Engineer

• Define overall SoC-level verification strategy, technical planning, and direction
• Enable and drive development of UVM environments to verify RTL at block, unit, and SoC levels
• Develop and execute functional tests according to verification test plans
• Instrument testbenches for functional and code coverage and drive coverage closure
• Collaborate with design, software, emulation, and silicon validation teams to ensure high design quality
• Provide day-to-day guidance and leadership to team members
• Drive results through mentoring, coaching, and counseling
• Educate the team on using AI tools to improve productivity and efficiency
• Generate and enforce coding and verification guidelines
• Take responsibility for verification closure of entire projects, including design modules, sub-systems, and SoCs
• Help create first-pass silicon success

Senior ASIC Verification Engineer

• Serve as technical lead on projects involving surface water hydrology and hydraulics, flood risk management, and estuarine/coastal restoration and protection
• Oversee junior engineering staff as appropriate
• Perform numerical modeling for stormwater and drainage improvement projects
• Perform 1D and 2D riverine hydraulic modeling
• Prepare plans, specifications, and cost estimates for final bid packages
• Participate in design activities and meetings with project team members, subcontractors, and client managers
• Participate in decisions regarding technical approaches, feasibility, cost, construction approaches, and scheduling performance
• Prepare graphics, reports, and presentations
• Resolve a wide range of issues in creative ways
• Liaise with government agencies, local authorities, contractors, and other stakeholders

Water Resources Engineer – Mid to Senior Level

• Develop surface water hydraulic, hydrologic, and hydrodynamic models
• Perform engineering calculations related to surface water and drainage
• Analyze system flow, flood risk, and mitigation alternatives
• Address flood damage prevention and compliance with local, state, and federal flood management regulations
• Prepare exhibits, reports, and presentations illustrating findings and recommendations
• Prepare plans, specifications, estimates, and other project documents
• Liaise with government agencies, local authorities, contractors, project teams, subcontractors, and client managers
• Serve as technical lead on projects involving surface water hydrology and hydraulics, flood risk management, and estuarine/coastal restoration and protection
• Oversee junior engineering staff as appropriate
• Perform numerical modeling for stormwater and drainage improvement projects
• Perform 1D and 2D riverine hydraulic modeling
• Prepare plans, specifications, and cost estimates for final bid packages
• Participate in design activities and project meetings
• Contribute to decisions on technical approaches, feasibility, cost, construction approaches, and scheduling
• Prepare graphics, reports, and presentations
• Resolve a wide range of issues creatively

• Develop surface water hydraulic, hydrologic, and hydrodynamic models
• Perform engineering calculations related to surface water and drainage
• Analyze system flow, flood risk, and mitigation alternatives
• Address flood damage prevention and compliance with local, state, and federal flood management regulations
• Prepare exhibits, reports, and presentations illustrating findings and recommendations
• Prepare plans, specifications, estimates, and other documents
• Liaise with government agencies, local authorities, contractors, subcontractors, and client managers
• Serve as technical lead on projects involving surface water hydrology and hydraulics, flood risk management, and estuarine/coastal restoration and protection
• Oversee junior engineering staff as appropriate
• Perform numerical modeling for stormwater and drainage improvement projects
• Perform 1D and 2D riverine hydraulic modeling
• Prepare plans, specifications, and cost estimates for final bid packages
• Participate in design activities and project meetings
• Participate in decisions regarding technical approaches, feasibility, cost, construction approaches, and scheduling
• Prepare graphics, reports, and presentations
• Resolve a wide range of issues in creative ways

• Work directly with enterprise clients to design, deploy, and optimize GenAI data solutions
• Own final delivered data quality
• Define requirements and clarify success criteria
• Shape high-quality annotation guidelines and proactively provide insights
• Translate ambiguous client needs into clear, scalable workflows
• Deliver GenAI datasets meeting defined acceptance and quality criteria
• Define validation and automation requirements to reduce variance, manual review effort, rework, and time to validation
• Partner with engineering to build scalable, reproducible, and observable pipelines
• Contribute reusable quality frameworks and validators adopted across multiple projects

Forward Deployed Engineer

• Own the technical vision, architecture, and roadmap for 3D obstacle perception supporting end-to-end autonomous driving
• Design and develop 3D perception models using multi-camera inputs and/or camera, radar, and lidar sensor fusion
• Lead development of efficient, production-grade deep learning models
• Define objectives, select architectures, guide experimentation, and establish training and evaluation best practices
• Define and drive KPI frameworks for perception performance
• Analyze large-scale real and synthetic datasets to identify failure modes and improve accuracy, robustness, and efficiency
• Lead perception data strategy, including data and labeling requirements, collection, annotation, active learning, auto-labeling, VLMs, and model-in-the-loop tooling
• Partner with safety, systems, and software teams to meet product requirements for safety, latency, resource usage, and software robustness
• Drive deployment readiness at scale
• Provide technical leadership and mentorship across perception and autonomy teams

Principal Perception Engineer – Obstacle Foundation Models, Autonomous Vehicles

• Develop and improve the technical design, architecture, and roadmap for radar-based 3D obstacle perception supporting end-to-end autonomous driving
• Conduct applied research on deep learning models to maximize information from radar point cloud data
• Address radar perception challenges including low and non-uniform angular resolution, multipath and ghost targets, micro-Doppler signatures, and class imbalance
• Explore weakly-supervised pretraining and improve radar perception using large auto-labeled datasets
• Design and implement 3D perception models using radar inputs and camera, radar, and lidar fusion
• Develop obstacle detection, tracking, and Bird’s-Eye-View scene understanding systems
• Drive radar sensor evaluation, selection, and layout optimization for L2-L4 autonomous driving applications
• Build efficient, production-grade deep learning models from objective definition and architecture prototyping through experimentation, training, and evaluation
• Apply large-scale radar pretraining, cross-modal distillation, and parameter-efficient fine-tuning
• Define and maintain KPI frameworks for radar perception performance
• Analyze real and synthetic datasets to identify radar-specific failure modes and improve accuracy, robustness, and efficiency
• Contribute to radar data strategy, data collection and annotation prioritization, and model-assisted auto-labeling workflows
• Collaborate with data and ground-truth teams
• Collaborate with safety, systems, and software teams to ensure product requirements for safety, latency, resource usage, robustness, and scalable deployment are met

Senior Radar Perception Engineer, Obstacle Foundation Models – Autonomous Vehicles

• Schedule, plan, forecast, resource, and manage technical activities from project conception to completion
• Organize and control engineering project elements
• Develop project objectives by reviewing proposals and plans and consulting with the Project Manager
• Identify project phases and responsibilities, assign personnel, and report schedule performance
• Determine project specifications from product design, customer requirements, and performance standards
• Complete technical studies and prepare cost estimates
• Design and conduct tests to confirm product performance; assist in design and expediting of projects
• Develop, monitor, and maintain project schedules
• Coordinate activities and resolve project problems
• Review designs, specifications, plans, schedule changes, and cost implications
• Prepare project status reports by collecting, analyzing, and summarizing information and trends
• Enforce procedures, rules, and regulations to maintain a safe and clean working environment
• Maintain project databases, including writing computer programs and entering and backing up data
• Comply with federal and state regulations
• Contribute to team efforts and accomplish related results

Project Engineer II

• Work on DFT architecture and implementation across logic BIST, MBIST, BISR, Boundary Scan, and JTAG
• Own end-to-end DFT insertion, verification, DRC closure, and test coverage closure from RTL/netlist through post-silicon debug
• Collaborate with architecture, IP design, Physical Design, RTL, and product engineering teams to achieve first-pass silicon success
• Perform hands-on Logic BIST, scan compression, MBIST, BISR, Boundary Scan, JTAG, and high-speed analog/mixed-signal IP integration
• Execute DFT verification, debug, and DFT DRC closure at block and top levels
• Run, analyze, and debug DFT/RTL checks and resolve violations
• Generate, simulate, and debug MBIST and logic ATPG patterns
• Analyze test results and drive test coverage improvement and closure
• Develop and validate DFT timing constraints for scan, BIST, and test modes
• Create and maintain TCL scripts for DFT insertion, verification, and analysis automation
• Support hierarchical DFT implementation and resolve integration issues
• Support pre-silicon DFT signoff and post-silicon pattern bring-up and debug
• Assist with ATE pattern conversion and debug
• Perform gate-level simulation and debugging with industry simulator tools

Principal SoC DFT Engineer

• Work with business leaders on select projects and productivity process improvements aligned with business goals and strategies
• Use analytical and industrial engineering methods and tools to understand, predict, improve, create and/or control logistics operations and processes
• Implement new distribution processes, tools, data standards, or distribution strategies to optimize inventory flow or improve delivery timelines
• Manage distribution-related projects and processes, including performance tracking, process automation, and system enhancements
• Lead continuous improvement initiatives using Kaizen and Lean methodologies
• Analyze supply chain data, market conditions, demand fluctuations, and cost trade-offs
• Develop solutions using forecasting models and distribution analytics tools
• Communicate with supply chain, procurement, IT, and external parties
• Manage data through data mining, data modeling, data analysis, cost/benefit analysis, process mapping, and problem analysis
• Research and benchmark industry best practices related to warehousing and transportation
• Interact with process owners and users to obtain feedback and verify performance
• Optimize resources and processes in compliance with company policies and procedures
• Write SOPs and training documents for standard work and new processes and systems
• Clarify and resolve complex business issues
• Perform other duties as assigned

Engineer jobs in California

Senior ASIC Verification Engineer

Water Resources Engineer – Mid to Senior Level

Water Resources Engineer – Mid to Senior Level

Water Resources Engineer – Mid to Senior Level

Forward Deployed Engineer

Principal Perception Engineer – Obstacle Foundation Models, Autonomous Vehicles

Senior Radar Perception Engineer, Obstacle Foundation Models – Autonomous Vehicles

Project Engineer II

Principal SoC DFT Engineer

Senior Process Engineer