CM Project, CBM. Calculation of metal construction.

A project (reverse engineering) is required based on a ready-made sample for the production of a quick-assembly container. The technological solutions must be implementable for non-specialized production. Dimensions as in the sample https://www.youtube.com/watch?v=FkJGMp0mX-4

Job essence: There is a sketch project of a one-story house (140 sq.m) in pdf and dwg. The wall technology (frame) has been chosen and the dimensions have been changed. The layout of non-load-bearing walls has been modified in SketchUp. The layout and concept have been approved. A professional draftsman is required to transfer the project to AutoCAD (2D) with "clean" lines from scratch, correct geometric inaccuracies, and prepare drawings for builders. Important subtask (Normalization of dimensions): The project in SketchUp was created during the creative stage, so there are inaccuracies (for example, cabinets 603 mm, openings 815 mm). The contractor needs to independently round and normalize all dimensions according to construction and furniture standards (door openings strictly according to the specifications, kitchen bases 600/450/300 mm, walls without random distortions in millimeters). What needs to be done in the basic (all 5 points) version of the project: 1. Foundation plan (new dimensions) with the edges of the formwork 2. Plan for load-bearing walls without furniture (there will be a frame): taking into account the thickness of the "layers" of the walls (data will be provided). We will look at this intermediate result, and if the quality is satisfactory, we will proceed further. 3. Plan for all walls without furniture. Clear dimension chains (axes, openings, piers) + table with room areas 4. Plan with furniture and plumbing layout: all furniture and plumbing must be placed on a separate layer so that they can be turned off with one button. Furniture should be tied to standard dimensions. 5. Foundation plan (top view) with embedded elements - executive sheet for builders. Exact linear ties (coordinates) of the points for the drainage pipes and embedded sleeves relative to the corners of the foundation/axes. Payment and stage conditions (Important!): Stage 1 (Fixed price): Creation of a basic clean version of DWG based on my source materials with normalization of dimensions (as described above). Stage 2 (Time & Material / Hourly payment): After the delivery of a quality first version, adjustments to the layout may be made according to my new requests. These corrections will be paid separately at an agreed hourly rate or for fixed packages of revisions. Please indicate two prices in your response: the cost of the First Stage and your hourly rate (or the cost of one round of revisions) for the Second Stage. What I provide: 1. Plan in pdf and old dwg with dimensions of the house and rooms before modifications 2. Link to SketchUp for the current layout project or export of this file. 3. Thicknesses and materials of walls. Standards for rounding (what openings are needed for doors, thickness of kitchen countertops, etc.). Technical requirements for DWG: AutoCAD version no higher than 2018/2020. Drafting strictly in "Model" at a scale of 1:1. Ideal layer hygiene: axes, walls, dimensions, furniture, text - all on strictly separate and clearly named layers. No garbage or broken blocks.

Looking for a design engineer / designer of KM / KR / AR with experience in flat roofs to develop a drainage scheme and layout of wedge-shaped insulation. There is a flat roof plan. It is necessary to create a drainage scheme and make a layout of wedge-shaped insulation boards of standard size 1000 × 1000 mm. Calculate the volume and quantity of each type of board, and provide the final specification of insulation in m3 and pieces. An example is attached.

It is necessary to develop a project for a frame single-story house. I will build it myself, so the drawings need to be detailed and clear.House parameters: Size 7×12 m, one floor (of which 2.8 m, terrace) Foundation — concrete piles (I will do it myself) Frame — according to modern frame construction technologiesThe main thing is practicality and economy, without unnecessary complications.

Drawings and material list. For a canopy for the installation of solar panels. A canopy for storing equipment and vehicles. Installation site: s. Zhemchuzhnoe, Pavlohrad district, Dnipropetrovsk region, angle of about 10 degrees. Long panels 620 (230 by 113), needed in two rows about 19 meters in length available. So a frame is needed for the installation of the panels only without covering; the joints of the panels will be sealed later with rubber gaskets. It should withstand wind and snow loads. It is not standing in an open field, there are small buildings nearby, but it is outside the city and on a decent slope. A galvanized mounting profile has already been ordered, with a thickness of 1.4 mm, and it needs purlins about 1 m. So, it will probably be necessary to install a profile pipe to reinforce it, to reduce the number of beams, I think, to minimize deflection. It was planned for installation on the roof, but the roof turned out to be not quite convenient for such installation.