system-simulation jobs in San Diego

As an ASIC RTL Design Engineer, you will define, model, design, optimize, verify, and validate IP blocks and SoCs for high-performance, low-power products. You will assist in creating architectures, circuit specifications, and logic designs based on system-level requirements, and collaborate with cross-functional teams to develop implementation strategies.…See more The role involves using EDA tools and RTL-to-GDS flows to execute design and supporting the evaluation of process flow from synthesis through place-and-route. You will work under supervision on tasks requiring multiple steps, planning, and problem-solving to deliver technical documentation for ASIC projects.

SoC Design and Integration Engineer at Qualcomm responsible for RTL design, architecture, and integration of high-performance ASICs for data center and AI applications. The role involves hands-on design and verification of complex chips, system simulation, large-scale design integration, and collaboration with cross-functional teams.…See more Candidates should have proven ASIC/FPGA design experience, knowledge of server/data center protocols, and expertise in arithmetic or machine-learning IP design. The position also values scripting, process automation, and the ability to identify flow improvements and provide silicon learnings feedback.

As a Camera Firmware Engineer at Qualcomm, you will define, model, design, optimize, verify, validate, implement, and document IP blocks and SoCs for high-performance camera systems. You will assist in creating architectures, circuit specifications, logic designs, and system simulations based on system-level requirements, collaborating with cross-functional teams.…See more The role requires hands-on use of ASIC design tools (RTL to GDS flow, Virtuoso) and evaluation of the design flow from high-level design through synthesis, place and route, timing, and power analysis. You will write technical documentation and support the development of implementation strategies that meet system and customer requirements.