I will do deck patio solar retaining wall structural load calculation
About this Gig
Welcome! Are you planning a deck, patio cover, wall removal, solar installation, or retaining wall project? Standard architectural drawings are not enoughbuilding departments require precise structural load calculations to grant permit approval.
I deliver accurate, code compliant structural analysis and load calculation reports tailored to your project requirements.
What I Calculate & Design:
- Load-bearing wall removal & beam sizing
- Deck & patio cover structural calculations
- Rooftop solar panel load analysis
- Retaining wall structural calculations & stability checks
- Live, dead, wind, and snow load evaluations
Why Choose This Gig?
- Precise calculations based on standard building codes
- Clear, organized PDF calculation sheets ready for review
- Fast turnaround with quick communication
Please note: Engineering stamps vary by local jurisdiction. Please contact me before ordering so we can review your project details, site plans, and municipal requirements to ensure a smooth permit process.
Let us make your structural project safe and permit ready!
Project scale:
Building
Building type:
Residential
•
Commercial
•
Industrial
Material speciality:
Concrete
•
Wood
Delivery style preference
Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.
FAQ
Will these calculations help me get my building permit approved?
Yes! The calculation sheets are prepared using standard structural engineering principles (IBC/IRC codes) specifically structured for building department submission and permit review.
What information do I need to provide to get started?
You will need to provide project dimensions, sketches or plans, material types, and photos of the existing structure (for remodels, solar, or wall removal).
Can you help me size the correct beam for load-bearing wall removal?
Absolutely. I calculate the exact point and uniform loads transferring to the beam and determine the required wood, LVL, or steel beam size needed to support the structure safely.