We're building the future of digital twin technology, 3D reconstruction, and immersive virtual reality. Help us create solutions that bridge the physical and digital worlds — making spatial computing accessible to everyone.
View Open PositionsAt Voxel Innovation, we believe that every physical space and asset deserves a dynamic digital counterpart. We're creating tools and platforms that make digital twins, 3D reconstruction, and VR experiences more powerful, more accessible, and more impactful.
We tackle the hardest problems in spatial computing — from real-time 3D reconstruction to city-scale digital twins.
We build tools that democratize access to 3D technology, making it easier for industries and individuals to adopt spatial computing.
We stay at the forefront of AI, computer vision, and immersive technologies — turning research into real-world impact.
Find the role that fits your skills and passion. Join us in shaping the future of digital twin and spatial computing.
Real-time rendering, large-scale 3D scenes, WebGL/WebGPU, performance optimization. Develop interactive visualization tools for city-scale environments and digital twins.
Interactive simulations, digital twins, XR, and immersive environments. Build virtual scenarios, training platforms, and urban planning simulations.
High-performance backend services, spatial data pipelines, distributed systems. Support data ingestion, analytics, and cloud deployment for scalable digital twin systems.
Video, sensors, real-time streaming, and multi-modal integration. Develop media pipelines and real-time streaming for urban monitoring and simulations.
Design and develop embedded firmware for IoT sensors, edge computing nodes, and real‑time data acquisition systems. Power the hardware layer of our digital twin pipelines.
Design and implement novel interaction modalities (gaze, gesture, voice, haptics) for immersive VR/AR and digital twin systems. Bridge human factors and real-time 3D environments.
Urban systems, infrastructure modeling, environmental simulation. Plan, simulate, and optimize city infrastructure and environmental impact.
Architectural modeling, BIM integration, and digital construction workflows. Design, model, and integrate real-world construction projects into digital twin systems.
Create interactive dashboards, 3D visualizations, and immersive data representations for complex spatial data. Bridge data analytics with urban planning and operations.
Build next-generation data pipelines for climate, ocean, remote sensing, and simulation datasets. Develop AI-ready corpora and scalable scientific data infrastructure for digital twin and AI applications.
Analyze urban datasets, identify patterns, and support decision-making through statistical analysis and modeling. Work with IoT and sensor data to generate actionable insights.
Process and maintain large‑scale genomic, metagenomic, and environmental DNA datasets. Build AI‑ready corpora and integrate molecular information with oceanographic and geospatial observations.
Validate air, water, and environmental IoT sensor data with analytical chemistry methods. Use Python to visualize monitoring datasets and bridge science with digital twin and 3D teams.
Develop and execute communication strategies that amplify Voxel Innovation's vision in digital twin, 3D reconstruction, and VR. Manage media relations, craft press releases, and build partnerships with government, academic, and industry stakeholders.
Bridge technical innovation and business strategy. Analyze market trends, customer needs, and competitive landscapes in the digital twin and VR/AR sectors. Translate complex technical capabilities into compelling value propositions.
Design intuitive user interfaces and interaction flows for digital twin platforms, VR/AR applications, and data visualization tools. Create seamless user experiences across all products.
Urban-scale modeling, procedural assets, BIM, and real-world reconstruction. Create detailed city models, buildings, and interactive assets for digital twin platforms.
Design and model high-fidelity indoor environments for buildings and facilities. Collaborate with architectural and BIM teams to create realistic interiors, lighting, and furniture layouts for simulation and digital twin integration.