Frequently Asked Questions

PE + SE

Dual Licensed Engineers

100+

Projects Completed

4 States

NV, CA, UT, IA

< 1 Day

Quote Turnaround

What is Palisade Engineering and where are you located?

Palisade Engineering is a structural engineering firm headquartered in Reno, Nevada. Founded by Paul Waite, PE, SE and Joel Heidema, M.S., P.E., we provide structural engineering services across Nevada, California, Utah, and Iowa. Our office is at 1680 Montclair Suite B, Reno, NV 89509. We specialize in data center seismic anchorage, multi-family, commercial, and residential structural design.

What areas does Palisade Engineering serve?

We are licensed to practice structural engineering in Nevada, California, Utah, and Iowa. We serve projects across all four states, with particular depth in Northern Nevada (Reno, Sparks, Fernley, TRIC, Storey County), Lake Tahoe, Sacramento, and the broader Western US. Remote structural engineering services are available for projects outside our primary service areas.

Who are the engineers at Palisade Engineering?

Our team is led by Paul Waite, PE, SE — a dual-licensed Professional Engineer and Structural Engineer — and Joel Heidema, M.S., P.E., who holds a Master's degree in structural engineering. Both engineers are directly involved in every project. You work with the engineers doing the work, not project managers or middlemen. Meet our team →

What is your typical turnaround time?

Turnaround depends on project type. Data center seismic anchorage: 48-72 hours for standard racks, 3-5 days for complex equipment. Residential projects: 2-4 weeks. Commercial and multi-family: 4-6 weeks to permit-ready documents. Rush timelines are available for all project types. We provide a specific timeline at proposal stage.

How do I get a quote from Palisade Engineering?

Send your plans, drawings, or project description to info@pe-se.com or use our contact form. We typically return a fixed-price quote within 24–48 hours. You can also call (775) 323-6633 to discuss your project directly with an engineer. No commitment required — our quotes are free and come with zero obligation.

How much does structural engineering cost?

Structural engineering costs vary by project type and complexity. Residential projects typically range from $3,500-$26,000. Commercial projects: $8,750-$87,500+. Multi-family: $17,500-$130,000+ depending on unit count. Data center seismic anchorage starts at $850 per rack. We provide fixed-price quotes — no hourly billing, no scope creep. You know the exact cost before we start.

Does Palisade Engineering offer fixed pricing?

Yes. Every project receives a fixed-price proposal before work begins. We don’t bill hourly, and we don’t allow scope creep. If the scope changes during design, we discuss it transparently and provide a revised fixed price. This model protects your budget and eliminates billing surprises.

What is the typical structural engineering project timeline?

Standard timelines by project type: Data center rack anchorage — 48-72 hours. Residential remodel — 2-4 weeks. New custom home — 3-6 weeks. Commercial building — 4-6 weeks. Multi-family complex — 4-8 weeks. We provide a specific schedule at proposal stage and maintain responsive communication throughout.

What do I need to provide to get started?

To prepare an accurate quote, we typically need: architectural drawings (floor plans, elevations, sections), project address, any special requirements (seismic zone, snow load concerns, building code version), and your target timeline. For data center anchorage, we need equipment cut sheets, weights, and the floor plan showing equipment locations.

Do you offer free consultations?

Yes. We provide free initial consultations to understand your project scope and determine if we're the right fit. Call (775) 323-6633 or email info@pe-se.com. For formal proposals with fixed pricing, we review your plans and deliver a detailed scope and price typically within 24–48 hours.

What is seismic anchorage engineering and why do data centers need it?

Seismic anchorage engineering determines how equipment is bolted to the floor to resist earthquake forces. Data centers are classified as Risk Category IV under ASCE 7-22, meaning they require 50% higher design forces (importance factor Ip = 1.5) than standard commercial buildings. Every piece of equipment — server racks, UPS systems, generators, CRAC units — must be anchored to resist site-specific seismic forces. Without proper anchorage, equipment can slide, overturn, or disconnect during an earthquake, causing data loss, downtime, and safety hazards.

Why do data centers require Risk Category IV seismic design?

Data centers are essential facilities under IBC 2024 and ASCE 7-22, classified as Risk Category IV because they provide critical infrastructure that must remain operational during and after a seismic event. This classification requires an importance factor of Ip = 1.5, increasing all seismic design forces by 50% compared to ordinary commercial buildings (Risk Category II, Ip = 1.0). Failure of a data center during an earthquake could disrupt telecommunications, financial systems, and emergency services.

What codes and standards does Palisade Engineering design to?

We design to current building codes including ASCE 7-22 Chapter 13 for seismic design forces, ACI 318 Chapter 17 for anchor capacity in concrete, IBC 2024 (national) and CBC 2025 (California), ICC-ES AC308 and ACI 355.2 for anchor qualification, AC156 for shake-table seismic certification coordination, IEEE 693 for substation equipment, and FM Global Data Sheet 5-32 for FM-insured facilities.

How much do data center seismic anchorage calculations cost?

Palisade Engineering offers three pricing tiers. Tier 1 — Rapid Rack Anchorage: $850 per rack, 48-72 hour turnaround (24-hour rush at $1,500/unit) for standard 42U/48U server racks, battery cabinets, small UPS, and PDUs. Tier 2 — Complex Equipment: $1,500-$2,000 per unit, 3-5 business days for large UPS, generators, CRAC/CRAH units, and raised floor systems. Tier 3 — Data Hall Package: starting at $25,000, approximately 2 weeks for complete data hall buildouts with all equipment types. See full pricing details →

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

Every PE-stamped package includes site-specific USGS seismic parameters for your exact address, ASCE 7-22 Chapter 13 seismic force calculations using Fp equation, ACI 318 Chapter 17 anchor capacity analysis, a field-ready anchor schedule specifying exact products and torque values, ICC-ES evaluation report references for specified anchors (e.g., Hilti KB-TZ2, Simpson Titen HD), and documentation formatted for plan check and inspection approval. Learn more about our anchorage services →

Do I need a structural engineer for my home remodel?

You likely need a structural engineer if your remodel involves removing or modifying load-bearing walls, adding a second story or room addition, foundation repairs or underpinning, installing large beams or headers, or converting a garage to living space. Most building departments in Nevada and California require PE-stamped structural plans for these types of work. Even if not required, a structural engineer protects your investment by ensuring the modification is safe and code-compliant. See our residential services →

What is BIM and how does it help my project?

BIM (Building Information Modeling) is 3D digital modeling of building structures using software like Revit. It improves projects by detecting clashes between structural, architectural, and MEP systems before construction begins, reducing field conflicts and RFIs (Requests for Information), providing accurate material quantities for better cost estimation, and enabling better visualization for all project stakeholders. Palisade Engineering uses BIM on complex projects to improve coordination and reduce construction issues. See our BIM services →

What is value engineering in structural design?

Value engineering is the systematic analysis of a structural design to reduce costs without compromising safety, performance, or design intent. Examples include optimizing beam and column sizes to reduce steel tonnage, simplifying connection details to reduce fabrication costs, substituting materials (e.g., engineered wood for steel where appropriate), and redesigning foundations to reduce concrete volume. Our value engineering has saved clients significant construction costs across commercial and multi-family projects. Learn about our value engineering approach →

What is the difference between a PE and SE license?

A PE (Professional Engineer) license authorizes the practice of engineering in a specific state. An SE (Structural Engineer) license is an additional, more specialized credential that requires advanced examination in structural engineering, including seismic and wind design. Not all states offer a separate SE license. In states like California, an SE license is required to design certain building types. Palisade Engineering carries both PE and SE licenses, providing the highest level of structural engineering credentialing.

What seismic design category is my property in?

Seismic Design Category (SDC) ranges from A (lowest risk) to F (highest risk) and depends on your location, soil conditions, and building use. Most of Northern Nevada falls in SDC D due to active fault zones. You can look up your property's seismic parameters using our free seismic parameter lookup tool — enter any US address to get S_DS, S_D1, and SDC values per ASCE 7-22.