Manage and develop a team of engineers delivering complex technical solutions, integrating Applied's platform, and collaborating with customers on autonomy challenges.

Lead the design and implementation of a frontend for the Mission Control application, focusing on UI/UX for defense applications while mentoring junior engineers.

Lead an ML Platform engineering team building large-scale GPU cluster architecture, training and inference orchestration, and performance optimization. Own design, scaling, scheduling, networking, and resource management while partnering with research and stack teams to accelerate production deployment and drive hiring and mentorship.

Build and implement a data-oriented frontend UI/UX platform for Defense applications, including mission planning and simulation tools, while ensuring intuitive user interaction.

Develop simulation and data tools for collaborative autonomy, integrating with real autonomous vehicle stacks while quickly delivering new features.

The Manager of Application Engineering will lead a team to ensure customer onboarding, support, and success. This hands-on role focuses on enhancing technical workflows and fostering cross-functional collaboration.

The Software Engineer will develop new products and features for autonomy workflows, collaborate with experts, and take ownership of technical decisions.

Develop autonomous vehicle solutions for mining, focusing on ML algorithms. Collaborate on perception and planning initiatives and enhance product performance.

The role involves designing and implementing onboard software in C++, collaborating with cross-functional teams, and building autonomy systems for intelligent vehicles.

Own and architect the L4 trucking fallback stack: define interfaces to perception, planning, control and remote assistance; design degraded driving and minimal risk maneuvers; specify detection algorithms for autonomy degradation; collaborate with cross-functional teams and provide technical leadership and mentorship.

Own end-to-end global movement of time-sensitive goods, execute international shipments, build freight partnerships, advise leadership on logistics strategy, reduce transportation costs, manage vendors and stakeholders, and lead process improvements to increase efficiency and on-time delivery.

The Procurement Analyst will manage Purchase Requisitions and Orders, improve procurement processes, and ensure effective communication with stakeholders.

Build infrastructure and tools for large-scale E2E autonomy research. Collaborate with AI teams to productionize self-driving software and scale training aspects.

As a Software Engineer, you will develop and maintain components of a simulation platform for autonomy, tackling complex distributed systems challenges.

Design and improve core libraries and frameworks for a developer ecosystem, enhance infrastructure reliability, and collaborate across teams to boost productivity.

Serve as the DRI for engineering ops in the Vehicle OS org: manage logistics, onboarding at scale, team culture, internal communications, action-item tracking, and quarterly administrative cycles to keep engineering running efficiently during rapid growth.

As a HIL Engineer, you will test features of Vehicle OS by designing and implementing firmware validation procedures, collaborating closely with teams to ensure quality and reliability of firmware components.

The Procurement Manager will develop sourcing strategies, manage supplier relationships, and lead procurement processes to maximize value and efficiency.

As a Cloud Infrastructure Engineer, you'll enhance deployment, monitor software, and improve CI/CD tooling for large-scale simulations.

The Strategic Consultant will advise Automotive OEM partners, addressing business challenges and technical solutions while managing executive relationships and defining strategies.