Top Design Engineer Jobs

Design and develop automated assembly cells, custom tooling, and prototypes for high-volume electronics manufacturing. Create 3D CAD models, drawings, BOMs, and perform tolerance, structural, and cycle-time analyses. Support equipment integration, commissioning, validation, and production launch while collaborating with cross-functional teams and suppliers.

Architects and designs high-speed HBM read/write datapaths across core and logic dies. Responsibilities include optimizing bandwidth, power, area, timing, reliability, ECC, redundancy, clocking, and reset strategies. The role develops schematic- and RTL-level implementations, collaborates with PHY, verification, DFT, layout, and systems teams, and supports designs from architecture through silicon bring-up and production. It also includes technical mentoring, documentation, design reviews, and use of AI-enabled productivity tools.

Supports the design, simulation, analysis, and verification of High Bandwidth Memory circuits. Responsibilities include RTL development, circuit implementation, timing and power analysis, functional validation, scripting, automation, AI-assisted workflow development, technical debugging, and collaboration with design, verification, physical design, CAD, and product engineering teams.

Designs and optimizes RTL for DRAM digital circuits, performs static timing analysis and timing closure, and collaborates with verification, manufacturing, test, and process teams. The role also supports circuit and layout verification, parasitic extraction analysis, synthesis, and power delivery network optimization. Candidates need a bachelor's degree or equivalent experience and at least six years of digital or RTL circuit design experience.

Supports aerospace payloads engineering across design, integration, testing, supplier coordination, production, and certification. Develops and documents structural and interior payload system requirements, validates designs through testing, manages supplier activities, investigates emerging technologies, and maintains component designs using 3-D CAD tools. The role supports aircraft interiors, cargo compartments, exterior markings, and cabin safety throughout the product lifecycle.

Designs and verifies high-speed digital circuits and printed circuit boards for the PAC-3 air and missile defense program. Responsibilities include signal integrity analysis, simulation, system architecture support, board layout, product bring-up, debugging, validation, factory-build support, and electrical design leadership. The role also involves developing verification plans, supporting processor or FPGA-based designs, conducting measurements, and mentoring other engineers.

Designs, develops, integrates, verifies, and supports special test equipment for space electronics. Responsibilities include hardware or software test system development, automated test software, circuit design, prototyping, troubleshooting, root-cause analysis, qualification testing, configuration management, equipment selection, and technical proposal support. The role collaborates with engineers, technicians, and program leads and is fully onsite in El Segundo, California.

Leads architecture, specification, transistor-level design, verification, layout supervision, validation, and production release of complex analog and mixed-signal IC subsystems. The role addresses power management, clocking, data conversion, advanced-node design, manufacturing test, and post-silicon characterization. It also guides senior engineers, leads technical reviews, resolves cross-functional issues, and supports product development and customer problem resolution.

Designs and optimizes IT processes using Lean Six Sigma, process mining, analytics, AI, and automation. The role develops future-state process maps, business cases, ROI analyses, transformation roadmaps, and performance monitoring requirements. It leads cross-functional global teams, conducts root-cause and statistical analysis, presents data-driven recommendations to senior executives, and aligns business and IT stakeholders around process improvements and digital transformation outcomes.

Design and integrate RTL for HBM SoC logic die, including internal and third-party IP, clocking, reset, power intent, configuration infrastructure, and high-speed interfaces. Translate architectural specifications into RTL, support RTL-to-GDS implementation, pre- and post-silicon validation, silicon debug, documentation, and design reviews. Collaborate with architecture, verification, physical design, firmware, product, test, manufacturing, and process teams while advancing AI-enabled design workflows.

Develop NAND Flash memory array waveforms, wordline and bitline architectures, core and mixed-signal circuits, schematics, and simulations. Perform circuit verification, layout planning, parasitic extraction, power and reliability analysis, and die-size optimization. Build Python-based automation and AI-assisted EDA workflows. Collaborate with firmware, analog, validation, manufacturing, test, process integration, assembly, and marketing teams to deliver cost-effective, reliable memory products.

Lead the design and optimization of DRAM memory arrays, control logic, datapaths, and test circuits. Perform SPICE and Verilog simulations, assess power, performance, and die-size trade-offs, incorporate layout parasitics, and develop validation strategies including test-chip development and silicon bring-up. Collaborate globally with design, verification, product engineering, test, manufacturing, and marketing teams to deliver reliable, manufacturable memory products.

Designs space structures, payload systems, and components using 3D CAD and GD&T. Collaborates with cross-functional teams to define interfaces, create engineering documentation, support manufacturing and integration, and resolve hardware anomalies throughout the product lifecycle. Provides engineering support during fabrication, integration, and testing at supplier and internal facilities. This fully onsite role requires U.S. citizenship, export-control compliance, and the ability to obtain a TS/SCI clearance with counterintelligence polygraph.

Develops complex ASICs through physical design, synthesis, timing analysis, timing closure, formal verification, floorplanning, ECO implementation, and signoff. The role analyzes critical paths, maintains timing constraints, improves implementation flows, and collaborates with design, architecture, DFT, and signal integrity teams. It also includes methodology development, standards compliance, technical guidance, and mentoring of engineers.

Designs high-speed networking ASICs from functional specifications through final netlist. Responsibilities include developing microarchitectures, implementing RTL in Verilog/SystemVerilog, writing functional coverage and SVA, optimizing timing and floorplans with Physical Design, and collaborating with Verification. The engineer will also mentor new graduates and interns.

Design and architect complex modules and subsystems for high-performance networking ASICs. Develop functional and micro-architecture specifications, implement RTL in Verilog or SystemVerilog, write coverage and SVA assertions, optimize power and timing, and collaborate with physical design and verification teams through final netlist. Mentor junior engineers and interns while contributing to advanced networking silicon development.

Architects and designs high-speed NAND flash IO interfaces from specification through silicon validation. Owns transmitter, receiver, serializer, clocking, equalization, calibration, timing, signal integrity, power, reliability, physical-design coordination, and debug. Leads architecture across products, closes specifications across PVT and aging, evaluates customer interfaces, mentors engineers, and applies AI tools, agents, scripts, and workflow improvements to accelerate IC design and verification.

Designs, analyzes, simulates, and tests rotating and static turbomachinery components for turbofan, turboshaft, and APU engines. Performs FEA covering vibration, fatigue, thermal, crack growth, burst, and deflection analyses; supports component and engine testing; analyzes test data; documents engineering findings; and presents design reviews. The role also contributes to process improvement, technical mentoring, and knowledge capture.

Design and develop mechanical equipment, tools, fixtures, and 3D CAD models; produce technical drawings and specifications; support prototype assembly, CNC and test hardware; perform measurements, failure analysis, and quality support; participate in NPI/TPI and maintenance projects while collaborating across teams.

Designs and supports ASIC, FPGA, and mixed digital systems for aerospace and defense programs. Responsibilities include requirements development, architecture support, HDL/RTL development, simulation, debugging, synthesis, FPGA implementation, timing analysis, verification collaboration, integration, troubleshooting, and technical status communication. The role may involve owning functional blocks, supporting subsystem efforts, and contributing to cross-functional technical leadership depending on experience level.

Designs and maintains electrical equipment installation components for 787 aircraft, including equipment racks, power panels, cable routing, antennas, and wire harnesses. Supports engineering dispositions, manufacturing processes, statements of work, supplier capability assessments, and integrated system architecture. The role requires interpreting engineering drawings, analyzing data, and working with CAD, Model-Based Definition, ENOVIA, and PDM tools under general direction.

Supports mission design and analysis for spacecraft and system-of-systems development. Defines mission parameters, derives requirements, builds constellation and performance models, analyzes mission data, and contributes to modeling and simulation efforts. Prepares technical documentation and reports, communicates findings, solves routine technical problems, and collaborates with senior engineers and broader design teams to meet project objectives.

Designs superconducting component layouts for silicon spin quantum computing using Virtuoso and related CAD tools. Develops layout automation for routing, via placement, ground-plane slotting, and metal or dielectric fill. Applies foundry constraints, RF design principles, and manufacturability requirements while collaborating with process, integration, packaging, and design teams. Troubleshoots DRC/LVS issues, supports simulations and reviews, and documents layout methodologies, automation scripts, and design rules.

Lead the design, development, qualification, procurement, testing, and production support of ordnance components for solid rocket motors. Responsibilities include designing ignition, safe-and-arm, separation, and termination systems; managing technical supplier interfaces; authoring specifications and test documentation; overseeing environmental and energetic testing; investigating failures; performing risk analyses; and collaborating across systems engineering, safety, quality, and integration teams.

Leads mechanical design and thermo-mechanical analysis for aerospace products and systems. Provides technical guidance and mentorship, plans tasks and schedules, coordinates projects, ensures compliance, supports hardware builds and testing, develops processes, performs root-cause analysis, conducts design reviews, manages engineering changes, and prepares technical estimates and proposals.