Seeking a Senior Robotics Solution Architect to define and develop end-to-end technical solutions for humanoid robotics using Intel technologies.
Locations (2)
Shanghai, Shanghai, China
Shenzhen, Shenzhen, China
Responsibilities
Lead end-to-end solution architecture for humanoid robotics, defining hardware and software partitioning, subsystem interfaces, compute topology, and deployment requirements.
Translate robot-level requirements into detailed technical specifications, balancing performance, real-time responsiveness, power consumption, thermal constraints, reliability, and cost.
Architect heterogeneous computing solutions across CPUs, GPUs, and AI accelerators, allocating workloads for perception, sensor fusion, localization, motion planning, and control.
Define software architectures integrating robotics middleware, AI inference runtimes, real-time control frameworks, and development and debugging tools.
Collaborate with robotics engineering teams to integrate embodied AI models and learning-based policies with robot software and control systems.
Lead productization across perception, localization and mapping (SLAM), navigation, and spatial memory on the robot for next-generation robotics systems. Partner with applied scientists to turn research into production components on embedded GPUs.
Locations (2)
N.Reading, Massachusetts, United States
Wilmington, Massachusetts, United States
Compensation
The base salary range for this position is listed below. Your Amazon package will include sign-on payments and restricted stock units (RSUs). Final compensation will be determined based on factors including experience, qualifications, and location.
Responsibilities
Set the technical direction for the robot's perception, SLAM, navigation, and spatial memory software, and lead the engineers who build it
Own how well the robot perceives and navigates in real facilities, and drive the fixes when it falls short
Work with applied science leaders to bring research from prototypes to production
Make tradeoffs across the stack, such as what runs on the robot versus in the cloud and how models share limited compute
Lead research and development of Physical AI system modeling, including foundation model training, reinforcement learning, and hardware implementation.
Responsibilities
Define long‑term Physical AI research direction and system architecture
Identify emerging methods and lead foundation model training and fine‑tuning
Architect, develop, and maintain virtual system world models
Own technical architecture of Physical AI data curation pipelines
Lead imitation‑learning, reinforcement‑learning, sim‑to‑real workflows
Requirements
Ph.D. in Robotics, Engineering Science, Computer Science, Electrical Engineering, Computer Engineering, Mechanical Engineering, Applied Mathematics, Physics, or a closely related field
Nice to have: Neuromorphic computing
Nice to have: in‑memory computing
Nice to have: foundation model development for hardware generation
Lead the software, guidance, navigation, and control (GNC), autonomy, and simulation capabilities for Long Wall’s Cyclops interceptor and RSX target vehicle programs.
Responsibilities
Own the architecture, development, integration, verification, and flight performance of Long Wall’s autonomous systems
Translate mission objectives into system requirements, technical roadmaps, interface definitions, verification plans, and measurable performance criteria
Build robust software and simulation infrastructure that enables rapid development, testing, iteration, and deployment of flight-critical capabilities
Lead the development and validation of high-performance guidance, navigation, control, trajectory-planning, estimation, perception, and autonomy algorithms
Apply modern computing, perception, and autonomy techniques to solve demanding problems at the tactical edge
Support planning, coordination, and execution of dynamic test events and analysis of test data for engineering purposes.
Locations (2)
Huntsville, Alabama, United States
Alabama, United States
Compensation
$75,920K
Responsibilities
Support planning, coordination, and execution of vibration, acoustic, shock, pyroshock, environmental, and other dynamic test events.
Assist engineers with development, review, and update of test plans, procedures, setup instructions, configuration records, data sheets, and final test reports.
Review test requirements and support development of test approaches, instrumentation plans, data-acquisition configurations, and acceptance criteria.
Support pre-test verification of test articles, fixtures, instrumentation, channel assignments, calibration status, cable routing, and data-acquisition systems.
Monitor test operations and assist in identifying abnormal conditions, instrumentation issues, test-control deviations, and data-quality concerns.
Engineering Analyst I role at Redstone Arsenal focusing on vibration, acoustic, shock, and environmental test events.
Compensation
SALARY: $75,920K
Responsibilities
Support planning, coordination, and execution of vibration, acoustic, shock, pyroshock, environmental, and other dynamic test events.
Assist engineers with development, review, and update of test plans, procedures, setup instructions, configuration records, data sheets, and final test reports.
Review test requirements and support development of test approaches, instrumentation plans, data-acquisition configurations, and acceptance criteria.
Support pre-test verification of test articles, fixtures, instrumentation, channel assignments, calibration status, cable routing, and data-acquisition systems.
Monitor test operations and assist in identifying abnormal conditions, instrumentation issues, test-control deviations, or data-quality concerns.
Requirements
Bachelor’s degree in Engineering or a related discipline from an accredited college or university
Associate’s degree in Engineering or a related discipline from an accredited college or university and two years of applicable experience
Four years of applicable experience
Four years of applicable military experience performing engineering, analysis, and related functions
Design, develop, integrate, validate, and deploy AI-enabled robotic applications for industrial and factory automation.
Compensation
The salary range for this role is $153,200 to $234,100.
Responsibilities
Design and deploy robotic applications for industrial automation
Build collision-aware manipulation pipelines
Develop computer-vision and AI perception systems
Integrate AI/ML models into real-time workflows
Develop closed-loop robotic systems
Requirements
Master’s degree in Computer Science, Robotics, Mechanical, Electrical, or Computer Engineering, Artificial Intelligence, Machine Learning, or a related technical field
Nice to have: 5+ years of experience in robotics software
Nice to have: FANUC
Nice to have: Universal Robots
Nice to have: collaborative or industrial manipulators
Develop autonomous system algorithms, models, and AI functions for flight, marine, and ground platforms, including perception, sensor fusion, planning, and decision-making.
Locations (2)
Stockholm, Stockholm County, Sweden
Solna, Stockholm County, Sweden
Responsibilities
Develop algorithms, models and AI functions for autonomous platforms and sensor systems
Work with perception, sensor fusion, prediction, planning, control and autonomous decision-making
Design and implement distributed decision and collaboration systems for autonomous functions and multi-agent systems
Collaborate closely with data engineers, platform teams and domain experts
Contribute to architecture, standards and technical practices
Requirements
Bachelor's degree in Computer Engineering, Technical Physics, Mathematics, Robotics or equivalent
Skills
Define how perception and mobility work with planning, manipulation, and safety, and create alignment across teams
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