Design and 2.5D in SolidWorks

A project for a gazebo with a barbecue area needs to be developed, similar to the type on buduy-sam.com, detailing the quantity of materials, step-by-step construction stages, and for the barbecue area, preferably the layout of each row. The foundation is already poured, measuring 3.55 by 6.45 m. There are also railings we want to use, measuring 2.8 m and 3.32 m. We are adding a diagram of how we want it. The diagram was made on this resource: https://app.diagrams.net/, where everything is done in proportions of 1 mm = 1 cm. We can send this diagram separately, as this resource does not allow uploading this file. The walls are to be faced with brick, the roof is a four-pitched roof for bitumen shingles, and the barbecue fireplace should have a width of the fire area of at least 80 cm. The stove should have a flue outlet through a chimney combined with the barbecue fireplace. The project can be for the gazebo and barbecue area without roofing. The main focus is the barbecue area. Thank you all for your proposals!

A model of a house needs to be placed on the plot and the real dimensions of the plot should be tied to the plan. The results with AI are not good. An example is in the photo. A rough version is needed, but as close to the original as possible.

I am looking for a designer to develop a partial design project (functional layout of the space, design, visualization, furniture selection) for a children's area with a large sandbox. It is necessary to create a modern, stylish, and functional interior with proper zoning. The project is funded by a grant within a veterans' initiative, so the budget for design is limited. If you are interested in participating, please send your portfolio, estimated cost of work, and timelines for completion.

Need a teacher with experience in online teaching who will demonstrate the use of AutoCAD from scratch to a group of students online. (Preferably - experience in the architectural field) Topics: Introduction to AutoCAD Basic drawing tools Editing drawings Layers and object properties Hatching and formatting Text and tables Dimensions Blocks and attributes External references and drawing organization Preparing drawings for printing Practical work Final project Conditions: 700 UAH/hour. Online, on weekdays, evening time from 18:00

Quantity Surveyor needed for detailed analysis of a construction project We are looking for a specialist to thoroughly analyze the project documentation of a construction site and prepare a detailed list of all materials, volumes, and types of work.Main Task Based on the project documentation, a complete quantity take-off of the project must be performed, and a transparent table of all construction materials and volumes must be prepared. The initial data may include: architectural drawings — AR; structural drawings — KJ / KM; specifications; PDF; DWG; Excel files; if available — BIM/Revit model. We need not just a general construction estimate, but a maximum detailed Quantity Take-Off and Material Breakdown.What needs to be done 1. Complete Quantity Take-Off Calculate the actual volumes according to the project: concrete by grades and structural elements; reinforcement broken down by diameters; metal structures; formwork; blocks and bricks; cement; sand; gravel; plaster; floor screed; waterproofing; roofing materials; facade materials; tiles and stone; ceiling materials; door and window structures; glass; wood; paint; fasteners; consumables; other materials present in the project. The list should be formed as detailed as possible, without combining different materials into general positions. For example: Reinforcement Ø8 — kg Reinforcement Ø10 — kg Reinforcement Ø12 — kg Reinforcement Ø16 — kg Concrete B25 — m³ Concrete B30 — m³ AAC Block 100 mm — m² / pcs. AAC Block 150 mm — m² / pcs. 2. Breakdown by project sections All volumes must be structured at least by the following categories: Foundation; Structural Frame; Slabs; Walls; Roofing; Facade; Flooring; Ceilings; Doors & Windows; Waterproofing; Finishing Works; External Works; other project sections. It is also desirable to separate materials by floors, buildings, villas, blocks, or zones of the site, if the project structure allows. 3. Material Breakdown A separate table of all materials needs to be prepared in the format:SectionMaterialSpecificationUnitQuantity The goal is to obtain a complete list of materials required for the construction of the site, with actual quantities. 4. BOQ — Bill of Quantities A structured BOQ needs to be prepared separately:SectionWork ItemMaterialUnitQuantity If possible, also separate: Materials; Labor; Machinery / Equipment; Transport; Waste Allowance. The main task is to ensure the ability to see the net cost of materials separately from the contractor's work cost. 5. Excel model The final work must be provided in Excel. Desired format:CodeBuildingFloorSectionMaterialSpecificationUnitDesign QuantityWaste %Purchase QuantityUnit PriceTotal Cost Additional Task It would be an advantage if the specialist can create a template system for future projects. Our goal is to use a unified structure Cost Database for analyzing different construction sites in the future. We want to be able to compare: concrete, kg of reinforcement, and materials per 1 m² of construction; cost of structures per 1 m²; materials for one room; materials for one villa; cost of individual construction elements; planned volumes against actual purchases; potential material overruns. Requirements for the Specialist We are looking for a person with practical experience: reading architectural and structural drawings; working with AR, KJ, and KM; Quantity Take-Off; BOQ; construction estimates; analysis of construction volumes; Excel. Important We do not need just a rough estimate of the total project cost. We need a specialist who can break down the project to the level of individual physical materials and quantities. The main result of the work: A complete and verifiable list of all construction materials and volumes of the site that can be used for procurement, tenders, cost control, and checking for overruns. When responding, please indicate: Your experience working with AR, KJ, and KM. Examples of completed BOQs or Quantity Take-Offs. Which programs you work with. Can you work with PDF, DWG, and Revit. How you verify the accuracy of calculations. What format of source files you need. Your cost for the project or cost per m². (Project 1000m²)