
Design a Timber Frame in Your Browser: A Complete Walkthrough
Follow a timber frame from its first dimensions to a 3D review and material list. See the browser workflow through a public house model.
FrameVerk field notes
Practical guidance for planning, designing and building timber frames, organized to help you find the next useful answer.
Browse every published FrameVerk article, ordered from newest to oldest.

Follow a timber frame from its first dimensions to a 3D review and material list. See the browser workflow through a public house model.

See how one timber frame model connects piece counts, dimensions and material planning, with quantities from a real house example.

See how FrameVerk connects timber members, 2D and 3D views, roof framing, and project sharing in a browser, with no CAD installation.

A new central library on the Canadian prairies shows why exposed wood, airtightness, daylight and efficient all-electric systems must be designed together.

Field tests in a cold climate locate the weak points that turn a well-insulated timber envelope into an energy-performance gap.

A 2026 self-build case documents one panel system’s thermal targets—and the details that decide whether factory performance reaches site.

Researchers are testing mats and loose granules made from beech fibre as two ways to insulate perforated masonry.

July 2026 tests show why the shape, size and location of service openings change the capacity and failure mode of wood I-joists.

A public accelerator offers selected project teams up to $40,000 in technical support. Here is what early-stage mass-timber assistance can—and cannot—do.

A public programme is moving from award-winning ideas to a small built test, giving Uruguay a chance to measure cost, speed and durability before scaling timber housing.

Full-scale cyclic tests published in June 2026 show how a light wood-frame building resists and deforms under simulated earthquake loading.

Researchers embedded a phase-change material inside timber and modelled how the modified CLT could steady temperatures and reduce annual demand.

Five European housing projects show why mass timber is a kit of structural choices rather than one universal building system.

A waterfront office tower in Gothenburg has topped out, shifting attention from renderings to moisture, tolerances, sequencing and hybrid interfaces.

A German public campus uses roughly one thousand prefabricated timber room modules to compress a huge programme into a two-year assembly challenge.

A municipal fire-station decision shows why whole-life cost can reverse the result of a first-price comparison.

Burnaby’s tallest mass-timber building adds 469 beds while combining prefabricated CLT floors, a fully electric design and zero-carbon certification.

Ten federal investments connect automated timber manufacturing, Indigenous forestry, market development and research intended to support future building-code updates.

A free-form dome in Cape Town shows how engineered wood, computational geometry and precise fabrication can turn irregular curves into buildable parts.

A six-unit industrial development near Manchester is replacing the familiar steel portal frame with timber—and making its carbon boundaries worth examining.

A 2026 European review explains how linings, insulation, cavities, connections and workmanship shape light timber-frame fire safety.

WoodWorks’ 2026 winners range from an AI building and a radio station to schools, headquarters and workforce housing—evidence that timber is moving beyond a single architectural niche.

A Michigan school programme challenges four common myths about mass timber, from building type and fire to energy performance and cost.

A 2026 analysis of completed projects isolates construction-stage energy—and shows why winter heating can dominate the result.