Software Engineer (Real-Time Vehicle Telemetry & Visualization)

Join the Mission Control team at Applied Intuition, where you'll build a suite of UIs that enable defense customers to interact with our autonomy stack. As a Software Engineer, you'll work on a highly configurable, stable, and intuitive frontend platform, focusing on mission planning, monitoring, and debriefing. You'll collaborate closely with the Design team and integrate your frontend implementation with various defense applications.

• Concevoir et mettre en œuvre une plateforme frontend UI/UX orientée données, y compris des graphiques 2D/3D et des visualisations d'agents en direct.
• Travailler en étroite collaboration avec l'équipe de conception pour comprendre les flux de travail des utilisateurs et développer une vision pour l'interface utilisateur/expérience utilisateur des outils de défense.
• Collaborer avec d'autres équipes pour intégrer votre mise en œuvre frontend avec un simulateur interne à la pointe de la technologie, un pipeline de transmission de données, des systèmes autonomes et d'autres applications de défense.

• Experience with full-stack web development
• Interest in spatial reasoning and 2D/3D geographic map rendering problems
• 2 + years of industry experience
• A hunger to learn and grow into a position of ownership and impact on a new product team
• U.S. citizenship (legally required) and eligibility to obtain a security clearance
• A strong vision and good taste for intuitive user interfaces
• BS in Computer Science, or equivalent field of study
• Don’t meet every single requirement? If you’re excited about this role but your past experience doesn’t align perfectly with every qualification in the job description, we encourage you to apply anyway. You may be just the right candidate for this or other roles
• Aptitude with spatial reasoning and 2D/3D geographic map rendering (WebGL, Cesium, GIS, etc)
• Experience with React, Typescript or Angular technologies
• Experience with real-time command and control interfaces for robotic systems