Structural Design for SRP Mechanism

I am preparing a full structural submission for a customized Suspended Rope Platform (SRP) top-mount system and require certified calculations and drawings that will satisfy regulatory compliance under the latest industry-specific guidelines (e.g., EN 1808 and associated façade-access standards).

The scope centres on a new steel support frame that will be fixed to an existing building. I have already defined the architectural layout and fastening points; what remains is the engineering verification:

• Complete load path analysis (self-weight, live, wind, impact and dynamic rope loads)
• Stability and serviceability checks of the frame and its anchors into the host structure
• Clear connection details sized to current welding and bolting codes
• Signed calculation report and stamped GA/section drawings ready for client and authority review (PDF + editable CAD)

I typically work in AutoCAD, Revit and STAAD Pro, so keeping the native files in those formats will streamline our coordination.

Only engineers with demonstrable experience in façade-access equipment or temporary-works steel design should reply; please highlight comparable SRP, BMU or cradle projects you have personally certified. Turn-around and any required RFIs can be agreed once I share the existing drawings and site photographs.