Jobs at Applied Industrial Technologies

Design and implement multi-agent optimization and real-time planning algorithms for autonomous decision-making. Develop temporal logic and constraint-satisfaction frameworks, probabilistic sequential decision models, and human-interpretable computational systems. Optimize and evaluate algorithm performance and solution quality within containerized Linux environments to support mission-oriented human-machine teaming across air, land, sea, and space domains.

Develop high-performance C++ core framework software enabling collaborative autonomy across air, ground, and maritime domains. Integrate with domain platforms, optimize real-time performance, create automation tooling, and collaborate with autonomy engineers and product teams.

Design and implement multi-agent optimization and planning algorithms for real-time decision-making and human-machine teaming. Develop temporal logic and constraint-satisfaction frameworks, model sequential decision processes under uncertainty, and build efficient, human-interpretable computational systems. Profile, evaluate, and optimize algorithm performance in containerized Linux environments, and collaborate on systems used across air, land, sea, and space domains with defense-focused deployment requirements.

Design, develop, and integrate real-time AI/ML sensor algorithms and sensor-control software across heterogeneous platforms. Deploy containerized perception solutions to embedded Linux, perform HIL/CIL testing, collect performance data, support DoD field demonstrations, collaborate on sensor fusion and tracking, and drive simulation and post-test analysis.

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.

Develop high-performance C++ core framework software enabling collaborative multi-agent autonomy across air, ground, and maritime domains. Integrate with domain platforms, optimize real-time performance, automate tooling, and collaborate with autonomy engineers and product teams.

Design and implement multi-agent optimization, planning, and constraint-satisfaction algorithms for real-time autonomous decision-making across heterogeneous domains. Build temporal logic frameworks, probabilistic decision-process models, and efficient, human-interpretable computational systems. Measure and optimize algorithm performance, develop in Bazel/Docker/Linux environments, and support demonstrations, integrations, and customer engagements.

Develop high-performance C++ core framework software enabling collaborative autonomy across air, ground, and maritime domains. Integrate with domain platforms, optimize real-time performance, automate tooling and testing, and collaborate with autonomy engineers, product teams, and customers. Role requires travel for integrations/demos and US citizenship with eligibility for a U.S. Secret clearance.

Design, develop, and integrate real-time AI/ML sensor algorithms and sensor-control software for heterogeneous autonomous vehicles. Deploy containerized solutions to embedded Linux, perform computer-in-the-loop testing and profiling, support DoD field demonstrations, collaborate across sensor/tracking/autonomy teams, and drive simulation and post-test analysis to improve integrations.

Improve developer experience and deployment processes across teams: design and build tools, optimize compile/build times, develop scalable deployment tooling for automotive and cloud platforms, improve data collection and deployment frameworks, and remove bottlenecks in the software stack.

Design and run Applied Intuition's global onboarding program end-to-end: set strategy, build systems and content, facilitate company-wide orientations, partner with Recruiting, People Ops, IT and business leaders, tailor team-specific onboarding, resolve onboarding issues, and iterate using feedback to improve new-hire experience.

Lead recruiting operations by managing coordination team, owning ATS and scheduling systems, and building scalable, documented recruiting processes. Ensure data hygiene, support offer/background check handoffs with People Operations, and prepare processes for future SOX-level auditability.

Design, build, and maintain scalable, secure backend platform infrastructure, deployment pipelines, plugin systems, and cross-platform desktop app infrastructure. Implement authentication/authorization, observability, automated testing, and incident response. Engage customers for feedback, document APIs and best practices, and participate in on-call rotations to ensure platform reliability and performance.

Design, implement, and scale company-wide performance and development programs from goal-setting through reviews and calibration. Build manager training models, select and use L&D/LMS platforms, partner with People Business Partners and cross-functional teams, ensure compliance with labor law, and use data to improve programs.

Own and scale early-career hiring (university relations, internships, new-grad hiring) and the contingent workforce program. Build compliant processes (especially CA), manage vendors/agency relationships and VMS operations, partner with Legal/Finance/Engineering, analyze program metrics, and drive automation to improve efficiency and compliance.

Manage full-lifecycle technical recruiting for engineering roles, build targeted sourcing campaigns, leverage AI/agentic coding tools for automation, partner with leaders using recruiting data, deliver strong candidate experience, and negotiate/close candidates to meet hiring goals.

Temporary Senior G&A Recruiter partnering with G&A leadership to design and execute hiring strategies across finance, legal, people, and business functions. Lead end-to-end recruiting: sourcing, interviews, stakeholder alignment, negotiation, and closing. Use AI and automation tools to increase recruiter productivity while delivering strong candidate experience and rapidly filling critical roles.

Build and maintain a data-oriented full-stack frontend platform for defense autonomy tooling, focusing on 2D/3D map rendering, mission planning, monitoring, and integration with simulators and real-time data pipelines. Collaborate with design and other teams to create intuitive, configurable UIs and strong test fixtures for defense customers.

Design and implement a data-oriented, configurable frontend platform for defense-focused mission planning, monitoring, and debrief UIs. Build 2D/3D rendering and selection tools, integrate with simulators and data pipelines, collaborate with design and cross-functional teams, and deliver stable, testable interfaces for real-time defense/autonomy workflows.

Build a configurable, stable frontend platform for Defense autonomy tooling including 2D/3D map rendering, mission planning, monitoring, and debrief UIs; integrate with simulators, data pipelines, and autonomous systems; collaborate with Design and cross-functional teams.