Słowa kluczowe: heat capacity, phase change material, thermal transmittance, energy efficient windows, timber building system, connections, materials, assembling methods, thermal parameters, new technologies in construction, passive houses, thermal insulation, aesthetics of buildings, modernization and adaptation, PCM, thermal bridges, modern wood-based constructions, low energy buildings, window area sizing, overheating, green flat roof, acoustics, speech intelligibility STI, reverberation time, Lviv Polytechnic, capillary transport, thermal conductivity, strength, autoclaved aerated concrete, building airtightness, n50 coefficient, large panel buildings, system buildings, panel joints, roof, layers, building physics, natural stone claddings, moisture transfer, roof structure, metal cladding, multi-curved roof, konstrukcja dachu, pokrycie metalowe, dach wielokrzywiznowy, polyvinyl alcohol (PVA) fibres, glass fibres, steel fibres, bendable concrete (ECC – Engineered Cementitious Composites), reactive powder concrete (RPC), high performance concrete, ultra- high performance concrete, architectural concrete, concrete d, glued laminated timber, glulam, transport limitations, girders, frames, arches, hall, method of statically calculation, structural system, designing, cooling tower, pipes, silage, defects, operational capability, steel fiber concrete, diagram, design, deformations, structural reliability, timber structures, timber joints, architecture, landscape architecture, architecture of water, building technologies, IBA Hamburg, IGS Hamburg, IGA, BUGA, LAGA, Green Infrastructure, landscape plan, Wrocław, vertical garden, green wall, façade, sustainable design, nature, human-being