Mechanical Engineer

• Provide engineering design and analysis leadership to diverse R&D programs and small-volume production contracts
• Lead the structural and thermal analysis of mechanical systems for space and airborne hardware
• Work within a multi-disciplined project team
• Responsible for mechanical design and analysis activity, and support integration and formal acceptance-test activities
• Projects vary from packaging high reliability electronics subsystems to opto-mechanical mechanism design such as gimbal and steering mirror systems

Senior Mechanical Engineer – Space Technologies

• Provide engineering design and analysis support to diverse R&D programs and small-volume production contracts.
• Lead the structural and thermal analysis of mechanical systems for space and airborne hardware.
• Work within a multi-disciplined project team.
• Responsible for mechanical design and analysis activity.
• Support integration and formal acceptance-test activities.
• Projects vary from packaging high reliability electronics subsystems to opto-mechanical mechanism design such as gimbal and steering mirror systems.

Lead Mechanical Engineer – Space Technologies

• Participate as a member of our design team for a new utility control center
• Develop changes to and maintain inside and outside plant communications cabling infrastructure design drawings in Visio, Bluebeam or AutoCAD
• Write product specifications and descriptions for inside and outside plant cable infrastructure as needed
• Develop cabling and patching – fiber and copper - details for circuit interconnections
• Support the development of bills of material for communications cabling systems
• Develop test and migration approaches for new cabling systems
• Design fiber interconnections between external sites and internal transport and routed network equipment
• Participate in peer reviews and customer meetings including developing and presenting technical design materials

RCDD Telecom Design Engineer

• Invent new optimization engines that fuse traditionally independent engines with the objective of increasing chip frequency while minimizing power consumption across a suite of internal optimization tools.
• Improve algorithms (in C++) for gate-level sizing, buffering, useful clock skew, cell legalization, power minimization, ECO routing, and incremental parasitic extraction.
• Own the whole process from discovery and invention of new optimization opportunities, to developing solutions and working directly inside design teams to facilitate deployment.

Senior Software R&D Engineer, VLSI Physical Design

• You will drive physical design of high-frequency and low-power CPUs, GPUs, SoCs at block level, cluster level, and/or full chip level, with a focus on netlist-related aspects such as equivalence checking, asynchronous checking including clock domain crossing checks and MTBF analysis, logic synthesis, netlist quality checks, etc.
• Help in all aspects of physical design, such as driving timing convergence, timing constraints generation and management, and ECO generation and implementation.

Senior ASIC Physical Design Engineer, Netlisting

• Prototype, build, and ship marketing software experiences
• Translate concepts into production code
• Evolve design system for efficiency and quality
• Champion simplicity for user experience

Senior Design Engineer

• Operate with a high degree of autonomy, taking designs from initial specification through to timing closure and physical design hand-off
• Collaborate cross-functionally with Architecture, Verification, and Physical Design teams to mitigate risks and ensure project milestones are met on schedule

Digital Design RTL Engineer

• Signal integrity analysis. Perform pre- and post-layout SI analysis for high-speed interfaces including PCIe Gen5/Gen6, CXL, NVLink, Ethernet/SerDes, and DDR5/DDR6 memory, defining channel budgets, routing rules, and equalization strategies.
• Power integrity analysis. Design and validate power delivery networks, including PDN impedance targeting, decoupling strategy, and IR-drop analysis for high-current GPU, CPU, and VR rails.
• Modeling and simulation. Build and run models using tools such as HFSS, ADS, HSPICE, Sigrity, or equivalent; develop IBIS-AMI and S-parameter-based channel simulations.
• Lab validation and correlation. Execute measurements with high-speed oscilloscopes, VNAs, TDRs, and BER testers; correlate simulation to lab data and drive corrective design changes.
• Cross-functional design support. Partner with board designers, layout, and mechanical teams to embed SI/PI rules into stackups, routing, and connector/cable selection, and support EVT/DVT/PVT bring-up and debug.

Senior SI/PI Engineer – AI and Compute Server Design

• Shape the long-term vision for physical design capabilities and infrastructure
• Lead RTL-to-GDSII implementation for multiple SoC programs
• Provide strategic leadership and technical direction to physical design teams
• Mentor and develop engineering talent, fostering a culture of innovation
• Oversee team structure, hiring, performance management, and career development
• Drive cross-functional collaboration with design teams to influence design decisions
• Navigate and resolve cross-functional conflicts effectively
• Drive the development and adoption of next-generation physical design methodologies and flows

Senior Principal Engineer, Physical Design

• Analyze order data, inventory data, and SKU profiles to support facility layout and solution development
• Provide productivity, capacity, and space estimates in support of business development and Requests for Proposal (RFPs)
• Own front-end solution concepting, including layout development, automation ideation, and high-level system modeling
• Create presentations to support engineering recommendations and present solutions to senior management and customers
• Conduct feasibility studies to determine ROI on proposed solutions
• Participate in customer presentations and proposal reviews
• Consult with operations personnel to validate that proposed solutions are practical, cost-effective, and implementable
• Support RFP responses and proposal development, including scope definition, assumptions, narratives, and technical content
• Develop facility and automation concepts using CAD and modeling tools, incorporating conveyance, robotics, and complex material handling technologies where applicable
• Collaborate with integrators, vendors, and internal stakeholders to evaluate automation approaches and solution alternatives

Solution Design Engineer

• Develop project/product designs and drawings, maintain revisions, modify as required and ensure all drawings comply with engineering drawing practices, standards and with applicable client or regulatory guidelines;
• Prepare, schedule, coordinate and monitor the assigned engineering projects;
• Read, create, and detail line diagrams and schematics for fabrication;
• Meet design deadlines and communicate any issues with appropriate parties;
• Perform engineering calculations such as UPS and battery bank sizing, fiber optic link losses; enclosure heating and air conditioner sizing;
• Evaluate and specify products to meet the technical requirements of the project;
• Monitor compliance to applicable codes, practices, QA/QC policies, performance standards and specifications;
• Create mark-ups to communicate revisions and corrections with CAD designers;
• Cooperate and communicate effectively with project manager and other project participants to provide assistance and technical support;
• Partner with Trimark’s procurement and production departments to create and validate Bills of Materials (BOMs) on new/existing drawings.

Project Design Engineer

• Own and lead the technical development of new connected products from concept through production launch.
• Define product architecture, engineering requirements, and technical direction while balancing customer needs, performance, manufacturability, cost, and schedule.
• Be a hands-on resource with design, prototyping, analysis, and troubleshooting of complex electromechanical systems.
• Lead and coordinate cross-functional engineering teams (internal and external), including mechanical, electrical, firmware, and test engineers.
• Develop validation strategies, oversee testing, and use data to drive continuous product improvements.
• Partner with Product Management, Project Management, suppliers, and contract manufacturers to deliver high-quality products on schedule.
• Drive engineering excellence through design reviews, FMEA, RCCA, and other structured problem-solving methodologies.
• Protect innovation through patent development and contribute to engineering best practices.

Principal Mechanical Engineer

• RTL-to-GDSII implementation, including synthesis, hierarchical floorplanning, place and route, static timing analysis, power integrity, and equivalence checks with a focus on performance and die size optimization
• Analyze existing tool flows and methodologies, identifying efficiency gaps and implementing incremental or transformative enhancements
• Work closely with RTL, DFT, implementation, EDA vendors, and tool/flow teams to enable best-in-class design methodology
• Guide clock tree synthesis (CTS) strategies and provide actionable feedback to the implementation teams
• Execute STA setup, convergence methodologies, and sign-off processes across multi-mode, multi-corner scenarios
• Complete Timing ECO implementation using Tweaker/Primetime-based flows and contribute to automation for STA methodology
• Evaluate multiple timing methodologies/tools across different technologies and design types

Physical Design Engineer

• Develop various PCB layout designs for existing and new architecture-based ECUs
• Collaborate with PCBA and ECAD engineers
• Run simulations, create PCB layouts, and participate in design direction meetings
• Create / lead / verify the layout design by conducting design rule checks (DRC) and design for manufacturability (DFM) checks
• Collaborate closely with circuit designers, system engineers, and packaging engineers
• Optimize the layout design for performance, power, area, and manufacturability

Senior Hardware Design Engineer – PCB Design, PCB Layout

• Lead mechanical development of ECU headers and connector interfaces for power, high-speed signals, communication signals, RF signals, and I/O, ensuring compatibility with vehicle packaging, electrical architecture, environmental conditions, and ECU enclosure constraints.
• Own mechanical design of connector-related content from concept through production release, including connector housings, integrated or discrete headers, terminal retention features, bus bar interfaces, seals, gaskets, and attachment features to the ECU housing.
• Define and develop connector terminal architectures and bus bar solutions with focus on current-carrying capability, retention robustness, manufacturability, assembly robustness, and integration to PCB and housing systems.
• Select and specify materials for connector terminals, conductive elements, insulators, sealing components, and housing interfaces based on mechanical performance, temperature exposure, corrosion risk, environmental sealing needs, and manufacturing process compatibility.
• Develop sealing strategies for connector-to-housing interfaces, including water management, compression control, stack-up definition, and design features required to achieve robust environmental performance in automotive use cases.
• Create and maintain high-quality 3D CAD models and 2D drawings in NX for connector, header, seal, and interface components, with CAD and Teamcenter used as enabling tools to support sound technical design decisions.
• Apply GD&T, tolerance stack analysis, and critical-to-function callouts to connector and header designs to ensure repeatable fit, terminal position accuracy, sealing performance, and manufacturability.
• Coordinate closely with electrical engineers and PCB designers on connector pinout constraints, PCB attachment strategy, soldering or alternate mounting concepts, grounding paths, shielding interfaces, and packaging of high-speed and power connections into complete electromechanical systems.
• Support mechanical aspects of EMI-aware connector and enclosure integration, including interface geometry, grounding features, shielding continuity, and packaging provisions that enable robust system-level EMI performance.
• Develop and execute design verification plans for connector and header systems, including proof-of-concept testing, fit and retention checks, sealing evaluations, prototype builds, and test result-driven design updates.
• Work with analysis teams and technical specialists to prepare inputs for structural, vibration, and thermal evaluations where connector and interface performance is affected by loading, environment, or enclosure interaction.
• Lead DFM/DFx reviews with suppliers and manufacturing teams to refine connector, terminal, bus bar, and sealing designs for cost, quality, assembly robustness, and production feasibility.
• Own Teamcenter content for assigned designs, including BOM structure, revisions, change management, and release documentation, while keeping technical ownership centered on connector system performance and design maturity.
• Communicate design progress, risks, and tradeoffs in reviews with cross-functional stakeholders, vehicle packaging teams, and suppliers, and drive closure of issues to program timing.

Senior Mechanical Hardware Engineer – ECU Connectors, Interfaces

• Create, maintain, and improve high-quality 3D CAD models and assemblies in NX for ECU housings, brackets, seals, mounting features, connector interfaces, and vehicle integration content.
• Develop and release 2D drawings with appropriate GD&T, critical-to-function callouts, and tolerance considerations to support robust and manufacturable components.
• Perform advanced CAD ownership activities including package studies, fit and clearance reviews, interference checks, section analyses, and swept-volume evaluations to identify issues early and drive practical design solutions.
• Support the mechanical design of electronics packaging, housings, and enclosures from concept through production release in collaboration with senior and staff engineers.
• Design mechanical components such as castings, injection moldings, stampings, gaskets, PCBA mounts, and structural or vehicle interface features under program timing constraints.
• Own day-to-day Teamcenter responsibilities for assigned content, including structure management, BOM authoring, revision control, release readiness, and engineering change execution.
• Manage CAD and product definition updates resulting from design reviews, build learnings, supplier feedback, and program changes while maintaining strong data integrity and traceability.
• Coordinate cross-functional interface definition with vehicle structures, packaging, electrical, PCB, and supplier teams to ensure mechanical content is compatible with adjacent systems and vehicle constraints.
• Drive definition and coordination of error-proofing, bracket/interface features, and related mechanical integration details needed to support assembly robustness and vehicle implementation.
• Participate in DFM, DFA, and DFx reviews with suppliers and manufacturing partners, incorporating feedback into CAD and drawings to improve manufacturability, quality, cost, and release maturity.
• Present CAD, drawing updates, packaging status, and key mechanical risks in design reviews and cross-functional stakeholder meetings.
• Follow and help improve CCH mechanical design standards, templates, and best practices for NX modeling, drawing quality, Teamcenter usage, and release execution.
• Provide periodic onsite support for prototype builds, engineering verification activities, fit checks, and issue resolution when hands-on presence is needed to close key development risks.

Senior Mechanical Engineer – Vehicle Integration, Assembly

• Work alongside software engineers to author, review, and maintain comprehensive design control documentation, including Software Requirements Specifications, Architecture & Design Documents, and Traceability Matrices.
• Ensure software development processes align with IEC 62304 (Medical Device Software Lifecycle), ISO 13485, and FDA 21 CFR Part 820 regulations.
• Author and maintain software risk management files, including Software FMEAs per ISO 14971.
• Produce software verification and validation (V&V) protocols and reports in coordination with the engineering and test teams to ensure full traceability.
• Compile and organize necessary software technical documentation for regulatory submissions.
• Maintain and update software documentation for post-market surveillance, CAPAs, and software updates.

Software Design Control Engineer

• Work with exceptional talent with vast ASIC design and development expertise
• Develop timing constraints at both block level and full-chip
• Validate timing constraints using industry standard timing constraints verification tools such as TCM, Timevision
• Collaborate with Front-end and Back-end teams to understand chip architecture
• Guide teams in refining design and timing constraints for seamless physical design closure
• Contribute to developing next-generation networking chips
• Develop efficient methodology to promote block level SDCs to full-chip
• Push down full-chip SDCs to block level
• Review block level SDCs and clocking diagrams

ASIC Design Hardware Engineer – SDC/STA

• Design, develop, and productize RF building blocks in CMOS processes
• Provide technical leadership in all phases of product development
• Perform product definition, architecture, system, and transistor-level circuit design
• Supervise layout and conduct lab debug and production support

RFIC Design Engineer

• Utilize expertise and technical knowledge of Water/Wastewater evaluations, design & construction to serve as a Project Manager and Client Manager on local projects.
• Lead the planning, design, and construction of municipal water/wastewater treatment facilities, pump stations, stormwater systems, and water distribution/collection systems.
• Manage project scope, budgets, schedules, cost estimates, and overall project delivery to ensure successful execution on time and within budget.
• Support business development efforts and cultivate client relationships.
• Coordinate multidisciplinary project teams, supervise technical staff, mentor junior engineers and designers, and contribute to team development.
• Prepare and oversee complete engineering and construction deliverables, perform complex engineering analyses, and maintain Arcadis standards for municipal projects.

Mechanical Engineer jobs in California

See all jobs on JobTailor