Alex Trujillo

09/10/2026

Built with precision and finished with care, this fabrication project combines strong welding, durable materials, and professional craftsmanship to create a structure designed to last.

09/10/2026

building under construction featuring a concrete block masonry lower structure combined with a reddish-brown structural steel framework and roof truss system

09/10/2026

Wooden Deck Stair and Substructure Attachment

This technical diagram illustrates the structural framing required to connect an exterior wooden stair system to an elevated deck platform and a ground-level concrete pad. Proper load path distribution is critical in deck construction to prevent structural failure, sway, and premature wear from environmental forces. Understanding these connection points ensures both code compliance and long-term user safety.

Key Components

Outer Joist: Supports the outer edge of the upper deck floor and anchors the top of the stair assembly.

Stair Stringer: Sloped structural member cut to support the stair treads and risers along the flight.

2x8 Blocking for Upper Stringer Attachment: Solid wood framing mounted between support posts to provide a sturdy structural backer for securing the top of the stringers.

Corner Brace: Metal hardware applied at post-to-beam junctions to reinforce structural rigidity and prevent lateral movement.

2x6 Form for Concrete Landing: Wooden border measuring 51 inches long that contains and shapes the poured concrete base supporting the bottom of the stairs.

System Overview

The assembly successfully integrates vertical load-bearing posts, rigid lateral metal connectors, and solid timber blocking to create a stable access path. By anchoring the staircase onto a solid concrete landing pad below and a reinforced timber frame above, the design prevents shifting and moisture degradation at the base. This method provides a durable and safe connection between elevated living spaces and ground-level footings.

09/10/2026

09/10/2026

Smart framing details that make a home stronger. 🔨
A clean look at the load path in action.

09/01/2026

A stunning transformation from a rugged container structure into a bright modern two-story home, featuring elegant stucco walls, warm lighting, landscaped gardens, and a welcoming covered patio.

09/01/2026

🏡 Timber-Framed Truss Design & Structural Engineering Guide

This architectural diagram highlights a collection of classic timber roof truss designs and precision joinery details, demonstrating structural efficiency across various building spans. The layouts showcase different pitch profiles—from standard A-frame gables spanning 4–6 meters (13–20 ft) to wider 6–9 meter (20–30 ft) configurations and steep mansard-style framing layouts. Each structure connects seamlessly to provide sound overhead stability and classic architectural character.

The key structural configurations focus on traditional wood framing techniques, emphasizing the intersection points where rafters, ties, struts, and collar beams meet. Numbered callouts highlight 3D joinery details, demonstrating mortise-and-tenon style notches, lap joints, peak connections, and base plate supports designed to handle dynamic structural loads across varying ceiling heights.

Additional framing details demonstrate support for lower wall connections and intermediate roof struts, providing flexible options for both open vaulted ceilings and multi-level loft spaces. The precise notched timber members ensure proper weight distribution and clean structural alignment throughout the entire framework.

This functional framing blueprint offers great practical value for custom builds, timber-frame homes, or rustic post-and-beam construction. The clean geometry provides a solid structural foundation suitable for creating open-concept interior spaces below.