| ÖÇ1 | Explain the mechanisms of heat and moisture transfer and the basics of acoustic insulation for building envelopes. |
| ÖÇ2 | Calculate U-values and thermal bridge coefficients (ψ, χ); check surface/interstitial condensation per EN ISO 6946, 13788, 10211 and interpret the results. |
| ÖÇ3 | Compare and select insulation materials (EPS, XPS, mineral wool, PUR/PIR, phenolic foam, aerogel, VIP, reflective) by λ, μ, density, fire class, durability and environmental data (EPD). |
| ÖÇ4 | Design envelope systems—ETICS, ventilated/rainscreen façades, sandwich walls; warm/cold/inverted/green roofs—to meet thermal and moisture-control targets. |
| ÖÇ5 | Develop buildable junction details (openings, balconies/cantilevers, slab edges, foundations, roof–wall transitions) that minimise thermal & moisture bridges and integrate fire barriers and drainage. |
| ÖÇ6 | Plan site implementation and prepare QA/QC checklists; diagnose typical defects; use/interpret field tests (thermal imaging, blower-door) where available. |
| ÖÇ7 | Evaluate alternative solutions with life-cycle cost and embodied-carbon considerations and justify the preferred option with risk–benefit analysis. |
| ÖÇ8 | Produce and present coordinated drawings, specifications and BoQ notes for an insulation solution, and communicate the design effectively in crits/reports. |