Hire the Best Microsoft Kinect Developers

Unity developer with a technical art background, working across the full real-time pipeline — from gameplay and tooling code to shaders, VFX, lighting and optimization. I sit comfortably between engineering and art, which lets me translate creative intent into something that actually ships and holds framerate. I've delivered projects across AR/VR, WebGL and mobile, each with its own constraints: XR comfort and interaction design, aggressive draw-call and memory budgets on mobile, and load-time and build-size discipline for the web. That range has made me pragmatic about trade-offs and comfortable owning a feature end to end, from prototype to release build. On the art side, my focus is real-time VFX — particle systems, VFX Graph, custom shaders and Shader Graph — along with the tooling that keeps production moving: editor scripts, automated asset workflows and art-side debugging tools. I also integrate AI throughout my 3D creation process, using generative and assistive tools for concepting, texturing, asset generation, retopology support and iteration speed. I treat AI as part of the pipeline rather than a novelty: it shortens the distance between idea and playable prototype, while the final quality bar stays a craft decision.

I build interactive experiences that run live in the real world — AI-powered kiosks, touchscreen displays, event games driven by physical buttons and Arduino sensors, Kinect installations, and VR for brand activations and exhibits. My focus: builds that run all day, unattended, in public, without crashing. 🟢 Most Unity developers can ship a build. Far fewer can make that build survive a live deployment — a sensor that drops mid-session, a visitor who yanks a controller, an eight-hour day with hundreds of hands, a machine that has to recover on its own when the power blips. That reliability layer is where I work. People think this kind of development is judged by art and interface. That's only one layer ❌ — I treat a project as layers, with high attention to detail, and I don't call it done until the small things are right: feedback, sound, edge cases, and the failure modes that only show up on the floor. 💎 What I build Touchscreen kiosks & interactive displays — multitouch, wayfinding, check-in, and museum/exhibit experiences built to run unattended AI-powered experiences — virtual reception assistants (speech + LLM), and a generative-AI caricature kiosk that captures a photo and prints a custom portrait, built by integrating AI APIs into real-time Unity apps VR experiences for activations, exhibits, and demos (HTC Vive / Vive Tracker, Meta Quest) Event & arcade-style games with custom physical controls — arcade buttons and switches talking to Unity over Arduino serial communication Sensor-driven & motion-controlled installations — Microsoft Kinect, Leap Motion, and custom Arduino sensor rigs PC games & interactive applications — standalone Windows builds, simulations, and real-time tools Mobile games for iOS & Android, plus WebGL browser builds 🧠 Core expertise Unity 3D / C# — gameplay systems, physics-based mechanics, real-time interaction design AI integration — connecting LLMs, speech, computer vision, and generative-image APIs into live interactive products, with fallback handling for unattended use Hardware & physical computing — Arduino serial communication, Kinect / Leap Motion tracking, custom controllers and sensors Cross-platform delivery — PC (Windows), mobile (iOS / Android), WebGL, and VR headsets Performance optimization across low-end and high-end hardware Modular, well-commented architecture any developer can pick up and extend 🛠 How I work Daily updates, video calls, and recorded walkthroughs — you'll always know exactly where your project stands, time zones aside. I battle-test every build under real conditions: Does it survive a full unattended day? Does it recover from a disconnected device — or a dropped API call? Does the interaction feel right the hundredth time, not just the first? Is the code clean enough for the next developer to follow? Behind all of it: 7+ years in Unity, including shipped titles with 5M+ downloads — so whether it's an AI kiosk, an installation, or a mobile game, the engineering underneath is production-grade, not a demo that works once. Tell me about your project — kiosk, installation, AI experience, or game — and let's figure out how to make it real. Thank you!

I started my C# career writing diagnostic software for nuclear power plants. Reliability there wasn't a feature. It was the baseline. That habit never left me, and these days it goes into my Unity work: small, focused tasks, full games, and everything in between. 7 years of C#. PC, mobile, VR. I can jump into an existing project, own a standalone system, or take your idea or GDD all the way to a working MVP: planning, architecture, gameplay, UI, integrations, optimization, testing, and builds you can actually play. 🔹 SOME THINGS I'VE BUILT • Godly Survivors, an action roguelite released on Steam. I designed and developed it solo, including custom progression, enemy AI with dynamic difficulty, and runtime world generation. I owned its design and development from first concept to launch. • Expanded a 12-level 3D educational game for kids with new arcade mechanics, story progression, and supporting systems. • Developed VR/XR apps for Meta Quest and Apple Vision Pro with live 360° video, streamed content, and backend integration. • Built mobile games and simulators featuring boat physics with water dynamics, time-stop puzzle mechanics, REST APIs, Firebase, and monetization. • On one optimization job, I cut an app's build size by 5x. I genuinely enjoy profiling and hunting down CPU/GPU bottlenecks. 🔹 WHAT I CAN DO FOR YOU • Build your game from start to finish: indie titles, MVPs, and vertical slices. • Design and code gameplay systems: combat that feels right, enemy AI, abilities, inventory, economy, progression, and save systems. I lean on data-driven configs so designers can tune things without touching code. • Help on the design side too: core loops, balance models, docs a team can implement without guessing, and custom Unity Editor tools when a workflow needs one. • Take over or extend an existing project: new features, bug fixes, refactoring, third-party integrations, and gameplay or UI polish. • Profile and optimize for PC, mobile, and VR. • Handle backend and platform integrations: Firebase, REST APIs, Addressables, IAP, ads, and the SDKs your project needs. 🔹 HOW I WORK Clear milestones, risks raised early, and playable builds throughout instead of one big reveal at the end. AI speeds up implementation and testing; I do the thinking, shape the architecture, and make the final call. You get honest progress updates, documented changes, and code the next developer won't curse at. I care about the product, not just the paycheck. Details matter to me. Whether it's a focused fix, an indie MVP, or something bigger (AAA too, assuming you bring the studio 🙂), send me your idea, GDD, current build, or task description, and I'll help turn it into a working result.

I develop Augmented Reality and Virtual Reality experiences for mobile applications, native and web. I am a back-end developer; I take your 3D models and artwork and use code to deliver the experience you want. I am experienced with, but not limited to using: Unity, PlayCanvas, and Zapworks Studio.

Hello! I’m a highly experienced AR (Augmented Reality) and VR (Virtual Reality) developer with over 8 years of expertise in creating immersive experiences, game simulations, and intelligent applications powered by AI. I’ve delivered 35+ AR projects, 20+ VR simulations, and numerous AI-integrated apps across platforms like Android, iOS, VR headsets, standalone devices, and web browsers. I've delivered 20+ games 2d,3d - windows,android,IOS,mac Delivered - 5 websites 🎮 Specialties Game Simulations: Safety, mechanical, architectural, educational 2D & 3D Unity Games: Single/multiplayer using PUN2,agora,mirror 360° Tours & Environments Indoor Navigation - Vuforia Area target, Matterport, QR code, Custom. AI-Driven Interactions: ChatGPT, Convo AI, OpenAI API integration,Metaverse 🧰 Tech Stack Unity 3D – ARFoundation, Vuforia, VisionLib, Easy AR, Needle, WebXR, Wikitude, AR kit, AR Core, MAXST, URP/HDRP, Meta Quest, HTC Vive, HoloLens, PICO. Web Development – Responsive websites, Web AR/VR Vuforia studio, Creo Paramateric, Creo illustrate Blender,Sketchup Spark AR & Lens Studio – 23+ custom filters for Instagram, Snapchat, and Facebook 🧠 AI & Real-Time Tech ChatGPT, OpenAI, Convo AI integration Face, Body, and Image Tracking Real-time Communication – Agora, Photon PUN2 🌍 Industries Served Medical & Healthcare Education (STEM and beyond) E-commerce Apps & Websites Mechanical & Architecture Training Simulations (Safety & Maintenance) I combine immersive tech with smart AI systems to build next-gen applications that engage users and solve real-world problems. Let’s build something innovative together!

Robots that don't know where they are, can't navigate reliably, or fail when moved from simulation to real hardware — these are the problems I solve. I specialise in the full autonomy stack for mobile robots: LiDAR and Visual SLAM for mapping and localisation, Nav2 configuration and tuning for reliable navigation, multi-robot simulation across Gazebo Classic, Gazebo Harmonic, and Isaac Sim, and perception pipelines for detection and scene understanding. My background is Computer Engineering with an MSc in AI — I work equally well on research platforms and production deployments. WHAT CLIENTS TYPICALLY HIRE ME FOR ☑ SLAM that doesn't drift — LiDAR-inertial (solid-state and mechanical), RGB-D, monocular, and visual-inertial pipelines on real hardware ☑ Nav2 that actually works — Ackermann, differential-drive, and tracked robots, including the failure modes that generic tutorials don't cover ☑ Multi-robot simulation — namespace isolation, TF management, QoS configuration for 5-10 robot systems across Gazebo Classic, Harmonic, and Isaac Sim ☑ Perception integration — real-time object detection, point cloud segmentation, thermal inspection, published as ROS 2 topics for downstream use ☑ Sensor fusion — EKF tuning, IMU characterisation, LiDAR-camera extrinsic calibration ☑ Consulting and technical advisory — architecture review, root cause diagnosis, and implementation roadmaps for SLAM, navigation, and simulation projects HARDWARE I HAVE WORKED WITH DIRECTLY ☑ Unitree L2 solid-state LiDAR ☑ Intel RealSense RGB-D camera ☑ FLIR AX8 thermal camera ☑ RPLiDAR A-series (2D mechanical LiDAR) TRACK RECORD 100% Job Success Score. 5-star reviews on all completed contracts. HOW I WORK I take fixed-price and hourly contracts. Before starting any project I ask the questions that prevent wasted weeks — what sensor, what environment, what the failure looks like, and what the real constraint is. That diagnostic step is usually where the value is. I also take consulting engagements alongside implementation work — architecture review, root cause diagnosis, and technical direction for anyone who needs an outside perspective on why something is not working.