I will do structural steel connection design and steel detailing
About this Gig
Need reliable, code-compliant steel connections that pass approval the first time? I design and detail structural steel connections bolted, welded, moment, shear, base plates, and bracing connections for beams, columns, trusses, and industrial frames.
What you get:
- Connection design calculations per AISC 360, Eurocode 3, or your local code
- Detailed connection drawings (plan, elevation, section views)
- Bolt/weld sizing, plate thickness, and capacity checks
- Steel detailing using Tekla, AutoCAD, IDEA StatiCa, or SDS/2
- Clash-free, fabrication-ready drawings your contractor can build from
Whether it's a single critical connection or a full building's connection package, I focus on accuracy, safety margins, and drawings that eliminate costly site errors. No guesswork, no generic templates every connection is calculated and detailed specifically for your loads and geometry.
Send your structural drawings, loads, or model, and I'll turn them into approved, buildable steel connections fast.
Message me today with your project details for an accurate quote.
Project scale:
House
Building type:
Commercial
•
Industrial
•
Infrastructure
Material speciality:
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.
FAQ
1. What design codes do you work with?
I design to AISC 360 (US), Eurocode 3 (EU/UK), or your local/regional steel code, just let me know your project's governing code before ordering.
2. Can you handle both bolted and welded connections?
Yes, moment connections, shear tabs, base plates, splices, bracing gusset plates, and welded connections are all covered.
3. Do you provide fabrication/shop drawings, or just calculations?
Both. You'll receive full calculation sheets plus detailed, dimensioned drawings your fabricator can work from directly.
4. What do you need from me to start?
Your structural layout/architectural drawings, applied loads (or the load combinations if known), member sizes, and preferred design code. If you're unsure, send what you have and I'll guide you.
