Staff Solver Architect: Extreme-Scale Sparse Linear Algebra

Vinci4D.ai; Palo Alto (CA); On-site; USD 100,000 - 220,000; Full time

Benefits offered by this job

Equity participation

High ownership

Impactful production work

Job summary

A pioneering technology company in Palo Alto seeks a highly skilled candidate to design and deliver advanced solver infrastructure. The role focuses on optimizing domain decomposition and scalable preconditioning while ensuring GPU-accelerated performance. Candidates should have experience shipping robust solutions for real hardware workflows and a strong understanding of parallel numerical stability. Competitive compensation ranges from $100K to $220K, reflecting the seniority and significance of this role within a dynamic team.

Qualifications

• Experience shipping real solver infrastructure, not just prototypes.
• Strong CI, regression, and correctness validation disciplines.
• Kernel-level performance engineering.

Responsibilities

• Design and deliver production-grade solver infrastructure.
• Architect foundational solver systems for Tier-1 environments.
• Improve throughput and determinism under real constraints.

Skills

Domain decomposition and Schwarz methods

Multilevel solvers and scalable preconditioning

GPU-accelerated sparse linear algebra (CUDA + HIP)

Parallel numerical stability and conditioning

Multi-GPU and distributed execution paradigms

Job description

A pioneering technology company in Palo Alto seeks a highly skilled candidate to design and deliver advanced solver infrastructure. The role focuses on optimizing domain decomposition and scalable preconditioning while ensuring GPU-accelerated performance. Candidates should have experience shipping robust solutions for real hardware workflows and a strong understanding of parallel numerical stability. Competitive compensation ranges from $100K to $220K, reflecting the seniority and significance of this role within a dynamic team.