Typically the choice to use on-site wood framing vs. some level of prefabrication depends on many
factors. Prefabricated and modular construction can offer a number of benefits.

Although the choice to use on-site wood framing versus some level of prefabrication depends on many factors, prefabricated and modular construction can offer a number of benefits, including faster construction, improved material efficiency and worker safety, enhanced quality assurance, and reduced material, labor and interest costs

The modular construction involves conducting the bulk of the construction process off-site in a controlled setting, hence it can contribute to
improved quality, less waste, increased control of cost, and reduced risk.

This thesis explores how production technology/ practices in prefabricated modular construction can influence the process of building adaptation to future social alterations.

The aim of the thesis is to study and propose solutions of the integration between architectural design, engineering and production using mass customisation principles

The opportunities to increase the use of wood in the Dutch residential construction sector and assess the effects on material related CO2 emission. Four house types are modeled with increasing quantities of wood used in constructions.

New two-story structure sets precedent for how Structural Round Timber (SRT) products can help Architectural, Engineering & Construction (AEC) teams address climate change with carbon-smart buildings.

The desire to make construction more climate-friendly is one of the drivers of mass timber’s growing popularity

Mass timber projects which demonstrate the increased use of this type of construction around the world

How innovations in Timber are transforming its role to the future construction