Build interactive 3D scene visualizations using the ArcGIS Maps SDK for JavaScript (@arcgis/core), specifically SceneView, scene layers, and Esri web components.
Integrate Esri 3D visualization components directly into a production Angular application, working within the client's codebase and repository.
Render and optimize geospatial data layers including solar field layouts, infrastructure assets, terrain models, and real-time operational data overlays in 3D.
Tune rendering performance and visual fidelity to meet production-quality standards in the browser (WebGL, GPU profiling, level-of-detail management).
Work with mock/static GIS data initially, then transition to live data endpoints; adapt the UI as real data replaces mock data.
Leverage AI-assisted development tools (Copilot, Claude, cursor-based coding agents) to accelerate implementation, write tests, debug rendering issues, and prototype scene configurations faster.
Participate in client scrum ceremonies (standups, sprint planning, retrospectives) as a fully embedded squad member.
Collaborate closely with a Future Works Full Stack / Front End Engineer on Angular component architecture, state management, and API integration.
Coordinate with the client's Technology Director and development team on data contracts, API specifications, and integration points.

3+ years working with the ArcGIS Maps SDK for JavaScript (formerly ArcGIS API for JavaScript), specifically 3D capabilities: SceneView, scene layers, @arcgis/core npm package.
Strong JavaScript/TypeScript skills with experience building in Angular (or deep experience in React/Vue with willingness to work in Angular).
Proven experience building 3D geospatial visualizations for web: terrain rendering, 3D symbology, visual variables, scene layer management, camera and navigation controls.
Experience with Esri data formats and services: Web Scenes, Scene Layers (I3S), Feature Layers, ArcGIS Online or Enterprise portal.
Understanding of GIS fundamentals: coordinate systems, spatial references, projections, vector vs. raster data.
Experience optimizing 3D rendering performance in the browser: draw call management, level-of-detail, texture optimization, frame rate tuning.
Active use of AI-assisted development tools (Copilot, Claude, or similar) to accelerate coding, debugging, and prototyping. We expect you to work with AI, not around it.
Experience working in professional services or consultancy environments, embedded within client teams.
Strong collaboration skills and ability to work with cross-functional teams across time zones.

Work from anywhere, forever
We are a fully remote and global team. We trust you to manage your time and energy to deliver exceptional results.
Connect deeply
We gather for immersive, all-expenses-paid company retreats in unique locations to connect, learn, and grow together.
Share in the upside
A competitive compensation package including equity, bonuses, substantial participation in company profits with a clear growth path to C-Level leadership based on performance.

Future Works

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