Paylaşıldı3 dakika önce

I’m setting up an ongoing collaboration with a seasoned mechanical design specialist who can jump in whenever new projects hit my desk. Most assignments revolve around translating product concepts into manufacturable parts—solid CAD models, detailed drawings and the occasional design iteration to tighten tolerances or reduce cost. What matters to me is consistency and availability over the long haul. If you’re comfortable taking rough sketches or functional requirements and turning them into clean, production-ready designs, we’ll get along well. I typically work in SolidWorks, but can accommodate other mainstream CAD platforms if that’s your preference. Every task will come with clear objectives, reference files, and deadlines. In return I’ll expect native CAD files, properly structured assemblies and a short design note explaining critical decisions. Once we establish a smooth workflow, I see this turning into a steady stream of work rather than one-off gigs. If mechanical design is your core strength and you’re looking for a reliable, long-term client, let’s talk.

Paylaşıldı9 dakika önce

Project Title: Technical Manufacturing Drawings for Custom Table Base – 3 Interconnected Legs with Complex Angles & Rounded Profile Project Description: I need a skilled freelancer to create detailed technical drawings for a custom table base consisting of three sculptural legs. The tabletop will be made separately later. I have reference photos from online (I do not have access to the physical table), so the freelancer will need to work from these images to create a proportionally accurate and structurally sound design. Key Details: • Scope: Drawings for the complete leg assembly only (3 pieces). The tabletop is a separate future project. • Tabletop Size: The tabletop will be 366 cm in length. The legs must be designed to proportionally suit a table of this size and provide adequate stability. • The Design (based on reference photos): o Three legs forming a sculptural base o Each of the three legs has a different angle o Two of the legs touch each other at some point along their length o One leg appears to intersect with the middle leg o The legs converge and connect toward the center of the table o Each leg has a distinctive rounded profile along its length (similar to the curved shape of a tire) o The top surface of each leg is flat where it will attach to the tabletop o The bottom surface of each leg is flat to stand straight on the floor • Critical Geometry: Because the legs touch and intersect at different angles, the spatial relationships and joinery between them must be precisely specified. The carpenter needs to know not just the shape of each leg individually, but how they relate to each other in space and how they connect. • Reference Material: I will provide the online photos I am working from. The freelancer will need to use their judgment to interpret proportions, angles, and construction details. I can also provide desired overall dimensions (height, footprint) as needed. Required Deliverables: • A 3D model of the complete leg assembly showing all three legs in their correct spatial relationship (format: SketchUp, SolidWorks, Fusion 360, or AutoCAD). • A complete set of 2D technical drawings that a carpenter can build from. This must include: o Fully dimensioned orthographic views (front, side, top, bottom) of the entire assembly o Individual leg drawings: Detailed dimensions for each of the three legs, including their unique angles o Cross-sections to detail the rounded profile at key points along each leg o Joinery details: Clear specification of how the legs attach to each other where they touch and intersect (e.g., mortise and tenon, dowels, brackets, etc.) o Leg placement: Recommended positioning of the three legs along the 366 cm tabletop for optimal stability o Footprint: Clear indication of how far apart the feet spread o Attachment to tabletop: Recommended attachment method (threaded inserts, bolt holes, brackets, etc.) shown clearly o Material specification: Recommended wood type and minimum stock dimensions o Templates or cutting diagrams for angled joinery if helpful for the carpenter Ideal Freelancer: You have proven experience in complex furniture design and technical drafting for manufacturing. You are proficient in CAD software and comfortable working with multi-component assemblies where parts interact at different angles. You understand furniture joinery and can create clear, accurate shop drawings for a carpenter. You are comfortable working from reference photos to create precise, real-world measurements and proportions. Additional Notes: • I do not have the physical table, only online photos. The freelancer must be comfortable with reverse engineering from images. • The tabletop will be made separately later, so the leg tops should be designed with standard attachment points that will work with a future tabletop. • Accuracy in capturing the unique angles, the rounded profile, and the intersection points is the most critical part of this project.

Paylaşıldı57 dakika önce

I’m looking for a skilled 3D artist who can turn my product concept into stunning, photorealistic renderings. The core task is straightforward: take the reference photos, sketches, or CAD files I supply and deliver finished images that make the product look production-ready in any lighting or background we choose. Because these renders may be used across everything from investor decks to e-commerce listings and social media ads, I need clean, high-resolution output (4K PNGs or layered PSDs are ideal). If you typically work in Blender, 3ds Max, KeyShot, Cinema 4D, or a comparable pipeline, that’s perfect—just keep materials, textures, and lighting fully editable so tweaks are easy. Deliverables • 2–3 hero angles showing the product in its best light • 1 exploded or detail shot to highlight key features • Source scene files with organized layers, textures, and baked lighting setups I’ll provide style references and any color or branding guidelines on kickoff. Turnaround within a week is preferred, but let me know if you need slightly more time to hit a truly photoreal finish.

Paylaşıldı57 dakika önce

I'm seeking a skilled 2D/ 3D modeler to create a detailed rendering of a building facade, primarily for aesthetic design purposes. The model should prominently feature glass materials. Key Requirements: - High-quality, detailed rendering - Focus on glass material representation - Strong background in architectural visualization in AutoCad & Ideal Skills & Experience: - Proficiency in 3D modeling software (e.g., Revit, Inventor, AutoCad) - Expertise in material rendering, especially glass - Prior experience in creating detailed architectural models Please provide a portfolio showcasing relevant work.

Paylaşıldı59 dakika önce

I have an urgent analytics assignment that requires a 3D model and build a robust model from scratch. Because the project is still fluid, I’m open to your recommendations on the most suitable approach—whether predictive, descriptive, or prescriptive—and on the platform that best fits the task, be it Python, R, MATLAB, or another tool you feel is more appropriate. Here’s what I need from you on a very tight timeline: • A clear explanation of the modeling strategy you propose and why it suits the data. • Clean, well-commented code (or notebooks/scripts) that I can rerun without modification. • A concise summary of findings and next-step recommendations.

Paylaşıldı6 saat önce

The complete aircraft is already built in Creo 9 (individual part files plus the ASM001 top-level assembly). I now need a Sting support that mates with this model exactly as outlined in the Sting Balance Manual. Phase 1 – Sting support Start by creating the Sting support as a standalone Creo 9 part. Keep clear of the rear engine envelope; the wings are the most critical references for alignment. Medium geometric fidelity is fine—surface continuity and overall dimensions must match the manual, but there’s no need to model every fastener at this stage. Once the support file is ready, send it for a quick fit-check before moving on. Phase 2 – Connector concept Propose and model an interlocking connector that joins the aircraft to the Sting. I specifically want an interlocking solution rather than a bolt-on or welded joint so that the rear engine remains untouched. Explain briefly (a paragraph or sketch inside Creo) how the connector engages with the internal structure and how it can be removed without disturbing the engine. Phase 3 – Final assembly After approval of the connector, integrate everything into a single Creo 9 assembly: aircraft, connector, and Sting support. Verify clearances, mass properties, and reference datum consistency with the manual. Deliverables • Creo 9 part file for the Sting support (submitted first) • Connector part file and short explanatory note • Final Creo 9 full assembly (.asm) with all dependent parts All native files must open cleanly in Creo 9 without regeneration errors. Let me know if you need any additional dimensions or the manual sections clarified.