The subject of this master’s thesis is the project documentation for the reconstruction of a historic barn located near Havlíčkův Brod. The primary objective of the work is to examine and technically design three different scenarios for the future use of the building, reflecting the diverse functional and operational requirements of potential users.
The project is divided into three independent variants. The first variant presents a comprehensive conversion into a family house designed as a nearly zero-energy building. The second variant explores the adaptation into a studio with an emphasis on an open-plan layout. The third variant focuses on a reconstruction that preserves the original agricultural function of the barn for storage purposes, with maximum emphasis on the authenticity of the original structure.
The variants are based on a preliminary building technical survey conducted through visual inspection and on-site measurements. For moisture remediation and waterproofing of the existing substructure, chemical damp-proof course injection is proposed across all variants. The structural solution for the family house and studio variants utilizes a combination of existing masonry and modern cross-laminated timber (CLT) technology, forming both external and internal vertical structures as well as floor slabs. The barn preservation variant is designed without these elements to maintain its original character.
For the residential and studio functions, assessments in terms of building physics and fire safety were also performed.