Jobs at Applied Industrial Technologies

Develop and deploy high-performance controls modules for autonomous vehicles and mobile robots. Responsibilities include vehicle dynamics characterization, nonlinear MPC and MPPI development, diagnosing software and driving issues, in-vehicle testing, SIL/HIL validation, fault injection, safety requirements, failure analysis, and customer collaboration.

Provides first-line technical support, help desk assistance, user onboarding and offboarding, and troubleshooting for computer systems, networks, software, and hardware. The role also designs scalable IT infrastructure, administers SaaS applications, supports diverse operating systems, develops IT processes, and escalates complex issues. Candidates must have at least four years of IT operations experience, a bachelor’s degree, CompTIA Security+, U.S. citizenship, and Secret clearance eligibility.

Design and own high- and low-voltage power systems for uncrewed aircraft, including battery packs, BMS integration, power distribution, converters, charging, safety architecture, and power-state management. Define CAN/J1939 networks, perform system-level energy and thermal analysis, lead supplier selection and engagement, collaborate across mechanical, electrical, software, and firmware teams, and produce design documentation. Support the full product lifecycle from concept and prototyping through flight testing, qualification, and production.

Design, develop, and integrate real-time sensor fusion and perception algorithms across heterogeneous platforms and sensors. Deploy ML models and containerized solutions to embedded Linux devices, support DoD field tests, perform computer-/hardware-in-the-loop testing, and collaborate with tracking and autonomy teams to deliver and document robust autonomy solutions.

Build configurable frontend and full-stack tools for defense command-and-control applications. Develop 2D/3D visualizations of live and simulated agents, mission-planning and debrief interfaces, and integrations with simulators, data pipelines, autonomy systems, and defense applications. Collaborate with design and engineering teams to create intuitive, stable, data-oriented user experiences for field and simulation operations.

Lead technical programs adapting a production vehicle operating system, middleware, and tooling stack for naval warships. Own milestones, budgets, release plans, risks, security accreditation, integration testing, and technical roadmaps across engineering teams, Navy program offices, shipbuilders, and vendors. Translate shipboard requirements into engineering work, resolve technical and contractual issues, and manage customer communications. The role requires defense program experience, technical depth in software-intensive systems, and eligibility for a U.S. security clearance.

Architects and secures high-performance defense networks carrying radar, camera, and vehicle data in classified environments up to IL6. Designs deterministic low-latency transport, network segmentation, encryption, PKI, zero-trust architectures, infrastructure automation, observability, and continuous compliance. Translates DoD and Navy guidance into engineering decisions, collaborates with customers and government stakeholders, sets technical direction, leads design reviews, and mentors engineers.

Lead development and integration of the full robotics vehicle platform, spanning sensors, networking/time sync, middleware, embedded software, and actuation. Architect 0->1 prototypes to production, design test rigs and validation infrastructure, debug full-stack interactions, coordinate cross-functional teams, and work directly with customers to drive successful field deployments.

Design and develop the onboard platform for Level 4 autonomous vehicles. Responsibilities include runtime architecture, process communication, fault detection, real-time performance optimization, cross-layer debugging, safety degradation, measurement systems, and deployment across vehicle and compute platforms. The role collaborates across autonomy, hardware, controls, and safety teams to improve fleet reliability and enable driverless operation.

Own the architecture, adoption, and evolution of the company’s frontend design system and shared component libraries. Build standardized tooling, packaging, distribution workflows, and scalable frontend foundations covering theming, accessibility, performance, testing, versioning, and documentation. Develop reliable AI-assisted interface frameworks, collaborate with product engineering and design teams, author technical designs, drive decisions, and mentor engineers.

Build and improve frontend platform components, shared libraries, design-system tooling, and developer workflows. Develop automation that connects design assets with production code, modernize legacy infrastructure, and collaborate with engineers and designers on reusable solutions. Contribute to technical decisions while maintaining strong testing, accessibility, performance, documentation, and code-review practices. Use AI coding tools and agent-based workflows to support high-quality software development.

Own the vision, roadmap, adoption, and commercialization of Applied Intuition’s Data Engine platform. Partner with engineers, researchers, design, sales, and customers to improve data ingestion, processing, discovery, quality, enrichment, and dataset delivery. Conduct user discovery, define requirements, make technical tradeoffs, establish shared platform capabilities, support migrations, and measure adoption and workflow outcomes across internal and external users.

Own end-to-end web production, including page builds, publishing workflows, CMS operations, technical SEO, analytics, QA, localization, vendor coordination, and platform governance. Serve as the central liaison among design, marketing, communications, engineering, product, translators, and external partners. Manage website launches, maintenance, content deployments, multilingual publishing, access controls, and long-term web strategy across global properties.

Design, develop, and maintain a large-scale cloud-based full-stack platform for building and testing vehicle applications. Own backend services, scalable infrastructure, reliability, performance, and virtualization improvements. Lead architectural design, technical tradeoffs, and long-term scalability planning while contributing to customer-facing features, developer workflows, security hardening, and platform safeguards.

Develop full-stack products, features, and tools supporting autonomy development workflows. Process large-scale data, collaborate with infrastructure, robotics, and graphics experts, and develop specialized technical expertise that influences product decisions.

Develop and integrate C/C++ firmware for safety-critical vehicle platforms using RTOS applications, hardware interfaces, and embedded subsystems. Responsibilities include hardware bring-up, board and SoC debugging, vendor component integration, fault detection, watchdogs, inter-controller coordination, validation, and maintaining reliable subsystem operation. The role also provides technical leadership for platform safety and requires collaboration across engineering teams.

Build and maintain a high-performance 3D WebGPU map visualization and editing engine for HD maps and autonomous vehicle applications. Integrate mapping tools across company products, support multiplayer web editing, optimize rendering for country-scale maps at 120fps, define visualization-friendly data formats and APIs, and collaborate with engineers and customers across automotive, industrial, and defense contexts.

Develop full-stack, infrastructure, robotics, and graphics products for autonomy development workflows. Engineers build features and tools across the technology stack, collaborate with domain experts and users, influence product decisions, and solve complex engineering problems in a fast-paced environment.

Own the product vision, strategy, roadmap, and requirements for Digital Proving Grounds and Axion Sim. Lead customer discovery, define sim-to-live workflows, set simulation priorities with engineering, establish requirements and metrics, and shape user experiences. Drive cross-functional outcomes through influence, represent the product to leadership and customers, and support program, test, and industry events. Travel to customer sites, ranges, and events is expected approximately 25% of the time.

Own global intercompany accounting, reconciliations, settlements, transfer pricing adjustments, eliminations, foreign currency transactions, consolidations, and financial reporting. Maintain NetSuite consolidation processes, strengthen internal controls and accounting policies, support audits, research technical accounting matters, and drive automation and process improvements across finance operations.