Personal Injury Law Firm would like someone with Google Earth 3D experience to create a auto crash reconstruction scene including autos, trucks, pedestrians and create motion that shows the how the accident happened. We would like you to recreate a fictious accident reconstruction scene that is to be used as a model for us to recreate our accident reconstructions. The best way I can desribe that is similar to using a document template. I will provide the fictious accident details upon selection.

Looking for a drafting professional with experience working in South Florida to design and deliver permit-ready plans, including construction cost estimates for a luxurious "Tropical Modern" SFH. The ideal candidate will have a strong understanding of local regulations and the ability to provide accurate cost projections. This role requires a well-rounded skill set in drafting and construction management. See attached pics for project inspiration examples.

We need to take CAD or GLB files and turn them into images and animations of machines to use in marketing and website content. You will need to be able to animate functions of the machine.

Hello we are currently in the process of starting a restoration and customization of a Black 1970 Fastback mustang. We want to add several design elements throughout the car and would like to model them so we can make a decision on a final design style before we start. We can detail every change wed like to make and you are also open to taking some design liberties yourself if you feel like you have a good idea to add to the finished product. Please respond with prior automotive projects and a rough quote of what you would charge for the full project.

We're validating a new consumer hardware product idea and need polished, photorealistic concept renders to gauge interest before committing to full engineering. This should be a well-designed, realistic-looking concept grounded in real engineering feasibility. It will be used as a starting brief for mechanical/PCB engineering if the concept validates, so please design within the real constraints below in mind THE PRODUCT: A two-unit "Do Not Disturb" system for home offices: (see placeholder landing page here, where renders will go https://www.flowlightfocus.com/) 1. A desk-mounted button/timer unit — has a slide control (like a dimmer or fader) to set focus time length, a single physical button, and a small display window on its top surface, and a small LED 2. A small light unit / sconce that mounts outside a home office door and glows amber/red once the paired button is pressed, signaling to others that the person is busy AESTHETIC DIRECTION: Think premium home object that would be featured on a sleek, minimal desk next to a nice mechanical keyboard — see attached moodboard for direction. Matte finishes, neutral/muted color palette (sand, cream, stone grey, matte black). REAL COMPONENT CONSTRAINTS (please design around these actual dimensions, not invented ones): For the button unit: - Small OLED display window: approx. 50 x 12mm visible area - Slide control travel: approx. 50mm length, recessed channel/groove design (like a mixing console fader), not a knob sitting on top - Physical button: standard mechanical mx switch, button footprint approx. 50 x 10mm - USB-C port: needs edge access for charging - Small red/amber LED indicating when the light unit is on - The unit should sit mostly flat on the desk surface, with only a slight raise/wedge toward the back for the OLED screen (see attached rough sketch) - Battery powered/rechargeable, roughly pocket-sized to palm-sized — happy to discuss rough target dimensions on a call For the light unit: - Oval shape, clean and contemporary, minimal flourishes - Mounts on the wall above the door, glows amber/red once activated - Approx. 250mm wide - Must be rechargeable (no permanent outlet wiring) — needs an easy mount/dismount mechanism, e.g. a wall-affixed plate (same diameter as the back of the light) that the light body snaps on/off of for periodic charging (roughly biweekly) DELIVERABLES: 1. Fusion 360 file (native, editable, and parametric where practical) 2. Photorealistic product renders (KeyShot, Blender, or whichever is best), including: - Clean studio hero shots, both units, a few angles - A full 360° turntable rotation on a clean/gradient background (each unit) - A lifestyle/contextual shot: button unit on a desk, light unit mounted outside a door — with subtle camera movement/parallax (not full rotation) against a real or realistic background 3. A few color/material variant options if feasible (e.g., sand, stone grey, matte black) 4. A simplified alternate version of the button unit with just a physical button and a small status LED (no OLED screen, no slider) — we want to see how this pared-down version looks and feels as a comparison 5. OPTIONAL, if time allows: one render showing a snap-on accessory faceplate over the light unit with a bold, blocky "DND" or "BUSY" cutout that the amber glow shines through from behind (a possible future accessory add-on, sold separately). Not required for the core scope — a rough concept pass is enough. NOTE ON REALISM: We don't need manufacturing-level precision (wall thickness tolerances, assembly details, etc.) at this stage, but please keep proportions and features grounded in the real component dimensions above, not fantastical/impossible geometry, since this will inform real engineering later if the concept validates. BUDGET: $400-800 depending on scope/experience — open to discussing based on your proposal and portfolio. IDEAL CANDIDATE: - Strong portfolio in consumer product concept design/rendering, ideally small electronics or home goods. - Bonus for working knowledge and experience of real manufacturing methods. Opportunity to extend project if can help advise on 3D printing for prototypes, injection molding for production (draft angles, wall thickness, parting lines), and how a PCB/battery/components actually sit inside a small enclosure. At this stage though, not asking you to do manufacturing engineering just yet, but be cognizant of DFM In your proposal, please briefly note: have you designed physical products that were actually manufactured (injection molded or otherwise), or is your background primarily in rendering/visualization? Either background is fine, but we want to know which we're getting. Please share 2-3 portfolio examples closest to this style/scope, and your estimated timeline and cost.

**Job Description** I am seeking an experienced 3D CAD designer / product engineer to reverse-engineer and redesign an existing selfie stick and deliver manufacturing-ready STL files based on my custom specifications. This is not a simple modeling task. The project requires mechanical understanding, dimensional accuracy, and design for manufacturability, with the end goal of producing a functional, durable physical product. Will be required to sign NDA. **Scope of Work** -Analyze an existing selfie stick (photos, measurements, and/or physical reference provided) -Reverse-engineer the design into a precise CAD model -Modify and customize the design per my requirements (details provided after hire) -Optimize parts for 3D printing (tolerances, wall thickness, strength) -Create clean, watertight STL files ready for production -Provide revisions based on testing and feedback **Deliverables** -Final STL files (print-ready) -Source CAD files (Fusion 360, SolidWorks, STEP, or similar) -Assembly guidance or exploded views if applicable -Revision support (number of revisions to be agreed upon)

We are seeking an experienced freelancer to assist with Autodesk Fusion CAM help specifically for simultaneous 5 axis machining with a Haas UMC-750.

I'm producing eyewear frames machined from natural stone on a 4-axis CNC. I have 3D geometry from professional laser scans (STEP files) and a machine with a standard G-code controller. I need an experienced CAM programmer to generate clean, verified toolpaths and output production-ready G-code for a single test frame. This is a paid test engagement. If output quality meets spec, there is ongoing work across additional frame designs. Scope of work Import provided STEP file and review geometry for machinability Define toolpaths for a single eyewear frame Select appropriate tooling strategy for brittle hard material (stone) Generate and verify G-code for a 4-axis setup with generic controller output Deliver documented toolpath file + G-code + brief notes on feeds/speeds rationale Requirements Demonstrated experience with 4-axis CAM programming — not just 3-axis Comfort with hard, brittle materials: stone, ceramic, glass, dental, or composites preferred Small-part precision experience: eyewear, jewelry, dental, or medical components Proficient in at least one major CAM package (Fusion 360, Mastercam, RhinoCAM, HSMWorks, etc.) Ability to output clean generic G-code Portfolio or work samples showing comparable complexity What I'll provide STEP file from professional laser scan Machine/tool specs and controller details Reference images of finished frame geometry Material data (stone type, hardness) To apply Include the following or your proposal will not be reviewed: CAM software you use and why you'd choose it for this job One example of hard material or small-part work you've programmed Your approach to toolpath strategy for a brittle material like stone Fixed price for the single-frame test

We are seeking a skilled mechanical CAD designer to develop a reusable pricing clip specifically for PSA sports card slabs. The clip should be engineered to attach securely without scratching the card surface and must support interchangeable price tiles. We need a design that combines functionality with an aesthetic appeal. The ideal candidate will have experience in product design and a strong understanding of CAD software. If you have a passion for sports memorabilia and a knack for innovative designs, we want to hear from you!

I need a custom elk pendant cad design done. We would need the cad created and renderings to show our customer. The pendant would be about 2 1/2” wide. We would then need the prototype made. Thanks, Ron