Jobs at Agility Robotics

Lead global sourcing and commodity strategy for PCBAs and electronic assemblies. Manage supplier selection, qualification, pricing, performance, risk, and continuity while partnering with Engineering, Manufacturing, and Product teams. Drive cost modeling, negotiations, value engineering, NPI readiness, and supplier improvement across global contract manufacturers and electronics suppliers. The role requires deep PCBA manufacturing expertise, strategic procurement experience, and collaboration throughout development and production.

Leads the firmware engineering team developing low-level embedded software for robotic sensors, controls, power management, and hardware interfaces. Responsibilities include firmware architecture, subsystem design, code reviews, sprint planning, release management, mentoring, performance management, and cross-functional collaboration. The role combines hands-on modern C++ development with strategic team leadership and requires ensuring robust, reliable, production-ready robot systems.

Leads end-to-end electrical architecture for humanoid robotics platforms, integrating sensing, compute, actuation, control, power, and safety systems. Provides technical direction, leads trade studies and architecture reviews, partners with multidisciplinary engineering teams, and translates user needs and field data into product roadmaps. Ensures designs become testable, traceable, reliable, manufacturable, and scalable for commercial robotic deployment.

Lead the end-to-end architecture of controls, networking, firmware, compute, perception, actuation, and safety systems for humanoid robots. Direct architecture reviews and trade studies, guide multidisciplinary engineering teams, establish testable requirements, and shape long-term platform roadmaps. The role requires extensive robotics platform software, controls, firmware, networking, system modeling, and commercial electromechanical product deployment experience, with emphasis on functional safety and scalable, reliable robotic platforms.

Lead dynamic simulation and early architectural development for humanoid robotics platforms. Own system modeling, digital twin scenarios, trade studies, and simulation-based architectural decisions. Provide technical direction across multidisciplinary engineering teams, translate user and field needs into product evolution, and ensure simulation results become testable requirements. The role requires deep expertise in robotic system design, kinematics, dynamics, controls, software engineering, simulation tools, and robotics deployment.

Leads end-to-end hardware development programs from concept through general availability and volume production. Coordinates engineering, firmware, software, supply chain, manufacturing, quality, commercial, and service teams. Owns schedules, critical paths, risks, build readiness, validation, vendor dependencies, BOM health, tooling costs, and launch alignment. Establishes scalable governance and execution processes, facilitates technical trade-offs, and communicates program status and escalations to executive leadership.

Own reliability engineering for integrated humanoid drive systems and robotic actuation assemblies. Develop reliability plans, failure analyses, accelerated-life tests, dynamic test rigs, lifetime models, and environmental validation programs. Lead root-cause investigations across mechanical, electrical, and electromechanical failures, using field telemetry and test data to drive design improvements. Collaborate with mechanical, electrical, controls, embedded software, manufacturing, quality, and supplier teams in a fast-paced robotics product-development environment.

Leads product strategy, roadmap, evaluation, and production maturity for humanoid robot perception and learned capabilities. Translates customer workflows into measurable requirements for world understanding, object recognition, learned behaviors, and autonomy. Partners with robotics, machine learning, simulation, software, and engineering teams to define metrics, benchmarks, technical trade-offs, dependencies, and deployment readiness. Communicates product direction and shapes long-term robot intelligence strategy.

Manage end-to-end employee onboarding, HRIS administration, employee data updates, documentation, workflows, and company events. Coordinate logistics across offices and remote teams while partnering with IT, Facilities, and Recruiting. Improve onboarding and employee experience programs, maintain accurate records, manage event vendors and budgets, and support HR projects. The role requires strong organization, communication, discretion, and attention to detail in a hybrid environment.

Leads the general accounting function, including monthly, quarterly, and annual close processes, financial reporting, reconciliations, U.S. GAAP compliance, internal controls, SOX readiness, audits, and tax-supporting schedules. Manages and develops the accounting team, oversees ERP implementations and process improvements, maintains the general ledger, analyzes financial results, and partners with finance and cross-functional stakeholders in a fast-paced, public-company-ready environment.

Lead complex technical programs spanning engineering, operations, supply chain, manufacturing, procurement, quality, and external partners. Own programs from scope definition through launch, building processes, managing schedules, risks, dependencies, costs, change control, supplier relationships, and production readiness. Translate hardware development into sourcing and manufacturing commitments, communicate program health to leadership, and coordinate cross-functional teams. The role requires approximately 50% travel and is hybrid in Fremont, California.

Lead mechanical design and scale electromechanical subsystems for humanoid robots. Responsibilities include design, prototyping, DFx, structural and thermal analyses, cross-functional reviews, root-cause investigations, documentation in Jira/Confluence, meeting schedules/budgets, and mentoring junior engineers. Hybrid role in Fremont with ~25% travel to Salem, OR.

The Senior Supplier Quality Engineer develops and audits supplier quality processes, ensuring compliance with quality standards for critical hardware and electromechanical components. This role involves driving root cause analysis, implementing corrective actions, and working cross-functionally to improve supplier performance and product quality.

Develop and lead low-level C++ software for humanoid robot hardware interfaces, including OS drivers, hardware-in-the-loop systems, real-time control, diagnostics, and industrial communication. Architect reliable, scalable solutions across software, electrical, mechanical, and robotic systems; debug complex integration issues; support prototypes through production; and mentor engineers. The role requires modern C++, Linux, fieldbus technologies such as EtherCAT and CAN, and extensive hardware-software integration experience.

Lead electrical design for next-generation humanoid robots: create PCB schematics and layouts, select and qualify components, execute verification and release processes, prototype and debug board-level systems, design for emissions and manufacturability, and collaborate cross-functionally to produce robust, production-ready electronics.

Lead electrical architecture and subsystem design for next-generation humanoid robots. Own PCB schematics and layouts, collaborate cross-functionally on mechanical, safety, test, and manufacturing requirements, drive verification/validation (including EMC and safety), manage vendors and prototype builds, develop test plans and fixtures, debug hardware/software defects, and mentor other electrical engineers.

Lead system-level architecture and functional safety integration for humanoid robots. Manage safety requirements, ensure compliance, and support testing and operational sustenance.

Lead technical strategy for bringing up and integrating full humanoid robotic systems. Own integration architecture, testing strategy, diagnostics, and root-cause investigations. Drive cross-functional alignment, mentor engineers, create scalable processes, and ensure prototypes and deployments meet stability, safety, and program milestones.

Own prototype lifecycle for electromechanical subsystems: CAD design, fabrication, assembly, testing, and troubleshooting. Integrate motors, sensors, and electronics; build test fixtures; collaborate cross-functionally; maintain design documentation and run validation tests.

Lead design verification and test development for humanoid robot arm subsystems including electronics, actuators, sensors, and end-effectors. Define verification strategies and plans, build automated repeatable test setups and scripts, execute subsystem characterization, investigate failures, drive corrective actions, and mentor junior engineers to improve test coverage, infrastructure, and design robustness across development cycles.