Senior Neuromorphic AI Runtime Architect for Edge Systems

Intel Corporation; Santa Clara (CA); Hybrid; USD 195,000 - 315,000; Full time

Benefits offered by this job

Stock bonuses

Health insurance

Retirement plan

Vacation

Job summary

Intel seeks a seasoned leader to drive the neuromorphic AI execution stack for edge and robotic systems. You will guide architecture and roadmap from the first generation onward, while staying hands-on in design and implementation of a spatial, event-driven runtime.

You will align firmware, drivers, and host integration with compiler contracts, optimize real-time behavior, and mentor a cross-functional team toward production-grade performance across silicon and simulators.

Qualifications

• 5+ years of AI runtime software development and shipping
• 5+ years of software architecture leadership and defining interfaces
• 10+ years of production-grade systems software in C/C++ with Python
• 1+ years hands-on agentic AI tooling experience

Responsibilities

• Define the technical vision, architecture, and roadmap for the runtime stack across firmware to framework integration
• Architect and develop the runtime and performance tooling for device and host execution
• Own contracts between runtime stack and compiler; integrate with AI/robotics frameworks
• Own performance, real-time behavior, and production quality across silicon and simulators
• Collaborate with compiler, hardware, and application teams to translate workloads into runtime capabilities
• Provide technical leadership and mentoring across the engineering organization

Skills

AI runtime software

Software architecture leadership

C/C++ development

Python

CI/CD

Agentic AI tooling

Education

Bachelor/Master/PhD in CS/CE/EE

Tools

OpenVINO

TensorRT

ONNX Runtime

Ryzen AI

ROS 2

Holoscan

Embedded Linux

Job description

Intel seeks a seasoned leader to drive the neuromorphic AI execution stack for edge and robotic systems. You will guide architecture and roadmap from the first generation onward, while staying hands-on in design and implementation of a spatial, event-driven runtime.

You will align firmware, drivers, and host integration with compiler contracts, optimize real-time behavior, and mentor a cross-functional team toward production-grade performance across silicon and simulators.