High building technician (HU)
Economy
Economical quality
Cost planning and management
EQ1.1
Construction cost planning
2
Understanding the procedures to produce a construction cost planning
Applying costs planning and estimating construction budget.
Environment
Energy
Energy Management
EN2.3
Building Management Systems (BMS)
2
Understanding the importance of BMS
Preliminary assessment of energy saving potential by means of BMS
Energy Reduction
EN4.1
Thermal insulation
2
Understanding the importance of thermal insulation
Applying basic solutions for thermal insulation
Materials
Design for deconstruction, reuse and recycling
MA1.1
Materials and components for ease of disassembly
2
Understanding the concept of design to disassembly.
Understanding the concept of building as material bank (BAMB) and building material passport
Proposing basic design solutions to minimize resource depletion and waste generation.
Interpreting engineering drawings. Demonstrating practical skills in operation and demolition processes.
Sustainable materials
MA2.2
Recycled and reused materials
3
Understanding of the importance of using recycled and recovered materials for buildings.
Applying recycled and recovered materials in buildings.
Considering recyclability of building materials and components in modernisation measures.
Explaining the concept of circular economy and how recycled and reused materials could help it.
Solid waste
MA3.1
Solid waste management
1
Understanding the benefits and principles of recyclable building materials and components.
Habitat
Land Use
HA1.1
Site preservation, regeneration and development
2
Understanding the value of sustainable development strategies
Proposing a waste management plan
Determining the concept of watercourses quality management
Proposing and selecting basic solutions for conservation of nature, in relation to forestry issues
Understanding the principles of watercourses quality management
Understanding the concept of the information and data required for a comprehensive site assessment
Process
Sustainable Building Design
Integrative design
BD1.1
Integrated Design Process
3
Understanding the Integrated Design Process (IDP)
Applying IDP approach
Analysing the interrelation among building systems
Analysing project design and execution phases
Analysing technical specifications of the project
Innovative Digital Solutions
Building Information Modelling
ID1.1
Operation of BIM systems
3
Understanding the BIM process
Applying BIM data management
Designing according to BIM principles
Verifying the compliance to regulatory methods using dynamic building modelling
Maintanence and operating
Maintenance
MN1.3
Estimation of materials' service life
2
Understanding the materials and product’s service life
Calculating service life using BIM tools
Calculating the product-specific service life values per manufacturer
Interdisciplinary Skills
Collaboration and Communication
IS3.1
Motivation and communication - Design Team
3
Understanding effective communication technics
Communicating design
Providing advisory service for clients
Information management
IS4.1
Management of information in a design process
2
Understanding the importance of multidisciplinary management of information
Analyzing costs, risks and market value
Procurement
IS1.1
Green Procurement
2
Understanding the importance of green procurement
Evaluating and proposing basic solutions for green purchasing
Built Environment Certification systems
Small Urban scale assessment systems
BE2.1
Small Urban scale sustainability assessment systems
3
Understanding the importance of sustainable communities concepts
Understanding certification systems processes for small urban areas
Applying a sustainability certification process for small urban areas
Selecting the appropriate sustainability certification system
Society
Safety
Fire protection
SA1.1
Risk to occupants and facilities from fire
1
Understanding the importance of fire safety protection in buildings and materials
Understanding the importance of occupational safety, environmental and fire regulations
Adaptation and resilience to climate change
Climate chenge resilient buildings
AD1.4
Resilience to windstorms
2
Understanding the effects of severe windstorms on buildings
Proposing and selecting basic solutions for wind load strength of a type of structure/ envelope