Abstract: Disclosed is a system and method for installing docks. The system comprises a scaffold portion having at least a first end and a second end. The first end is adapted to be removably secured to a first dock portion. The second end of the scaffold portion has a template thereon adapted for positioning pilings of a second dock portion to be installed. The scaffold includes a support structure upon which a dock builder stands during installation of the second dock portion. The method comprises installing a first dock portion, removably securing a first end of a scaffold portion of a dock installation system to the first dock portion, lowering a second end of the scaffold portion such that the first end of the scaffold portion is cantilevered at the first dock portion, using a template on a second end of the scaffold portion to arrange and position one or more components of a second dock portion to be installed, and installing the second dock portion.

Abstract: An apparatus and method for constructing and installing docks is provided that use a scaffold cantilever adjustable frame construction and alignment tool (SCAFCAT) to build and install docks in a manner that prevents, or at least lessens, damage to the environment immediately adjacent to an area in which a structure is to be installed. More specifically, the SCAFCAT is ideally suited for the construction of docks over constantly varying water levels or in environmentally sensitive areas where construction traffic could be detrimental to the local ecosystem. Use of the SCAFCAT system also reduces construction time and costs.