Jobs at d-Matrix

Lead SoC architecture definition and delivery for AI accelerators. Analyze AI workloads, drive hardware/software co-design, performance modeling, simulation tools, kernel and networking fabric work, port and optimize customer workloads, and collaborate across RTL, DV, and software teams.

Design and implement efficient algorithms to optimize LLM inference on DNN accelerators. Collaborate with mathematicians, ML researchers, and engineers to apply advanced algorithmic and numerical techniques for high-impact generative AI performance improvements.

The Principal Architect will analyze ML workloads, contribute to hardware/software features for inference accelerators, and develop analytical performance models.

The role involves designing and verifying micro-architecture for AI sub-systems, focusing on RTL development and silicon validation.

Responsible for developing, enhancing, and maintaining software kernels for AI hardware, mapping algorithms to architectures, and building software deliverables.

Own and scale indirect procurement covering IP/software licensing, consulting/professional services, engineering lab/hardware equipment, and corporate/facilities services. Lead sourcing, RFQ/RFPs, contract negotiations (MSA/SOW, IP licenses), procure-to-pay via Zip/NetSuite, vendor management, cost reduction, compliance, and cross-functional alignment with Engineering, Legal, Finance, HR, and Operations.

Lead junior team members in test planning, automation, and execution of software for AI compute engine, developing test suites and infrastructures, and collaborating on test coverage and results.

Lead the hardware development for AI accelerator platforms, focusing on high-performance designs, cross-functional collaboration, and mentorship of junior engineers.

Responsible for end-to-end manufacturing readiness and execution for new and sustaining hardware products, managing cross-functional teams and NPI phases while ensuring quality and cost adherence.

Lead the layout design for high-complexity AI accelerator cards, manage constraints across designs, and drive automation for PCB layouts ensuring the highest signal integrity and efficient power delivery.

The Principal System Power Engineer leads the architecture of power systems for AI accelerators, focusing on efficiency, power integrity, and collaboration across engineering teams to deliver high-performance solutions.

Responsible for productizing software stack for AI compute engine; focusing on development, optimization, and scaling of AI deployment software, collaborating with hardware and software teams.

As a Senior Staff Software Engineer, you will develop and maintain AI deployment software, optimizing hardware-software co-design, and work closely with various experts to enhance infrastructure.

The Design Verification Engineer will lead SoC verification cycles, utilizing methodologies like UVM/OVM, and contributing to innovative AI architectures.

The Principal Technical Program Manager will lead engineering excellence, implement agile practices, and manage software program delivery at scale while liaising between software teams and leadership.

Design analog-mixed signal integrated circuits, optimize for low power performance, and collaborate on silicon bring up and debugging.

The Principal Technical Program Manager will drive engineering excellence in chip development, ensuring predictable project delivery and fostering collaboration between teams.

Develop, enhance, and maintain software kernels for AI hardware. Collaborate with teams to optimize hardware-software co-design and build compiler infrastructure.

Manage end-to-end supply planning and execution for silicon and PCIe card product lines, driving logistics, inventory management, and sales order processing while leveraging AI tools and optimizing operations in NetSuite ERP.

As a Software Engineer at d-Matrix, you will design and develop diagnostic tools for AI inference accelerators, enhancing the toolset for hardware validation.