I will load bearing wall removal, beam sizing and residential structural engineering
About this Gig
Removing a load bearing wall or creating a larger opening in your home?
I provide residential structural engineering for load bearing wall removal, beam and header sizing, structural load calculations, and supporting member design.
I can evaluate the proposed opening and develop a structural solution based on the span, loads, framing, support conditions, and available project information.
Services include:
- Load bearing wall removal analysis
- Beam and header sizing
- LVL, wood and steel beam design
- Structural load calculations
- Load path evaluation
- Post and column sizing
- Bearing and support checks
- Header and opening design
- Floor and roof framing analysis
- Structural calculation reports
- Permit oriented structural documentation
This service is suitable for kitchen remodels, open concept renovations, doorway enlargements, interior wall removal and other residential structural modifications.
Send your plans, wall location, opening dimensions and available project information before ordering so the structural scope can be properly evaluated.
Project scale:
Building
Building type:
Residential
•
Commercial
•
Industrial
Material speciality:
Concrete
•
Steel
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.
Other Building Engineering Services I Offer
FAQ
How do I know if my wall is load bearing?
Send the available floor plans, framing information, photos and dimensions. I can review the available information and determine what structural assessment is needed.
Can you design an LVL or steel beam?
Yes. Beam selection can include LVL, engineered wood, dimensional lumber or steel depending on the span, loading and project conditions.
Does the beam calculation include the supporting posts?
The appropriate package can include post column sizing and bearing checks where required by the structural design.
