Top Tech Jobs & Startup Jobs in Austin, TX

Lead and own verification of fabric interconnect components: define verification strategies and test plans, develop formal verification environments, run and debug simulations, improve verification efficiency and tools, apply generative AI to verification, and coach/mentor teammates.

Lead system-level signal and power integrity for high-performance SoCs and platforms. Design, model, and simulate end-to-end power delivery (DC/AC/transient), validate I/O/link performance, and drive PI solutions across silicon, package, board, and platform with cross-functional stakeholders to meet data-center/HPC performance and scaling requirements.

Lead end-to-end physical implementation of large SoC blocks from RTL through GDS, including synthesis, floorplanning, place-and-route, timing signoff, physical verification, EMIR, formal equivalence, and low-power verification. Drive SOC clock construction and CTS, collaborate with CAD/RTL/DFT/architecture/power teams, influence PD tools and methodology, and communicate project status while owning technical delivery for medium-to-large designs.

Embed with strategic customers to lead end-to-end technical programs, applying AI-assisted engineering to accelerate delivery. Coordinate cross-functional teams, make data-driven decisions, manage risks, and cultivate reusable solution patterns and playbooks to scale impact.

Embed with strategic customers to lead end-to-end technical programs, aligning business needs with engineering across AI, cloud, and data. Use AI-assisted engineering, engineering tooling, and cross-disciplinary teams to deliver measurable outcomes, scale reusable patterns, and manage risk in ambiguous environments.

Lead or own verification of fabric interconnect components by defining verification strategies and test plans. Develop UVM-based or formal environments, run and debug simulations, apply random-stimulus and coverage-driven techniques, improve verification efficiency through tools/methodologies, use generative AI in verification tasks, and mentor teammates while collaborating with partner teams to ensure quality and coverage signoff.

Leads semiconductor product and test engineering from definition through manufacturing launch. Responsibilities include IC development, silicon bring-up, ATE test program development, power and performance optimization, manufacturing fuse implementation, characterization, debug, yield analysis, quality and reliability, and packaging coordination. The role leads cross-functional teams, manages vendors and supply-chain partners, drives production milestones, and supports high-performance computing, AI, CPU, GPU, and high-power SoC products.

Lead performance verification for SoC programs: define methodology, create tests, debug performance mismatches, correlate KPIs with architects, develop verification strategy and tools, mentor team members, and drive continuous improvement across design and verification.

Leads pre-silicon verification for custom AI IP and subsystem components. Responsibilities include developing verification environments, constrained-random stimulus, scoreboards, checkers, assertions, UVM components, simulation and debug workflows, and ensuring architectural and micro-architectural correctness. The role provides technical leadership, mentors engineers, collaborates with architecture and design teams, and applies Agile development practices.

Lead Windows low-level software development for silicon bring-up, platform validation, and product enablement. Prototype and evaluate hardware/software designs, debug system-level issues across silicon/firmware/drivers, analyze performance, and build scalable automation, diagnostic, and regression test frameworks in collaboration with cross-functional and external partners.