Mechanical Engineer

• Perform independent design and layout tasks for moderate to highly complex integrated RF/high-speed layouts
• Generate and revise detailed fabrication and assembly drawings from layouts and engineering change orders
• Apply company design guidelines and industry standards using computer-aided design tools
• Contribute to design modifications improving CCA quality and facilitating PCB manufacturing operations
• Lead and oversee the mechanical design process for innovative, efficient mechanical solutions
• Generate circuit layouts and drawings from schematics, block diagrams and flow charts
• Incorporate engineering change orders using Xpedition, Altium, PADS, AutoCAD, Siemens NX and SolidWorks
• Recommend component hardware, PCB material, tooling and metal material selections
• Prepare parts lists and enter parts list data into Agile and Teamcenter PLM systems
• Interface with Engineering to define mechanical assembly approaches for manufacturing and production
• Support basic calculations for line impedance, temperature rise and voltage drop in RF and DC circuits
• Comply with company safety policies and practices
• Participate in Lean/Six Sigma activities and cross-functional problem-solving events
• Collaborate in team meetings and activities
• Recruit talent, identify and develop successors, drive retention and engagement, and foster an inclusive culture
• Report to the Senior Manager of Design Engineering

Lead Mechanical Design Engineer

• Perform independent design and layout tasks for moderate to highly complex integrated RF/high-speed layouts
• Generate and revise detailed fabrication and assembly drawings from layouts and engineering change orders
• Apply company design guidelines and industry standards using Xpedition, Altium and PADS
• Contribute to design modifications that improve CCA quality or facilitate PCB manufacturing operations
• Generate circuit layouts and drawings from schematics, block diagrams and flow charts
• Incorporate engineering change orders using ECAD and MCAD tools
• Recommend component hardware, PCB material, tooling and metal material selections
• Prepare parts lists and enter parts-list data into Agile and Teamcenter PLM systems
• Interface with Engineering to define mechanical assembly approaches for manufacturing and production
• Support engineering calculations for line impedance, temperature rise and voltage drop in RF and DC circuits
• Participate in Lean/Six Sigma activities and cross-functional problem solving
• Collaborate in team meetings and activities
• Recruit talent, develop successors, drive retention and engagement, and foster an inclusive culture
• Report directly to the Senior Manager of Design Engineering

• Own the end-to-end mechanical cooling and fluid-distribution architecture for modular data center platforms
• Define primary, secondary, and rack-level cooling boundaries
• Establish pumping, flow-control, pressure-management, balancing, and redundancy strategies
• Align heat-rejection equipment, distribution piping, CDUs, rack manifolds, rear-door heat exchangers, and other cooling interfaces
• Develop scalable architectures for multiple product configurations and deployment sizes
• Perform and review pipe-sizing, flow, pressure-drop, pump-head, and system-volume calculations
• Develop hydraulic models for water and glycol-based systems
• Validate system performance across normal, part-load, maintenance, startup, and failure conditions
• Own P&IDs, mechanical schematics, equipment schedules, valve schedules, instrumentation schedules, and design calculations
• Develop mechanical design criteria, basis-of-design requirements, and standard details
• Define equipment and scope boundaries across plant systems, modules, CDUs, rack cooling, and field interconnections
• Maintain revision control and technical traceability across the mechanical design package
• Review vendor drawings, submittals, calculations, and equipment selections
• Define mechanical interfaces between factory-built modules and field-installed infrastructure
• Develop repeatable piping interconnect strategies, including manifolds, flexible connections, isolation valves, quick disconnects, drains, vents, and leak detection
• Establish labeling, connection, access, and installation standards
• Support transport, rapid installation, and phased expansion designs
• Develop layouts for repeatable fabrication, assembly, inspection, testing, and installation
• Standardize piping routes, fittings, valve assemblies, supports, connection points, and mechanical components
• Coordinate equipment clearances, removal paths, service access, drain points, vent points, and filter or strainer access
• Partner with manufacturing teams to resolve buildability issues and improve revisions
• Translate field and factory feedback into product improvements
• Define measurement and control requirements for temperature, flow, pressure, differential pressure, leak detection, fluid level, pump status, and valve position
• Partner with controls engineers on operating sequences and alarm strategies
• Support pump staging, variable-speed control, minimum-flow protection, equipment enablement, and failure-response logic
• Ensure mechanical system data supports commissioning, operations, and remote monitoring
• Design for filling, flushing, venting, draining, testing, balancing, and startup
• Define isolation, bypass, temporary connection, and load-bank testing requirements
• Develop or support factory acceptance, site acceptance, and integrated systems testing procedures
• Establish performance-verification criteria for flow, pressure, temperature, heat rejection, controls, alarms, and failure modes
• Work with commissioning and field teams during startup and troubleshooting
• Partner with thermal, electrical, controls, structural, manufacturing, commissioning, supply chain, and product teams
• Coordinate with OEMs, equipment manufacturers, fabricators, and engineering partners
• Identify interface risks, design gaps, and single points of failure
• Make technical decisions and maintain alignment across the product architecture

Senior Mechanical Design Engineer – Liquid Cooling Systems

• Manage and grow a team of engineers and designers, including hiring, leveling, and coaching
• Own the strategic roadmap for the team, including component priorities, tool adoption, and web-app refactoring
• Help maintain Sentry's UI quality and expression
• Keep design and code in sync across tokens, variables, component parity, and the Figma-to-production pipeline
• Build components and infrastructure for fast, accurate agentic front-end development and prototyping
• Drive adoption across product teams through documentation, lint rules, and contribution workflows
• Make design and implementation decisions at the intersection of design, engineering, and AI tooling

Manager, Design Engineering

• Develop RTL code and implement optimized logic designs for GPU IPs
• Align designs with architecture and microarchitecture specifications
• Perform power, performance, area, and timing optimization during physical implementation
• Define architecture and microarchitecture features for GPU blocks
• Execute unit-level verification, debug failing RTL tests, and resolve design issues across verification hierarchies
• Use formal equivalence verification (FEV) techniques to ensure design accuracy across development stages
• Collaborate with SoC customers to integrate GPU blocks into full-chip designs
• Drive microarchitecture-level enhancements
• Provide technical documentation supporting design and development activities

GPU Logic Design Engineer

• Develop extremely high-speed wireline communications transceivers in CMOS silicon
• Perform numerical modeling and architecture work for transceiver components using mathematical and computer modeling techniques
• Guide selection and specification of transceiver components
• Collaborate with analog designers, digital designers, applications engineers, and marketing specialists
• Guide tradeoffs among conflicting design goals
• Take responsibility for end-to-end system performance
• Participate in laboratory characterization and analysis of realized designs

Principal Design Engineer

• Design and develop subsystem components including avionics, control surfaces, propulsion interfaces, and environmental systems
• Translate system-level requirements into detailed subsystem specifications, interfaces, and engineering drawings
• Perform trade studies, engineering analyses, and simulations involving stress, aeroelasticity, thermal, and vibration considerations
• Create and maintain schematics, bills of materials, test plans, and verification matrices
• Support integration and interface activities with other engineering disciplines
• Plan, execute, and analyze subsystem-level bench, hardware-in-the-loop, and environmental tests
• Resolve design deficiencies through corrective actions
• Contribute to configuration management, design reviews, risk assessments, and continuous improvement
• Work within an Integrated Product Team construct
• Travel up to 25% may be required

Principal Aeronautical Engineer – Subsystem Design Engineer

• Design and build interfaces across HUD’s platform and marketplace, from early concepts through shipped product
• Make agent runs, evaluation results, reward signals, and quality feedback understandable and actionable
• Work with research and engineering to turn complex RL and evaluation workflows into useful tools
• Talk with users, observe where they struggle, and use insights to improve the product
• Develop thoughtful interaction patterns and maintain a high bar for usability, visual quality, and implementation
• Ship interfaces that improve through use and feedback

Design Engineer

• Build production hardware for compute, memory management, and high-speed connectivity
• Develop reusable, parameterized Bluespec libraries that scale across the chip
• Shape hardware architecture by exploring implementation tradeoffs with Bluespec and converging on optimal designs
• Create innovative tooling for the hardware/software ecosystem to build correct, high-performance hardware faster
• Deliver performant silicon RTL at the full-chip or subsystem level

Bluespec Design Engineer, Haskell

• Lead a team of engineers, analysts, and staff in developing, assembling, integrating, and testing a constellation of satellites
• Drive technical excellence across Optical Sensor development activities
• Troubleshoot sensor design and integration issues involving telescopes and sensor focal planes
• Provide technical leadership to SMS and BTI sensor teams
• Serve as primary technical interface with EO/IR suppliers
• Oversee and approve technical approaches, products, and processes
• Collaborate with program managers, chief engineers, and other Boeing teams
• Ensure mission success and prompt resolution of anomalies
• Mentor and coach Optical Sensor Engineers and Technicians
• Perform Technical Lead Engineer functions for assigned mentees
• Drive best practices supporting cost, schedule, quality, and technical objectives
• Capture lessons learned and best practices for future programs
• Resolve complex problems affecting program milestones
• Coordinate with Boeing and customer leadership on technical issues and strategy

Mechanical Engineer jobs in California

Lead Mechanical Design Engineer

Lead Mechanical Design Engineer

Senior Mechanical Design Engineer – Liquid Cooling Systems

Manager, Design Engineering

GPU Logic Design Engineer

Principal Design Engineer

Principal Aeronautical Engineer – Subsystem Design Engineer

Design Engineer

Bluespec Design Engineer, Haskell

Principal Electro-Optical Infrared Design Engineer