy performance in buildings, understand and apply relevant energy efficiency regulations, and design actionable plans to reduce energy consumption. The training will include both theoretical knowledge and hands-on, practical experience, preparing participants to actively contribute to energy-saving initiatives in the public sector. These essential skills will not only enhance energy management practices but will also help participants become leaders in promoting sustainable energy solutions in their communities.
SKILLS:
• Understand the methodology for conducting energy audits and analyze results • Implement energy-saving technologies in building systems • Develop energy efficiency action plans • Evaluate and optimize energy performance in buildings • Communicate energy management strategies to stakeholders • Apply relevant energy efficiency regulations and standards
Тhe course for waste management specialists provides a comprehensive insight into the key aspects of waste management on construction sites. Participants will gain practical knowledge about waste sorting, disposal, and the application of Best Available Techniques (BAT) to reduce the environmental impact. The training includes case studies, regulatory and standards analyses, and examples of best practices, ensuring a high level of expertise for efficient waste management in the construction industry, with the integration of green and digital skills. After the training, participants will be equipped with the necessary knowledge to optimize processes and comply with legislation. These powerful skills will serve in almost all future courses in waste management and environmental protection.
SKILLS:
• Waste Classification and Identification • Waste Prevention and Recycling Techniques • Waste Treatment Methods • Environmental and Economic Assessment • Report Writing and Documentation • Plan Development and Implementation
This course is designed for individuals currently working or aiming to work in the construction sector, where occupational risks and hazards are inherent to the nature of the job. It aims to provide a clear and structured understanding of both construction site safety (including physical site conditions, equipment, and environmental hazards) and worker safety which focuses on individual protection, behavior, and health practices on-site. Participants will gain theoretical knowledge and practical competencies in risk assessment, safe work procedures, the correct use of personal and collective protective equipment, legal responsibilities, and response protocols to incidents and emergencies. Special attention is given to health and safety within the context of sustainable construction, green building practices, and digital tools used to improve safety standards. By the end of the course, participants will be able to apply effective safety practices, comply with national and European regulations, and proactively contribute to a safe and healthy working environment in the construction industry.
SKILLS:
• Application of health and safety regulations specific to green construction practices • Performing the functions of the job efficiently, safely and in a manner that is not hazardous to health • Ensuring worker safety during sustainable construction project
https://buildskillsacademy.com/wp-content/uploads/2026/03/BSA_12_Courses_images-10.jpg10301030Rimashttps://buildskillsacademy.com/wp-content/uploads/2023/09/buildskills-main.pngRimas2026-03-18 14:53:542026-04-22 07:18:57Work Safety in Construction
Тhis course introduces the principles and practices of operating and maintaining modern Building Management Systems (BMS) with a focus on energy efficiency. Throughout the course, trainees learn how to check, adjust, and maintain BMS for optimal energy performance, as well as explore the latest in energy-efficient lighting technologies. By the end of the course, trainees will be able to apply practical and theoretical knowledge to improve building energy efficiency – skills that are increasingly valuable in today’s sustainable construction and facility management industries.
SKILLS:
• Energy Efficiency Optimization • BMS Operation and Troubleshooting • Technical Maintenance Skills • Knowledge of Smart Lighting Systems
The course provides participants with the knowledge, skills and competencies necessary to work in the construction sector. Special emphasis is placed on the implementation of green building practices, energy efficiency, sustainable materials and digital technologies. The training is aligned with the state educational standard and incorporates modern methods for sustainable construction and intelligent building systems. The syllabus places a strong focus on the development of green and digital skills, preparing learners to respond to the evolving demands of the construction industry in the context of environmental responsibility and technological transformation. Participants are equipped to apply innovative solutions, use smart tools, and contribute to eco-friendly and digitally driven construction processes.
SKILLS:
• Use of digital tools for planning and management of construction processes • Application of methods for recycling and reuse of building materials • Control of energy efficiency and carbon footprint of buildings • Development and evaluation of environmentally friendly construction solutions
This course provides an introduction to the digital transformation of the construction and investment sector in Bulgaria, designed for professionals involved in design, engineering, project management, consultancy and public administration. The course covers digital tools, data management, cybersecurity, legal frameworks and intellectual property in the context of construction.
SKILLS:
• Navigating and working with digital platforms related to construction and investment activities (e.g. e-construction, BIM Viewer, etc.) • Analyzing and interpreting regulatory documents related to electronic communication and process management • Formulating reasoned proposals for improving organizational practices through digital solutions • Working with data, documents and digital communication in administrative and project activities • Applying the principles of ethics, transparency and protection of personal/corporate data in an electronic environment
https://buildskillsacademy.com/wp-content/uploads/2026/03/BSA_12_Courses_images-12.jpg10301030Rimashttps://buildskillsacademy.com/wp-content/uploads/2023/09/buildskills-main.pngRimas2026-03-17 14:21:492026-04-22 07:16:44Building Information Modelling. Digital Tools in Construction.
Bio-inspired innovation and design for sustainable engineering solutions
/in Courses, EQF level 6EQF level: 6
Developed by: Cyprus University of Technology
Course Duration: 20 hours/4 days
Format: Physical in Limassol/Nicosia Cyprus
Language: English
This course aims to provide knowledge of the principles of bio-inspired innovation and design and support learners in developing skills to design resilient and adaptive living spaces, with a focus on cooling strategies among other sustainable solutions, inspired by nature. During this course, learners will develop skills to understand and analyse grand challenges, identify problems and design biologically inspired sustainable solutions. Emphasis will be placed on practical applications in challenges pertinent to the built environment, relevant to the participants’ interest to support their self-development. During the meeting sessions, the learners will be introduced to particular challenges and tools and work individually or collaboratively on related challenges. The sessions will conclude with reflection and debriefing.
SKILLS:
• Use and Analyze Copernicus Climate Atlas to understand the demand for sustainable design solutions
• Challenge-based learning to provide an efficient and effective framework
• Problem-solving using a pentagonal system
• Creative design and critical thinking of sustainable engineering practices
• The ability to use natural solutions to generate designs for sustainable design solutions
• Assess the environmental impact using Life Cycle Analysis (LCA)
• The ability to perform system mapping and expert use of design techniques to identify and produce sustainable bio-inspired solutions
SYLLABUS:
Annex-10.2.-Bio-inspired-innovation_SyllabusCERTIFICATE:
Annex-10.1.-Bio-inspired-innovation_CertificateCERTIFICATION SCHEME FOR INDIVIDUALS:
Ind.cert_.Bio-inspired-Design-SpecialistRisk and Reliability in Health and Safety
/in Courses, EQF level 6EQF level: 6
Developed by: Cyprus University of Technology
Course Duration: 16 hours/4 days
Format: Online (Synchronous)
Language: English
This course aims to provide knowledge in the principles of risk and reliability engineering applied in Health and Safety. Emphasis will be placed on practical applications across industries. The learners will be introduced to the topics and work individually on related challenges. The sessions will conclude with reflection and debriefing.
SKILLS:
• Ability to conduct risk assessments using risk and reliability methods
• Ability to develop strategies for mitigating human error and enhance human reliability in Health and Safety
SYLLABUS:
Annex-09.2.-Risk-Reliability_SyllabusCERTIFICATE:
Annex-09.1.-Risk-Reliability_CertificateCERTIFICATION SCHEME FOR INDIVIDUALS:
Ind.cert_.Health-Safety-Risk-and-Reliability-PractitionerResilient Buildings and Cities. Build Liveable Urban Environment (BLUE).
/in Courses, EQF level 5EQF 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_SyllabusCERTIFICATE:
Annex-03.1.-Build-Liveable_CertificateCERTIFICATION SCHEME FOR INDIVIDUALS:
Ind.cert_.Sustainable-Urban-Environment-DesignerSmart, Resilient & Circular Cities
/in Courses, EQF level 5EQF 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_SyllabusCERTIFICATE:
Annex-13.1.-Smart-Cities_CertificateCERTIFICATION SCHEME FOR INDIVIDUALS:
Ind.cert_.Sustainable-urban-designerEnergy Management for Buildings
/in Courses, EQF level 4EQF level: 4
Developed by: Center for Economic, Technological and Environmental Development Sarajevo (CETEOR)
Course Duration: 16 hours/2 days
Format: Physical in Sarajevo, Bosnia and Herzegovina
Language: Bosnian, Serbian and Croatian
This course is designed to provide municipal, cantonal, and building energy managers with the knowledge and skills needed to implement and manage energy efficiency projects in public buildings. By the end of this course, participants will have the ability to assess and improve energy performance in buildings, understand and apply relevant energy efficiency regulations, and design actionable plans to reduce energy consumption. The training will include both theoretical knowledge and hands-on, practical experience, preparing participants to actively contribute to energy-saving initiatives in the public sector. These essential skills will not only enhance energy management practices but will also help participants become leaders in promoting sustainable energy solutions in their communities.
SKILLS:
• Understand the methodology for conducting energy audits and analyze results
• Implement energy-saving technologies in building systems
• Develop energy efficiency action plans
• Evaluate and optimize energy performance in buildings
• Communicate energy management strategies to stakeholders
• Apply relevant energy efficiency regulations and standards
SYLLABUS:
Annex-06.2.-Energy-management_SyllabusCERTIFICATE:
Annex-06.1.-Energy-management_CertificateCERTIFICATION SCHEME FOR INDIVIDUALS:
Ind.cert_.Energy-Mng_CETCircular Waste Management
/in Courses, EQF level 4EQF level: 4
Developed by: Center for Economic, Technological and Environmental Development Sarajevo (CETEOR)
Course Duration: 10 hours/3 days
Format: Physical in Sarajevo, Bosnia and Herzegovina
Language: Bosnian, Serbian and Croatian
Тhe course for waste management specialists provides a comprehensive insight into the key aspects of waste management on construction sites. Participants will gain practical knowledge about waste sorting, disposal, and the application of Best Available Techniques (BAT) to reduce the environmental impact. The training includes case studies, regulatory and standards analyses, and examples of best practices, ensuring a high level of expertise for efficient waste management in the construction industry, with the integration of green and digital skills. After the training, participants will be equipped with the necessary knowledge to optimize processes and comply with legislation. These powerful skills will serve in almost all future courses in waste management and environmental protection.
SKILLS:
• Waste Classification and Identification
• Waste Prevention and Recycling Techniques
• Waste Treatment Methods
• Environmental and Economic Assessment
• Report Writing and Documentation
• Plan Development and Implementation
SYLLABUS:
Annex-05.2.-Circular-Waste-Management_SyllabusCERTIFICATE:
Annex-05.1.-Circular-Waste-Management_CertificateCERTIFICATION SCHEME FOR INDIVIDUALS:
Ind.cert_.Waste-Mng-TechnicianWork Safety in Construction
/in Courses, EQF level 3EQF level: 3
Developed by: Alytus Vocational Education Centre (APRC), Lithuania
Course Duration: 16 hours
Format: Physical in Alytus, Lithuaniа
Language: Lithuanian
This course is designed for individuals currently working or aiming to work in the construction sector, where occupational risks and hazards are inherent to the nature of the job. It aims to provide a clear and structured understanding of both construction site safety (including physical site conditions, equipment, and environmental hazards) and worker safety which focuses on individual protection, behavior, and health practices on-site. Participants will gain theoretical knowledge and practical competencies in risk assessment, safe work procedures, the correct use of personal and collective protective equipment, legal responsibilities, and response protocols to incidents and emergencies. Special attention is given to health and safety within the context of sustainable construction, green building practices, and digital tools used to improve safety standards. By the end of the course, participants will be able to apply effective safety practices, comply with national and European regulations, and proactively contribute to a safe and healthy working environment in the construction industry.
SKILLS:
• Application of health and safety regulations specific to green construction practices
• Performing the functions of the job efficiently, safely and in a manner that is not hazardous to health
• Ensuring worker safety during sustainable construction project
SYLLABUS:
Annex-08.2.-Work-Safety_SyllabusCERTIFICATE:
Annex-08.1.-Work-Safety_CertificateCERTIFICATION SCHEME FOR INDIVIDUALS:
Ind.cert_.Construction-Safety-TechnicianEnergy Efficient Installation in Buildings
/in Courses, EQF level 4EQF level: 4
Developed by: Alytus Vocational Education Centre (APRC), Lithuania
Course Duration: 20 hours
Format: Physical in Alytus, Lithuaniа
Language: Lithuanian
Тhis course introduces the principles and practices of operating and maintaining modern Building Management Systems (BMS) with a focus on energy efficiency. Throughout the course, trainees learn how to check, adjust, and maintain BMS for optimal energy performance, as well as explore the latest in energy-efficient lighting technologies. By the end of the course, trainees will be able to apply practical and theoretical knowledge to improve building energy efficiency – skills that are increasingly valuable in today’s sustainable construction and facility management industries.
SKILLS:
• Energy Efficiency Optimization
• BMS Operation and Troubleshooting
• Technical Maintenance Skills
• Knowledge of Smart Lighting Systems
SYLLABUS:
Annex-07.2.EE-Installation_SyllabusCERTIFICATE:
Annex-07.1.EE-Installation_CertificateCERTIFICATION SCHEME FOR INDIVIDUALS:
Ind.cert_.Construction-technician-1Construction Technology
/in Courses, EQF level 4EQF level: 4
Developed by: Construction Qualification, Bulgaria
Course Duration: 40 hours
Format: Online (Аsynchronous)
Language: Bulgarian
The course provides participants with the knowledge, skills and competencies necessary to work in the construction sector. Special emphasis is placed on the implementation of green building practices, energy efficiency, sustainable materials and digital technologies. The training is aligned with the state educational standard and incorporates modern methods for sustainable construction and intelligent building systems. The syllabus places a strong focus on the development of green and digital skills, preparing learners to respond to the evolving demands of the construction industry in the context of environmental responsibility and technological transformation. Participants are equipped to apply innovative solutions, use smart tools, and contribute to eco-friendly and digitally driven construction processes.
SKILLS:
• Use of digital tools for planning and management of construction processes
• Application of methods for recycling and reuse of building materials
• Control of energy efficiency and carbon footprint of buildings
• Development and evaluation of environmentally friendly construction solutions
SYLLABUS:
Annex-04.2.-Construction-Technology_SyllabusCERTIFICATE:
Annex-04.1.-Construction-Technology_CertificateCERTIFICATION SCHEME FOR INDIVIDUALS:
Ind.cert_.Construction-technicianBuilding Information Modelling. Digital Tools in Construction.
/in Courses, EQF level 4EQF level: 4
Developed by: Construction Qualification, Bulgaria
Course Duration: 30 hours
Format: Online (Аsynchronous)
Language: Bulgarian
This course provides an introduction to the digital transformation of the construction and investment sector in Bulgaria, designed for professionals involved in design, engineering, project management, consultancy and public administration. The course covers digital tools, data management, cybersecurity, legal frameworks and intellectual property in the context of construction.
SKILLS:
• Navigating and working with digital platforms related to construction and investment activities (e.g. e-construction, BIM Viewer, etc.)
• Analyzing and interpreting regulatory documents related to electronic communication and process management
• Formulating reasoned proposals for improving organizational practices through digital solutions
• Working with data, documents and digital communication in administrative and project activities
• Applying the principles of ethics, transparency and protection of personal/corporate data in an electronic environment
SYLLABUS:
Annex-11.2.-BIM_SyllabusCERTIFICATE:
Annex-11.1.-BIM_CertificateCERTIFICATION SCHEME FOR INDIVIDUALS:
Ind.cert_.Digitization-Technician