Design A-Frame Ban and Calculation

A set of documentation is required to perform construction and installation works without the contractor independently making design decisions regarding: planning; height; foundations; retaining walls; entrance group; openings; embedded; engineering network passages; drainage. Based on the ENZ in .DWG format, topographic survey, and general plan. The task is to create an author's planning and height solution so that builders receive a clear set of drawings for earthworks, foundation, and monolithic works that form the basement, retaining walls, entrance group, and surface drainage systems. The work does not include the design of the metal frame of the canopy, the roof of the canopy, and KM/KMD — embedded parts, reinforced belts, etc. Heights, dimensions, and locations of their placement need to be shown. Separate complete engineering sections for HVAC, plumbing, and electrical systems are also not included, but the locations of passages and connections for these networks, channels, and technical openings need to be shown. A set of DWG + PDF is needed, sufficient for performing the work without additional solutions on the construction site. Important: the technical task (TT) is the main document that defines the subject, scope, requirements, and conditions for performing the work. All agreements, criteria for evaluating the result, scope of work, and resolution of disputed issues are carried out based on the approved TT.

The sketch project (SP) is a pre-project stage according to SP RK 1.04-101-2013 "Sketch Project", preceding the development of the RP General Designer: LLP "Binar Group" Chief Architect: Tokhtaganova Akhniyet Kuralbekovna — Bachelor of Architecture (5B042000, diploma BD № 00017576830, TarSU named after M.Kh. Dulati, 2023) Designer: Usenov Adilbay Kobeysinovich — Chief Designer for load-bearing and enclosing structures (certificate № 7008 dated 21.11.2025, LLP "Apple Safety") 2. Composition of the designed objects № Object Dimensions / characteristics Notes 1 Residential building 12 × 12 m (in axes), 1 floor Main building 2 Garage for 2 parking spaces Location — at the discretion of the architect (attached or standalone) with justification in the SP 3 Pool specified at the SP stage Open, seasonal, with a recreation area 4 Shed (utility block) specified at the SP stage Household needs, inventory LLP "Binar Group" · Design and construction Taraz, Zhambyl region Technical specifications for SP · object: s. Bazarbay, Bayzak district · client: Munataeva S.A. p. 2 of 4 5 Terrace adjacent to the house Summer recreation area, exit from the living room/kitchen 6 Temporary small house, 1 room + bathroom Temporary/guest accommodation 3. Requirements for the master plan and zoning of the site — Place all objects on a 40×25 m site while observing regulatory setbacks from the boundaries, coordinating with the height marks of the adjacent territory (as required by the APZ). — Functional zoning: residential zone (house + terrace), recreation zone (pool), utility zone (garage, shed, temporary house). — Organize parking for cars on the site (according to the project) and access to the garage for 2 cars. — Provide landscaping and greening, small architectural forms, outdoor lighting — according to the section "Urban Planning Requirements" of the APZ. — Provide measures for people with limited mobility: access to the building, ramps, access roads (requirement of APZ p. 6). — Provide temporary fencing of the site during construction. — Preservation/transplantation of green plantings if available — according to the project. 4. Architectural requirements — The style of the architectural image — according to the developed and approved sketch project. — The character of the combination with the surrounding buildings — in accordance with the location of the object (rural development, s. Bazarbay). — Emphasize the entrance nodes of the house. — Basement, facade, and enclosing structures — according to the project, materials to be agreed with the client at the SP stage. — Compliance with noise indicators — according to the construction standards of RK. 5. Engineering support At the SP stage, engineering support is reflected in the volume of the consolidated schematic diagram (see section 9, sheet "Engineering Networks Scheme"), without load calculations and diameters — this is the task of the working project. — Sources and types of engineering support: electricity supply (III category reliability network), water supply, sewage (in the absence of a central network — septic tank/LOS), heating — individual gas boiler, gas supply (natural gas, low pressure), low-voltage networks (fiber optic). — Detailed calculation parameters and technical conditions — according to the questionnaire No. OL-2026-02 dated 04.06.2026 (attached as a separate document). LLP "Binar Group" · Design and construction Taraz, Zhambyl region Technical specifications for SP · object: s. Bazarbay, Bayzak district · client: Munataeva S.A. p. 3 of 4 — In the SP diagram, show the conceptual placement of inputs and routes of engineering networks to all objects on the site (house, garage, pool, temporary house). 6. Requirements for individual objects 6.1. Residential building (12×12 m, 1 floor) — Planning solution — first of all, work out the arrangement of furniture and the ergonomics of the premises (living room, kitchen-dining room, bedrooms, bathrooms, hallway), then — engineering networks (MER). — Provide an exit from the common area (living room/kitchen) to the terrace. — The composition of the premises and the exact layout — to be clarified with the client at the SP stage. 6.2. Garage for 2 parking spaces — Location (attached to the house or standalone) — at the discretion of the architect, with justification of the chosen option in the SP. — Materials and type of gates — to be agreed with the overall style of the house. 6.3. Pool — Type — open, seasonal. — Dimensions, shape, and recreation area around the bowl — to be determined at the SP stage considering the allocated space on the site. 6.4. Shed (utility block) — Purpose — storage of inventory, household needs; location — in the utility zone, out of sight from the main facade. 6.5. Terrace — Adjacent to the residential house from the side of the living room/kitchen; covering (canopy/awning) — to be agreed with the client. 6.6. Temporary house (small) — Minimum composition — one living room + bathroom, possible mini-kitchen. — Purpose — temporary accommodation during construction / guest house; separate entrance, autonomy from the main house. 7. Developer's obligations — Begin development of the land plot only after conducting engineering-geological surveys, geodetic marking, and securing the boundaries of the plot in nature. — Relocation of underground and above-ground communications (if any) — according to the technical conditions for relocation or measures for network protection. 8. Regulatory documents — SP RK 3.01-101-2013 "Urban Planning. Planning and Development" — SP RK 1.04-101-2013 "Sketch Project" — SNiP RK 3.02-43-2007 "Residential Buildings" LLP "Binar Group" · Design and construction Taraz, Zhambyl region Technical specifications for SP · object: s. Bazarbay, Bayzak district · client: Munataeva S.A. p. 4 of 4 — SP RK 2.02-101-2013 "Fire Safety of Buildings and Structures" — SP RK 2.04-01 (water consumption standards) — Architectural and planning assignment No. 324113 dated 11.06.2026 9. Composition and completeness of the sketch project (AR) — Title page — General data. Technical and economic indicators — List of sheets — Situational scheme M 1:2000 — General plan of the site M 1:500 (with placement of the house, garage, pool, shed, terrace, temporary house) — Floor plans. Room explication M 1:100 — for each object — Sections M 1:100 — Roof plans M 1:100 — Facades. List of external finishes M 1:100 — Engineering networks scheme (consolidated) — for the site — Prospective view (visualization)

Good day. Please do not judge too harshly, as I am not a builder and cannot describe everything in professional terms. However, still: I need a project for an industrial single-slope building made of sandwich panels measuring 11*23 m, with wall heights of 6 m on the left and 5 m on the right, with two roller doors measuring 4*4 m and plastic windows measuring 1*2 m every 2 meters on both sides. The intended purpose of the premises: a sheet metal processing area with two machines. All details, including photos, videos, hand drawings, etc., will be provided directly to the contractor. The main thing I would like to receive as a result: a completed project (by project, I mean technical documentation with drawings, calculations, and a detailed description of the construction technology process). Again, this is my subjective understanding of the term "project". In fact, it is necessary to build a premises for internal use, without coordination with the authorities. The project will be for internal use only. The most important thing is to understand how much material is needed, what exactly is needed, and how to assemble them together (especially the fastening of the sandwich panels to the frame, as we do not have experience working specifically with sandwich panels). The project is needed by the end of next week (by 10.07 inclusive) An image generated by AI based on my wishes is attached. A project is needed for it.

Job essence: There is a sketch project of a one-story house (140 sq.m) in pdf. 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 First (basic) version of the project: 1. Wall layout plan without furniture (there will be a frame): taking into account the thickness of the "layers" of the walls (data will be provided). Clear dimension chains (axes, openings, piers). 2. Plan with furniture and plumbing arrangement: 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. 3. Foundation plan (top view) with embedded sewerage: executive sheet for builders. Accurate linear ties (coordinates) of the sewer pipe outlets 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 from 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 with dimensions of the house and rooms before modifications 2. Link to the SketchUp project or export of this file. 3. Thicknesses and materials of the 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.

It is necessary to carry out architectural and construction solutions, which will include: 1. Replace the windows of the boiler room; 2. Foundations for equipment; 3. Floor in the boiler room: new screed, tiles; 4. Divide the boiler room into two rooms, execute the foundation and wall; 5. Finish the walls and ceiling. The building model is in Revit.