Creo Parametric Projects

urgent

3d Scan to Fusion 360 A-Z to teach me

I need someone who can live show me/teach me how to convert a 3d point cloud scan (from Creality Scan) into a solid parametric object in Fusions360. I have aligned and merged the object into a single object and saved it in .asci .obj and .stl format. its an organic item and so there is around 1.5million triangles. i need to design a tight fitting base for the object with complex geomtery and so its important there is not realistic loss of fidelity 0.1mm or so. i would like to import and use this in Fusion360 but it is simply too large i feel. i have tried reducing but its imperative that the geometry isn't too badly affected. the file is 85mb so cannot upload at posting the project.

Convert 3D model to parametric model for cnc

I am seeking a skilled freelancer to convert a 3D model of a chair, currently in .rfa format, into a parametric model suitable for CNC machining. The goal is to create layered forms of the chair that can be exported as a DXF file for cutting. Please refer to the attached images for additional context regarding the design requirements. There are a few intricate details that will be discussed further in a conversation. Your expertise in 3D modeling and CNC compatibility will be essential for this project.

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SolidWorks 3D model from ship blueprints (PDF) → laser-cut

I need an experienced SolidWorks CAD designer to recreate an 86m inland vessel (scale 1:60) from scanned PDF shipyard drawings, including the hull lines plan. Goal: produce a laser-cut plywood model kit (tabs/slots) with a frame/bulkhead hull structure for accurate hull shape. Outer appearance should be realistic; internal structure should be strong. The model will become RC, so include space for battery/components (rough layout is enough). Required Output • SolidWorks Parts (.SLDPRT) for all components • SolidWorks Assemblies (.SLDASM) with logical sub-assemblies • 2D DXF exports (laser-cut ready) for all wooden parts • Part numbering for laser engraving (to prevent build mistakes) Critical Requirements • Hull frames match the lines plan accurately • Parametric thickness control: • Longitudinal spine thickness adjustable • All cross frames thickness adjustable via one parameter • All slots update automatically • Must be done in milestones with 3–4 review checkpoints for feedback Read-check (mandatory): How many years of SolidWorks experience do you have, and do you have experience with wooden kits OR ship drawings/lines plans? Include 1–3 relevant examples. A few drawings have been added as examples. The rest will be shared once the assignment has been finalized.

BIM modelling – 10 elevations of office wall (WoodNLite)

Project description We’re WoodNLite (woodnlite.com) and need an experienced BIM modeller to produce BIM-ready files for a wood-and-glass office partition system. Scope: 10 elevations (architectural elevations of the partition wall types) plus parametric profiles, door and sidelite families, and the detailed hardware variants listed below. Files must be accurate, production-ready, and easy to specify by architects and contractors. What we need Deliver high-quality BIM assets for our wood-and-glass partition system that can be dropped into Revit (and exported to IFC/DWG). Work includes: 10 elevation drawings / 3D elevation models of typical partition wall conditions (architectural scale). Parametric profiles for wood rails and stiles (so widths & glass lite patterns can be adjusted). Door and sidelite families: Door + one sidelite Door + two sidelites (one either side) One as above withPair doors Each of the above with: overhead closer, built-in bottom rail closer, and floor closer variants (so 3 hardware variants per elevation where applicable). Glass panes, gaskets, and simple glass hardware represented (not engineering-level connections unless requested). A materials/finishes schedule (names and simple parameters: wood species, glass type, finish). Exportable files: native Revit .rvt and .rfa families, IFC, DWG (plans/elevations/sections), and optional SketchUp/ArchiCAD if available. Level of detail: suitable for specification and coordination (LOD 300 / BIM for design documentation). Please state if you propose LOD 350/400 and pricing for that. File & delivery expectations (Acceptance criteria) Cleanly named families and views (consistent naming convention). Fully parametric profiles for stiles/rails and hardware (users must be able to change rail width and pull handles and locking ladder pull). One Revit project file containing the 10 elevations with correct scale and annotation (and separate family files for doors and sidelites). IFC export that preserves geometry and material names. DWG elevations and a simple PDF set (for quick review). A short PDF or text readme listing model assumptions, unit settings, and how to edit the parametric options. Models checked for geometry errors (no overlapping solids; families should be workset-ready). Provide 3 sample renders/screenshots of representative elevations. Sample elevations / variations to model (from us) Door + two sidelite (one each side) Door + two sidelites (free swing) Door + two sidelites (overhead closer) Door + two sidelites (built-in bottom rail closer) Door + two sidelites (floor closer) (These are examples — include additional typical partition conditions among the 10 elevations: full-height, partial-height, fixed glazed panel with wood stiles, corner condition, entry with transom, etc.) What to quote / include in your proposal Fixed price (or hourly with estimated hours). Do not assume a timeline from us — include your proposed lead time in your bid. What file formats you will deliver (minimum: Revit .rvt/.rfa, IFC, DWG, PDF). Your proposed LOD and whether you can deliver optional LOD upgrade and at what price. Short portfolio of 2–3 previous BIM projects, preferably partitions, curtain walls, or bespoke joinery families. Short note on the Revit version you’ll use and whether families will be backward-compatible (or if you’ll supply multiple versions). Confirmation you will supply a short readme and basic usage instructions. Any assumptions or exclusions (e.g., not providing MEP coordination, structural connections, shop drawings). Required skills Expert Revit BIM modelling (families & parametrics) — required IFC export and DWG production — required Experience creating LOD300+ architectural families and parametric profiles Good understanding of architectural joinery, doors, and glazing details Clear communication, timely updates, and delivery of a packaged file set Selection criteria We’ll evaluate proposals on: Relevant BIM portfolio & previous experience with partitions / joinery Clarity of deliverables and format compatibility Price vs scope and LOD offered Estimated lead time (please include in bid) and communication plan How to apply Reply with: Short cover note (1–2 paragraphs) Deliverable checklist confirming formats you’ll provide Fixed price (or hourly + estimated hours) and any optional LOD pricing Example files/screenshots or links to past work (Revit families preferred) Your proposed lead time We’ll shortlist bidders and may ask for a paid trial (1 elevation + 1 family) to confirm quality before awarding the full job.

Rhino/Grasshopper Building Design Support

I’m developing a new building concept in Rhino and need a Grasshopper expert to turn my early sketches into a flexible, parametric workflow. The priority is simulations, so everything you build should help me iterate building massing, façade logic, and core spatial layouts quickly. Here’s what I’m looking for: • A clean, well-commented Grasshopper definition (.gh) that drives key building parameters—height, floor-to-floor, façade modules, and structural grids. • An accompanying Rhino file (.3dm) showing the definition in action on a sample building. • A short PDF or Markdown brief explaining slider names, data structures, and how to tweak the script. I’m open to your preferred approach—whether that involves custom algorithm development, geometry modeling tricks, or data-rich visualizations—so long as the end result is easy for me to extend. If you can incorporate simple energy- or daylight-related hooks, that’s a bonus. Collaboration will be iterative: we’ll agree on core parameters, you’ll share a first pass, I’ll test in my own Rhino environment, then we’ll refine until the tool is production-ready. Clear versioning (e.g., GH_01, GH_02) and prompt communication are essential. If you’re comfortable with parametric design for buildings and enjoy translating design intent into streamlined Grasshopper scripts, let’s get started.

RCCB Slider Slot Spring Mechanism Design

We Are Developing a Residual Current Circuit Breaker (RCCB) Currently, most RCCBs use a toggle (up-down handle) mechanism for ON/OFF operation. We want to replace the toggle mechanism with a slider slot + spring mechanism, where the user will operate the RCCB,using vertical slider instead of a toggle. Scope of Work: Study the existing toggle + spring RCCB mechanism. Redesign the ON/OFF operation to use a slider slot with spring return. Ensure the slider engages with latch & trip mechanism properly. Provide 3D CAD design (SolidWorks/Creo/AutoCAD). Provide 2D technical drawings with dimensions. Exploded view of assembly. Skills Required: Mechanical design for electromechanical products. CAD modelling (SolidWorks / Creo / AutoCAD). Knowledge of toggle / slider mechanisms with spring action. Experience in switchgear or circuit breaker design is a plus. Deliverables: CAD files (3D + 2D). Exploded view of the new slider slot spring mechanism. Material list (BOM) Note: I want to make the mechanism of that switch after watching the video that I sent

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Rhino/Grasshopper Developer for Configurator (Trial Project)

We are developing a balustrade configurator and require a specialist to build the parametric system in Rhino/Grasshopper. This first project is for our Aluminium Balustrade system, which is relatively simple compared to others. We already have the DWG files for all components — the task is to program the rules and logic so the system works correctly. The configurator needs to: Apply balustrade layout rules (straight runs, corners, stairs, gates). Enforce spacing (e.g. posts max 1830 mm apart, evenly distributed). Generate outputs: Bill of Materials (BOM) with parts and quantities. Cutting lists for rails and spacers. Dimensioned layout drawings (to our CAD style standards). This is a trial project. If successful, we have 5 additional balustrade systems that will be offered as follow-up projects. Once we this trial job is completed, we will then integrate into Shapedriver which will then be the software that makes this into a live configurator on my e-commerce website. Please look up Shapedriver as they have a lot of good content and will give you a very good understanding of their system. (https://www.shapediver.com)

Shapr3D Fix my parametric model

Hello, attached you will find a parametric model. It does not fully work, if you change parameters, it does not fully change. I need someone to fix that. Maybe it is also not possible, please check. Model can be found here: https://we.tl/t-GaSN27Rexk Please have an exact look befor you offer. Dont offer unless you fully understand the job. Thank you, Steffen Maier

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Fix & Finalize 3D-Printable Prototype (SolidWorks)

Summary I have an issued/pending patent and an existing SolidWorks assembly of the device. The current design has functional flaws. I’m looking for an experienced mechanical designer to audit the model, correct the design, and deliver a fully 3D-printable, working prototype. Scope / Responsibilities Review my patent drawings/claims and the current SolidWorks parts/assembly. Diagnose failure points (mechanism, tolerances/fit, strength, interference, motion/kinematics). Propose and implement design changes with DfAM best practices (supports, overhangs, fillets, snap-fits/fasteners, inserts, clearances). Run basic verification (tolerance stack-up, interference/motion check; light FEA preferred). Recommend process & materials (FDM/SLA/SLS; e.g., PETG/ABS/PA12, tough/elastic resins) and any off-the-shelf hardware (e.g., heat-set inserts, screws, springs). Provide at least one design iteration after feedback to reach a functional print. Requirements Expert in SolidWorks (Fusion 360 acceptable) and design for 3D printing (FDM, SLA, or SLS). Proven track record turning patent concepts into functional printed prototypes. Strong understanding of printed part tolerances, joints, and mechanisms. Clear communication and regular progress updates. Deliverables Updated parametric CAD: .SLDPRT/.SLDASM + STEP. Print-ready files: .STL/.3MF with recommended orientation, layer height, infill, supports (slicer notes). Assembly package: drawings, exploded views, BOM, and critical tolerances. Short design report: issues found, fixes made, and material/post-processing guidance (e.g., resin choice, heat-set inserts, surface finishing). (Nice to have) Summary of motion/FEA checks. What I’ll Provide Patent document(s), the current SolidWorks model, and notes on the observed failures & target performance. How to Apply Please share: A portfolio/link highlighting similar functional 3D-printed mechanisms. Your approach, software version, and questions you’d ask up front. A fixed-price or milestone quote with an estimated timeline. NDA and IP assignment are required; all files and IP remain mine. Looking forward to working together.

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20 Original STL & Multi Profiles (Bambu Lab, Cura, PrusaSlicer)

Description: I run a 3D printing business called Spooligans and I’m creating a downloadable “FDM Printing Success Kit” to sell online. I need a freelancer experienced in designing functional STL files and creating optimised slicer profiles for multiple slicers — including Bambu Lab AMS setups. This project involves creating 20 original, copyright-safe designs that are useful, functional, and appealing to hobbyists and small businesses. Deliverables: STL Designs (20 total) Calibration & Maintenance Tools (5): Bed Levelling Test – Dot Grid (dots around bed joined by lines). Bed Levelling Test – Solid Sheet (single solid layer across bed). Nozzle Change Safety Tool. Filament Clip Set (3 variations). Printer Tool Caddy (clips to frame for scraper/tweezers/Allen keys). Functional Everyday Prints (7): 6. Cable Management Clips (3 styles: open, closed, adhesive-backed). 7. Under-Desk Drawer (slim, fits SD cards, USB sticks, tools). 8. Phone Stand / Tripod Mount (adjustable angle, flat-pack). 9. Battery Organiser (AA/AAA). 10. SD Card & USB Stick Holder (modular). 11. Wall-Mount Tool Rack (customisable hooks/holders). 12. Desk Pen/Brush Caddy. Cool / Gadget / Maker Appeal (8): 13. Parametric Parts Tray (snap-fit compartments). 14. Mini Parts Clamp (spring clamp for glued parts). 15. Spooligans Logo Fidget Toy – Spool-shaped logo with a standard bearing in the centre for spinning. 16. Key Rack with Hooks. 17. Glue Stick & Scraper Stand. 18. Snap-Lid Micro Storage Box. 19. Soldering Helping Hands Base (modular arms). 20. Desktop Filament Sample Holder (for short samples or colour chips). Slicer Profiles: Bambu Studio: PLA, PETG, TPU profiles — Normal, Speed, Fine modes. Cura: Same filament/mode variations. PrusaSlicer: Same filament/mode variations. AMS Project Files (Bambu Lab): .3mf files for each STL. Pre-arranged build plate layouts with colour assignments where applicable. AMS purge optimisation to minimise waste. Testing & Proof: All STLs must be clean, manifold, and error-free. Provide sliced screenshots for each STL to confirm printability. Requirements: Must have proven experience in designing STL files and slicer profile creation. All designs must be created from scratch and fully owned by me upon delivery. Files to be organised into folders: “Freebie” (3 STLs) and “Paid Kit” (17 STLs). Provide a simple “how to import” guide for profiles and AMS files.

3D Design and Modeling of Mechanical Components using Siemens NX

This project involves the comprehensive 3D modeling and parametric design of various mechanical components using Siemens UG NX (Unigraphics NX) CAD software. The key objective is to create accurate, industry-standard models of critical components used in thermal and mechanical systems. The project covers the following categories: 1. Heat Exchangers Design of shell-and-tube and plate-type heat exchangers. Modeling includes baffles, tubes, headers, and shell assemblies. 2. Pressure Vessels 3D modeling of vertical and horizontal pressure vessels based on ASME standards. Includes flanges, nozzles, manholes, supports, and internal component 3. Machine Components and Subassemblies Design of shafts, bearings, gears, cams, and housing units. Subassembly modeling and constraint-based assembly techniques used.

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ANSYS Lumerical with BSDF Export for Honeybee

Project Title: Photonic Coatings Simulation in ANSYS Lumerical with BSDF Export for Honeybee (Grasshopper) Project Description: I'm seeking a freelancer with advanced experience using ANSYS Lumerical to simulate photonic coatings for architectural glass. The goal is to design, simulate, and extract optical properties of a multilayer nanostructured coating, and then export the results as a usable BSDF file compatible with the Honeybee plugin in Grasshopper for daylight and energy simulation. Project Scope: Design and simulate multilayer photonic coatings (e.g., using TiO₂, SiO₂, Al₂O₃) on glass substrates Use ANSYS Lumerical (preferably FDTD) to model spectral behavior (transmittance, reflectance, absorptance) across the solar and visible range Post-process simulation results to generate a Radiance-compatible BSDF (.xml) file Ensure BSDF is suitable for import into Honeybee within Grasshopper for use in daylighting and energy simulations (e.g., with EnergyPlus) Required Skills & Experience: Strong proficiency in ANSYS Lumerical (especially FDTD or STACK for optical coatings) Experience in modeling photonic nanostructures, thin films, or metasurfaces Ability to generate and validate BSDF data from simulation results Familiarity with daylighting/energy simulation workflows using Honeybee, Radiance, and EnergyPlus Attention to detail and ability to document methodology clearly Preferred (Bonus) Skills: Knowledge of Dubai or hot-arid climate solar performance considerations Experience integrating custom optical materials into BIM or parametric tools Please include examples of similar past projects or simulations, particularly where you’ve exported BSDFs for use in architectural or environmental design software. Best Regards, JOJO

Développement d’un Assemblage Paramétrique CATIA V5

Nous recherchons un(e) expert(e) en CAO sur CATIA V5 pour développer un assemblage paramétrique complet destiné à un projet de figurines personnalisables. Le but est de modéliser une figurine articulée, avec des composants personnalisables (coiffures, tenues, accessoires, expressions…), et de permettre leur génération automatique via des scripts VBA connectés à des tableaux de paramètres (Excel ou fichiers .txt). ⸻ Tâches à réaliser : • Conception d’un assemblage CATIA V5 paramétrique (articulations, pièces interchangeables). • Utilisation de tableaux de paramètres pour piloter les dimensions et les options de personnalisation. • Mise en place de macros CATVBA pour : • Lire les paramètres d’un fichier Excel • Générer automatiquement le modèle 3D en fonction des données entrées • Intégration d’opérations booléennes (ajouts/soustractions de géométrie) selon les options. • Préparation de modèles pour export STL (impression 3D). • Structuration claire du fichier CATIA pour intégration dans un pipeline de personnalisation en ligne. ⸻ Compétences recherchées : • Maîtrise de CATIA V5 (Part Design, Assembly Design, Knowledgeware) • Expérience avec CATVBA / CATScript • Connaissance des principes de modélisation paramétrique et des opérations booléennes • Capacité à travailler de manière autonome et documentée ⸻ Livrables : • Fichiers CATIA V5 (pièces, assemblage, macros) • Documentation des paramètres • Exemple de fichier Excel d’entrée • STL des variantes générées ⸻ Deadline : Livraison souhaitée en 5 à 7 jours

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Grasshopper Expert for Kinetic Facade Simulations

Iam looking for a freelance expert in Grasshopper to assist with kinetic facade simulations for energy performance and daylighting analysis. The project involves working with parametric modeling and simulation tools such as Ladybug and Honeybee to evaluate different facade configurations for an office building in Dubai. Requirements: ✔️ Proficiency in Grasshopper, Rhino, Ladybug, and Honeybee ✔️ Strong background in daylighting analysis and energy performance simulations ✔️ Experience in kinetic facade design and optimization ✔️ Ability to interpret simulation results and provide design insights ✔️ Efficient and detail-oriented Scope of Work:

2d drafting of engineering drawing of a spm vehicle

I have following requirements Project requirement Software creo ptc 7.0 Equipment - spm vehicle 2 D Drafting - engineering drawings 1) child part drawings - gd&t 2) assembly drawing - with sequencing 3)fabrication drawing - with welding notation 4) exploded views of assembly 5) machining drawing - with gd&t 6) bending drawings Etc Nos of designer - 5 nos Duration - 1 month min to 6 month max

Parametric wall art

I need a cnc programmer designer who can design and write the g-code for wall art. Please see the attached picture. It will be a rugby ball instead of a head.

Create Solidworks 2024 CAD Model from STL scan data

I have an STL of a simple casting that I need to convert into a parametric Solidworks 2024 CAD Model Need this doing asap Depending on quality of work, I have a number of small solidworks projects over the coming weeks and so looking for someone who can do this and is also confident in Solidworks modelling

Data Extraction - Comparative Analysis - Data Visualization

Job Description Summary: The role involves comprehensive data analysis using SAS. Responsibilities include cleaning and preparing datasets, performing descriptive statistical analyses to summarize findings in a detailed table, and conducting correlation analysis to explore variable relationships. The candidate will develop and test hypotheses using statistical methods such as T-tests, ANOVA, non-parametric tests, and regression analysis, providing insights through visualizations and detailed interpretations. Expertise in SAS procedures like PROC CORR, PROC TTEST, PROC ANOVA, PROC GLM, and others is essential.

Architectural Designer

Architect – Interactive and Green Spaces Position Overview: We are seeking a highly skilled and creative Building Architect with a passion for designing interactive, sustainable, and visually striking spaces. The ideal candidate will have extensive experience working on diverse projects, from residential homes to large public spaces such as flagship stores, small stores, malls, markets, houses, airports, entertainment spaces, parks. They will combine technical expertise, creative flair, and a deep understanding of modern architecture trends to craft innovative and environmentally conscious designs. Key Responsibilities: 1. Design & Conceptualization: Create compelling architectural designs and concepts for interactive and green spaces in 2D and 3D formats using platforms like AutoCAD, SketchUp, Revit, Solid Works, Unreal Engine and similar tools. Having knowledge of AR & VR, Video 360 will be an advantage. Blend functionality, aesthetics, and sustainability to deliver outstanding designs. 2. Sustainability & Smart Technology Integration: Incorporate green construction techniques and sustainable materials into designs. Integrate smart technology solutions to enhance the usability and environmental impact of spaces. 3. Compliance & Regulations: Ensure all designs adhere to local building codes, compliance standards, and regulations. Collaborate with regulatory bodies to align architectural solutions with policies. 4. Local, Regional & Global Design Awareness: Leverage access to modern architectural examples , local and global case studies to influence innovative designs. Adapt global design concepts to suit local project requirements. Adapt Parametric architectures principles Able to utilise machine generated designs using our Generative AI platforms 5. Interiors & Exteriors: Develop detailed engineering drawings and plans for interiors and exteriors, ensuring a seamless blend of design elements. Introduce unique factors to elevate both functional and aesthetic aspects. 6. Project Collaboration: Work closely with stakeholders to deliver projects that meet expectations. 7. Creative Problem-Solving: Address challenges with innovative and practical solutions, maintaining design integrity and meeting project goals. 8. BIM knowledge Have experience working with BIM platforms. Requirements: Certified Architect Bachelor's or Master’s degree in Architecture or a related field. Proven experience in designing a range of spaces, including retail, commercial, residential, and public. Proficiency in architectural design platforms such as AutoCAD, SketchUp, Revit, Rhino, or similar. Strong understanding of green construction, sustainable materials, and smart technology integration. Familiarity with building compliance and regulatory frameworks. Excellent visualization skills and a keen eye for detail. Ability to bring creative, unique, and innovative ideas to life. Strong portfolio showcasing diverse local projects, with global experience being a plus. Excellent communication and project management skills. If architecture design is your passion and core expertise, please apply. We would like to engage with you and collaborate for common goals and reshape the way we build our physical world. You will work on some of the innovative concepts and help us set the benchmark, and deliver quality solutions for our communities and partners at large.