📍 Irvine, CA, United States 🇺🇸
📍 Irvine, CA or San Jose, CA — On-site Hybrid preferred
Xcelerium is a venture-backed fabless semiconductor company building the next generation of autonomous compute silicon optimized for real-time, physical AI . We develop high-performance processors and software that enable deterministic, low-latency execution for converged sensing, communications, and AI tasks — addressing limitations of conventional CPU, GPU, and FPGA architectures.
Our technology powers advanced radar, wireless communications, sensor processing, and machine-learning workloads across applications including aerospace & defense, robotics, autonomous systems, and next-generation wireless infrastructure. At Xcelerium, software innovation — from compilers and runtimes to schedulers and microkernel development — is essential to unlocking the performance and efficiency of our hardware.
We are looking for a hands-on, experienced engineer to lead development of our AI compiler stack and runtime infrastructure . You will help architect, implement, and optimize compiler passes, schedulers, and runtime systems that translate high-level programs into high-performance code for our custom hardware.
This role is a perfect fit for engineers who thrive on systems-level challenges — including compiler internals, runtime design, optimization, and tooling — and want to make a direct impact on how tomorrow’s real-time systems are built.
Technical Responsibilities
Leadership & Collaboration
Required Experience
Preferred
💰 Salary Range: $190,000 – $260,000 + equity (DOE)
We believe in transparency and aligning compensation with market expectations for senior engineers in specialized systems roles.
🚀 Equity & Stock Options
We offer generous stock option grants — giving you real ownership and upside in the company’s success.
Additional Benefits
At Xcelerium, you’ll work on core software components that directly enable the performance and efficiency of our hardware. You’ll be part of a team solving complex systems challenges at the intersection of software and silicon — making a real impact in mission-critical domains.
Apply now to help shape the future of real-time, edge computing infrastructure.