structures

engineered lumber structures timber wood

Engineered Wood Systems

A line drawing shows two objects: on the left, a rectangular frame with a diagonal crisscross pattern inside, and on the right, a solid rectangular panel with visible layers. Both are oriented vertically.

Engineered wood systems are transforming construction with products designed for superior durability, stability, and predictable performance over traditional solid wood. By efficiently binding wood fibers and combining them with materials like adhesives, metal, or plastic, these systems offer a sustainable and cost-effective alternative. From Mass Timber and Structural Composite Lumber (SCL) families like LVL and PSL, to Wood Trusses and I-Joists, engineered wood provides consistent strength, accurate span capabilities, and better use of natural resources for modern architectural applications.

building construction structures timber wood

Heavy Timber

Heavy timber construction involves large solid timbers used for columns, beams, and planking, often combined with noncombustible materials for walls. Though one of the oldest building types in the U.S., heavy timber is largely being replaced by engineered mass timber due to cost and resource limitations. Both have distinct characteristics.

concrete engineering materials structures testing

Concrete Testing

A simple black and white drawing shows a bathroom scale with a dial on the left and a textured rectangular weight on the right, both outlined against a white background, evoking tools used in concrete testing.

Discover the different finishing techniques for concrete to shape aesthetics and control the finish over time. From rough form to architectural finishes, explore how to achieve the desired look.