What areas does Palisade Engineering serve?

Palisade Engineering provides structural engineering services throughout Nevada (Reno, Sparks, Carson City, Lake Tahoe), California (Sacramento, Lake Tahoe region, Northern California), Arizona (Phoenix, Mesa, Chandler), Utah, and Iowa. We are licensed to practice in all five states and add jurisdictions as our clients expand.

What types of projects does Palisade Engineering work on?

We specialize in multi-family residential (apartments, condos, townhomes), commercial buildings (retail, office, warehouse), custom residential homes, and mixed-use developments. Our expertise includes wood frame, steel, concrete, and tilt-up construction.

Does Palisade Engineering offer BIM modeling services?

Yes, we provide comprehensive BIM (Building Information Modeling) services using Revit. This includes 3D structural modeling, clash detection, construction coordination, and detailed documentation to prevent costly field conflicts.

What is value engineering and how can it save money?

Value engineering optimizes structural systems to reduce construction costs while maintaining safety and performance. Palisade Engineering achieves meaningful structural cost savings through material optimization, efficient framing layouts, and construction-friendly details.

Can Palisade Engineering help with seismic design in earthquake zones?

Yes, we have extensive experience with seismic design for high seismic zones in Nevada and California. This includes new construction seismic design, seismic retrofits, and structural upgrades to meet current building codes.

Does Palisade Engineering provide seismic anchorage for data centers in Northern Nevada?

Yes. Palisade Engineering is headquartered in Reno, Nevada — one of the fastest-growing US data center markets, home to Switch SuperNAP, Apple, and Google facilities. We provide PE-stamped seismic anchorage calculations for all data center equipment including server racks (starting at $850/rack, standard 48-hour turnaround), UPS systems, generators, CRAC/CRAH cooling units, and PDUs. All data center work uses Risk Category IV classification per ASCE 7-22 Chapter 13. We serve facilities throughout Northern Nevada including the Tahoe Reno Industrial Center (TRIC), Storey County, Sparks, and Fernley.

How do I contact Palisade Engineering for a project?

Contact us at (775) 323-6633, email info@pe-se.com, or visit our office at 1680 Montclair, Suite B, Reno, NV 89509. You can also submit a project inquiry through our website at pe-se.com/contact.

How much do seismic anchorage calculations cost?

Palisade Engineering offers fixed-price seismic anchorage calculations starting at $850 per unit for standard server racks and small equipment (Tier 1). Complex equipment like large UPS and generators starts at $1,500-$2,000 (Tier 2). Full facility packages for complete data hall buildouts start at $25,000 (Tier 3).

How fast can I get PE-stamped seismic anchorage calculations?

Palisade Engineering delivers Tier 1 PE-stamped seismic anchorage calculations in 48-72 hours, with a 24-hour rush option available for $1,500 per unit. Complex equipment (Tier 2) takes 3-5 business days. Full facility packages are delivered within approximately 2 weeks. We typically provide a fixed-price quote within 24–48 hours after receiving your equipment information.

What is included in a PE-stamped seismic anchorage package?

Every Palisade Engineering seismic anchorage package includes PE-stamped calculations per ASCE 7-22 Chapter 13, an anchor schedule with exact products and installation specs (embedment depths, edge distances, torque values), ICC-ES evaluation report references, and jurisdiction-specific seismic parameters for your exact site address.

What is platform framing in wood construction?

Platform framing is the dominant method in modern residential and light commercial wood construction. Each floor is built on top of the previous floor's 'platform' with wall studs that span floor to ceiling on a single level. It is faster, simpler, and easier to fire-block than older balloon framing.

What are the key structural components of a wood-framed building?

Sill plates anchored to the foundation, vertical studs (typically 2x4 or 2x6), top plates, headers over door and window openings, floor and ceiling joists, rafters or pre-engineered trusses, and structural sheathing such as plywood or OSB that provides shear resistance.

What are the advantages of wood frame construction?

Wood framing is cost-effective, fast to build, flexible in design, and well suited to seismic regions because wood is lightweight and ductile. It also performs well thermally when properly insulated and uses a renewable, sustainable material when responsibly sourced.

What sizes of lumber are used in wood frame construction?

Wall studs are typically 2x4 or 2x6. Floor joists are commonly 2x10 or 2x12 lumber, or engineered I-joists for longer spans. Beams and headers can be solid sawn lumber, glulam, LVL, or PSL depending on load and span requirements.

August 22, 2025

Understanding Wood Frame Construction

Wood frame construction showing platform framing techniques and structural connections

Wood frame construction is the most common building method for residential structures in North America. Understanding its principles helps homeowners, builders, and developers make informed decisions.

Wood-frame construction with ZIP sheathing system — Palisade Engineering

Platform Framing

Platform framing is today's standard method. Each floor is built as a platform on which walls are erected. This approach is economical, allows use of standard lumber lengths, and provides natural fire stopping between floors.

Key Structural Components

Foundation and Sill Plate

The sill plate anchors the wood frame to the foundation, providing a critical connection that transfers loads and resists lateral forces.

Wall Framing

Walls consist of vertical studs (typically 2x4 or 2x6) spaced 16 or 24 inches on center, with horizontal plates at top and bottom. Headers span openings for doors and windows.

Floor and Roof Systems

Floors use joists or engineered trusses spanning between bearing walls. Roofs may use conventional rafters or pre-manufactured trusses, depending on the design.

Advantages of Wood Framing

Wood framing offers excellent strength-to-weight ratio, easy modification, good insulation properties, and cost-effectiveness. It's also a renewable resource with lower embodied energy than many alternatives.

How to Determine if a Wall is Load Bearing

Key indicators to identify load-bearing walls before renovation.

What Does a Structural Engineer Do?

Discover the vital role structural engineers play in ensuring building safety.

Free Download

Residential Remodel Prep Kit

Planning a wood frame project? Get our free guide covering structural requirements, material selection, and engineering best practices.

Download the Free Guide

Planning a Wood Frame Project?

From custom homes to multi-family wood frame buildings — our engineers deliver PE-stamped plans optimized for your budget and timeline.

Discuss Your Wood Frame Project

Or call us directly: (775) 323-6633