Title: Senior GIS Technical Lead — ArcGIS Enterprise & 3D Digital Twin (U.S.-based, contract) Overview: Seeking a senior, U.S.-based GIS Technical Lead to lead the GIS build of an enterprise ArcGIS digital twin for a large infrastructure/port program. Native Esri delivery, no non-Esri engine dependency. Scope: ArcGIS Enterprise architecture and layer design; Esri Reality Capture 3D mesh; 3D bathymetric toolset; consolidation of utility/substructure geodatabase layers; support to dashboards and real-time integration. Required: Esri Enterprise GIS Professional + Reality Series + CityEngine + 3D GIS; 13+ years ArcGIS Enterprise and 3D delivery; U.S.-based (mandatory — no offshore); To apply: list your Esri certs (with dates) and link two relevant 3D / ArcGIS Enterprise project examples.

We're looking for Traffic Engineers with experience supporting transportation agencies and engineering consulting firms. Preferred experience: Traffic studies Signal design ITS Safety analysis Highway traffic engineering Preferred Software Synchro VISSIM Civil 3D MicroStation Please Include Resume Relevant project experience Professional license (if applicable) Software proficiency Hourly rate Weekly availability Current location This is an opportunity to build a long-term relationship with WBBC Consulting rather than apply for a single project.

We are seeking an experienced Florida-licensed Professional Engineer (PE) to provide technical oversight, engineering review, and senior-level guidance on consulting projects. This is a flexible part-time opportunity for a highly experienced engineer who enjoys solving complex process engineering challenges and helping build a world-class engineering consulting practice. The ideal candidate combines extensive plant experience, engineering consulting experience, and strong engineering fundamentals. They have worked with both established industrial operations and emerging technology companies and understand the challenges associated with scaling new technologies from laboratory and pilot systems to commercial manufacturing facilities. They are passionate about chemical engineering, enjoy mentoring younger engineers, and take pride in producing technically rigorous, high-quality work. Experience supporting clients in carbon utilization, sustainable manufacturing, industrial biotechnology, and other emerging process industries is highly valued.

Overview: We are seeking an experienced drone specialist/mission planner to create a highly accurate, automated waypoint flight path for a city flyover. The goal is to establish a repeatable flight route that ensures perfectly consistent framing, altitude, and camera angles for future data collection. Scope of Work: Design an optimized waypoint mission mapping out specific coordinates, altitudes, gimbal pitches, and camera triggers. Configure speed, smooth cornering transitions, and fail-safe behaviors (e.g., lost signal actions). Deliver the final exported mission file in a compatible format. Requirements: Proven experience with drone mission planning software and autonomous flight execution. Deep understanding of camera settings (fixed focus, shutter speed intervals, exposure locking for consistency). Current FAA Part 107 license (or local equivalent) and liability insurance. Strong communication and attention to detail. To Apply, Please Provide: A brief overview of your experience with automated drone waypoints. Which software/apps you prefer to use for building repeatable paths. Your experience level with the DJI Air 3 hardware. Compensation will be based on proposal/experience

We make construction products, and one of our sales tools is an interactive 3D animation that walks a customer through installing our balcony waterproofing system, step by step. The version we have now is dated, the 3D looks like an early-2000s build, and we want it rebuilt for 2026. We're also adding our railing system and a few components the old one is missing. The most important thing to understand before you apply: the deliverable is an interactive, self-paced click-through. It is not a linear video. A user clicks from one step to the next at their own pace, stops on any step, and reads a short on-screen description of what's in front of them. Our sales reps run it live with customers and jump straight to whatever stage fits the conversation. An MP4 that plays start to finish does not work for us. If rendered video is the only thing you make, this is the wrong project for you. How the finished piece behaves: - A step menu, so a rep can jump to any stage. - Forward and back navigation between steps. - A short text caption on each step (we write the copy). - It holds on a step until the user chooses to move on. - Web-hosted output we can put online and open on a laptop or a phone. We're open on how you build it (web and HTML, WebGL, a real-time engine, whatever you work in). The requirement is the behavior above. The tool is your call. What you're building: - Rebuild the full install sequence in clean, current 3D. The current version runs 17 steps: drip edge, base flashing, membrane, sealants, spacer shims, drain mat, concrete wear surface, and the rest. - Add our railing system as new steps (base plates, corner brackets, the railing post, the rail). - Add a few updated components the old version doesn't include. - One step is a flood test, water sitting on the deck, so some basic water animation helps there. On accuracy: components should read correctly and the assembly order has to be right, but they don't need engineering-grade precision. If our T-bar reads as a T-bar, that's what counts. We have dimensions and reference images for every part. What we give you to work from: - The existing animation, as the concept reference. Don't copy it; make it better. - A screen recording of someone clicking through the current version, so you can see the format. - A step-by-step visual script: each step, what's on screen, and the caption text. - Install guides, including the railing guide. - Component dimensions, specs, and product-page links. - If we can pull them, 3D scan files of our products from a past vendor. How we'll work: we hand you the script and references, you propose your approach and tool, and we start with a small paid pilot of the first two or three steps. That lets us both confirm the look and the click-through behavior before the full build. Plan on a couple of revision rounds after that. The first pass won't be perfect, and we'll give you clear, specific notes. A few requirements: - US-based. We're keeping this one domestic. - Strong 3D technical animation: assembly and exploded-view work, with cutaways where a step needs to show hidden layers. - Real experience building interactive, self-paced click-through pieces. A video-only portfolio won't cover this. - Comfortable modeling from spec sheets and dimensions. Helpful: construction or industrial product experience, and basic water simulation. When you apply, please include: - A link to an interactive click-through you've built, the kind a user navigates step by step. - What tool or format you'd use here, and whether the final can be hosted online and opened on a phone. - One or two examples of assembly or exploded-view animation. - Where you're based.

I am looking for a 3D graphics engineer that can help me build a rendering engine for counter-strike items. I have access to the game assets, I need to put them together into a working engine. Mainly requires ThreeJS development, working with paint patterns, GLBs, VPK files, etc. Should have familiarity with this concept of building game items.

We are seeking an expert-level AI video creator, 3D animator, and editor to produce one high-fidelity video asset for "LudiQuest". LudiQuest is an advanced gaming platform. You must create a video pitch that gives the viewer an authentic IRL feel. We sell the Rolls Royce of video game platforms. You walk viewers through a showroom experience which features the platform and full LudiQuest experience. More information, including a draft narrative, are available. Visual Style: Photorealistic, architectural walkthrough quality. Must capture material textures (wood, metal, leather), professional lighting, and realistic depth of field. Required Technical and Creative Skillset/AI Video Generation Platforms: Expert-level mastery of advanced tools (such as Luma Dream Machine/Ray 3, Runway Gen-3 Alpha/Turbo, or Kling AI) to generate fluid motion and photorealistic spaces. Traditional 3D Modeling/Rendering: Blender, Unreal Engine 5, Lumion, or V-Ray to establish the initial structural layout before AI refinement. Editing & Post-Production: Adobe Premiere, After Effects, or DaVinci Resolve for tracking, color grading, visual FX, and audio mixing. Asset Consistency: Ability to maintain character and environmental consistency across different generated clips (using custom LORAs or reference images). Application Submission Requirements:: 1. A brief explanation of your preferred workflow for merging traditional 3D architectural renders with AI video enhancement tools (e.g., Luma Ray 3, Runway Gen-3) to ensure spatial accuracy. 2. Portfolio links showcasing previous 3D architectural walkthroughs or technical explainer videos. 3. Which AI video models you intend to use for this project and how you will ensure that specific hardware assets (such as overhead cameras and server racks) remain visually consistent throughout the videos.

Cleaning up photogrammetrically reconstructed sculptures in Blender. These need to be GLB files under 30MB each. We need museum-level archival quality work. We are budgeted for approximately 2 hours per piece before we start seeing diminshing returns on the quality. If you want to see the work, GLB files and reference photos are available upon request.

Project Title Interactive 3D Genomics Experience for Cancer Prevention Company Project Overview PreOncology is an oncology-led cancer prevention and early detection company. We are seeking a highly skilled 3D animator and visualization designer to create a visually stunning, interactive educational experience that helps patients understand how whole genome sequencing contributes to personalized cancer risk assessment and prevention. The experience will be used by genetic counselors during patient consultations and should feel similar to a combination of Apple product animations, modern biotech visualizations, and Google Earth-style navigation. Objective Create an immersive visual journey that allows a user to zoom seamlessly through multiple levels of biological information: Human Body → Whole Genome → Chromosomes → DNA → Cancer Predisposition Genes → Individual Genetic Variants → Polygenic Risk Scores → Integrated Cancer Risk Modeling → Personalized Prevention Plan The goal is to help patients understand how genomic information is transformed into personalized cancer prevention recommendations. Desired Experience Flow Whole Person A rotating human figure representing the patient. Whole Genome Transition into a visualization of the complete genome and chromosome structure. Chromosomes User zooms into individual chromosomes. DNA Chromosome unfolds into a rotating DNA double helix. Cancer Genes Key cancer-related genes become highlighted (examples: BRCA1, BRCA2, PALB2, ATM, CHEK2, TP53). Genetic Variants Zoom into specific variants within genes. Polygenic Risk Pull back to show thousands of small genomic contributors distributed throughout the genome. Integrated Risk Model Combine genomics with: Family history Medical history Lifestyle factors Biomarkers Imaging Personalized Prevention Show how this information informs individualized cancer prevention and surveillance strategies. Visual Style Premium and cinematic Scientific but approachable Apple / Moderna / Google quality aesthetic Dark background with elegant lighting Not cartoonish Suitable for affluent healthcare consumers Suitable for physician and genetic counselor use Deliverables Required: Storyboard Creative concept 3D assets Final animated experience High-resolution video export Preferred: Interactive version allowing users to zoom between layers Web-compatible experience Spline, WebGL, Three.js, or similar technologies Ideal Candidate Experience in: Medical animation Scientific visualization Biotechnology or healthcare projects Molecular biology visualization DNA, genomic, or cellular animation Blender, Cinema4D, Unreal Engine, Spline, or equivalent When applying, please include: Portfolio examples of scientific or medical animation work Estimated timeline Fixed-price proposal Technologies you would recommend for creating both video and interactive versions Budget Open to proposals. Quality and experience are more important than lowest cost.

We are seeking a 3D Asset & Material Pipeline Specialist to prepare SolidWorks furniture models for real-time visualization in Unreal Engine. This role will focus on creating clean, consistent UV unwraps with world-scale UV mapping that follows the length and orientation of furniture components, ensuring accurate material tiling and visual consistency across product lines. The ideal candidate will optimize SolidWorks-derived geometry, establish UV standards and workflows, and help build and maintain a scalable SolidWorks material library that directly maps to corresponding Unreal Engine materials. Responsibilities include collaborating with design, engineering, and visualization teams to streamline the SolidWorks-to-Unreal pipeline, improve material fidelity, and ensure historical as well as new assets are production-ready for interactive experiences, configurators, and high-quality renderings.