Memories of calculation

I need an engineer experienced in programs like SAP to make the memories of calculation of a scaffolding tower, 25m high , The scaffolding tower will be used to make repairs at a height of 25m in a building I am going to make a ringlock scaffolding tower , and I need an engineer to help me make the memories of calculous of all forces, momentums and loads on each point of it. I will provide the number of pieces, weight of each one, height and all sizes, The freelancer must provide me with: Diagrams of tower Forces on each point Maximum load capacity of tower Dead load The scaffolding tower is formed by pipes 48,3mmx3,5mm hot dip galvanized I am sending below a link with basic towers different heights similar to the one i will make, and the tower will be 24m tall, plus a balcony 1m height , to reach completely 25m The method considered in the program is the AISC-LRFD 93 or a similar one Factor safety :4 I need calculation of full load Calculation of dead load Maximum load permitted We need diagrams of Axial forces Momentums Service ratios Two persons will work on top of tower and they will have 200kg in tools to work ,so those forces must be considered. Design rations diagrams Since I am not expert at explaining the project in English well I am including a link for freelancer to check one sample mode of another tower with memories of calculation,a similar job with full pictures and pictures of tests is needed [login to view URL] Pics of tower can be seen at [login to view URL] [login to view URL]! Item quantity weight total 1 Standards 48 10,2 489,6 2 Ledger 1,40 52 5,6 291,2 3 Braces 1,4x2m 24 6,1 146,4 4 Planks 2,07x0,6m 12 14,08 168,96 5 Brace 2,07x2m 24 9 216 6 Ledger 2,07 52 8,2 426,4 7 Ladders 12 8 96 8 Standard 1m 4 4,4 17,6 9 Jack bases 4 2,8 11,2 10 Base collar 4 2,1 8,4 11 Pin 4 8 0,2 9,6 12 Rodapies2,07 2 2,6 5,2 13 Rodapies1, 4 2 2,6 5,2 14 Planks2,07x0,3m 12 22,09 265,08 15 Add. Ledger 2,07 44 8,2 360,8 16 Add leger 0,5m 4 44 176 17 Add Standar 22 4 88 Number or elements 370 weight 2781,64