Top Design Engineer Jobs

Design and optimize high-speed precision CMOS analog circuits for automated test equipment products. Responsibilities include circuit simulation, layout, verification, post-layout and mixed-signal analysis, architecture optimization, IC characterization, test development, and qualification. The engineer owns circuit blocks across the full IC development lifecycle and collaborates with digital, layout, test, product, and applications engineering teams.

Design, layout, and optimize memory, logic, and analog circuits for DRAM products. Perform parasitic modeling, simulation-driven verification, floor-planning and routing, support tape-outs and reticle experiments, and collaborate with cross-functional teams to ensure manufacturability while leveraging Generative AI tools for design and documentation.

Analyze and design tubular steel transmission structures and appurtenances using structural engineering principles, customer specifications, industry standards, and design software. Prepare calculations, estimates, drawings, documentation, and reports; review designs for conformance; coordinate revisions with customers, project managers, drafters, modeling, and estimating teams; and help resolve fabrication, construction, design, and field issues.

Designs and develops mechanical products and engineered solutions for web handling and converting equipment. Creates CAD models, drawings, and engineering documentation; reviews customer orders; supports quoting, configuration, production, service, and assembly questions. Drives quality, cost, and manufacturability improvements, maintains technical documentation and SOPs, and mentors junior engineers. Collaborates with Sales, Operations, Product Engineering, and Service to deliver accurate designs meeting customer and internal standards.

Lead integration of full-chip or major SoC subsystems, owning top-level flows and cross-domain decisions across DFT, power, timing, and interconnect architecture. Partner with architecture, RTL, physical design, verification, and DFT teams to resolve system tradeoffs. Support organizational growth through hiring and mentoring while remaining hands-on with advanced-node, high-bandwidth, low-power chip designs.

Design Engineer on Broadcom's Custom Silicon Design Team working on physical implementation of high-performance ASICs (3 nm and below). Responsibilities include floorplanning, placement, clock tree synthesis, routing, timing closure, physical verification, and signoff. Work in UNIX environments, use TCL (Python/Perl preferred) and commercial/in-house EDA tools, collaborate cross-functionally, and contribute to design flow automation and silicon bring-up. Requires Electrical/Electronics Engineering degree and strong VLSI/ASIC fundamentals.

Designs and documents production tooling using 3D CAD and 2D drawings, develops fabrication requirements, supports manufacturing and vendors, conducts inspections, troubleshoots fabrication issues, and manages design revisions. Collaborates with engineering, manufacturing, and project teams while applying GD&T, root-cause analysis, quality standards, and continuous improvement. Provides technical leadership and mentors junior engineers.

Design, analyze, qualify, and support hot structural components for next-generation military propulsion products. The engineer will execute technical design tasks, provide manufacturing support, manage hardware cost, weight, and schedule deliverables, resolve design challenges, collaborate across engineering disciplines, and interface with internal and external customers. Work includes structural component design and analysis using tools such as ANSYS and NX Unigraphics.

Designs and simulates FPGA/modem systems using Ultrascale+ and Versal platforms. Develops VHDL and SystemVerilog designs, works with high-speed SerDes and communication interfaces, and uses scripting languages for development and automation. The role requires extensive FPGA experience and offers contract-to-permanent potential. Software-defined radio/modem, PetaLinux, RF design, encryption, and active government clearance experience are preferred.

Lead architecture, transistor-level design, simulation, verification, and silicon validation for analog and mixed-signal SoC subsystems in advanced FinFET processes. Design precision sensing, ADC front-ends, references, regulators, bias circuits, and interfaces. Drive analog/digital partitioning, layout and test collaboration, tapeout, bring-up, characterization, and production release. Mentor engineers, lead design reviews, develop reusable IP, and contribute to product roadmaps and design methodologies.

Lead the design and development of magnetic components and transformers from concept through production. Create CAD designs, schematics, and control box layouts; perform engineering calculations, simulations, and feasibility studies; review drawings and specifications; collaborate with manufacturing, quality, and procurement teams; guide junior engineers; support prototyping and testing; and ensure compliance with standards and safety requirements.

Leads the design, integration, validation, and lifecycle support of precision mechanical systems for semiconductor wafer probing and test equipment. Designs positioning stages, wafer handling mechanisms, probe interfaces, and motion-controlled assemblies; performs tolerance, structural, thermal, FEA, and vibration analyses; builds and tests prototypes; troubleshoots performance issues; creates technical documentation; collaborates cross-functionally; and mentors junior engineers.

Create 3-D models and technical drawings for LH2 and LO2 cryogenic vacuum-jacketed pipe systems using CREO Parametric 3-D. Manage drawing configuration control and release processes through CREO and KDDMS, meet customer deadlines with minimal supervision, and support spacecraft processing schedules, including varied shifts and weekends. Collaborate with technical teams and customers, communicate project status, and use Microsoft Office, SharePoint, and Teams as needed.

Leads the design and development of complex optical, mechanical, and opto-mechanical components and assemblies for airborne and space platforms. Creates CAD models, drawings, procedures, tooling designs, and bills of materials; supports prototyping, manufacturing, testing, troubleshooting, and alignment. Provides technical guidance to program management and business development, resolves fabrication issues, evaluates manufacturability, conducts root-cause analysis, and improves designs and processes while meeting technical, cost, and configuration-control requirements.

Designs, analyzes, documents, and supports fabrication, assembly, integration, and testing of high-performance optical assemblies for aerospace and defense products. Leads optical sensitivity and Monte Carlo tolerance analyses, trade studies, metrology and alignment activities, technical reviews, supplier management, and manufacturing problem resolution. Provides expertise in optical materials, coatings, inspection standards, opto-mechanical systems, cleanroom processes, and imaging system performance.

Designs building automation control systems for lower- to mid-level projects, including control drawings, material selection, sequences of operation, submittals, as-built revisions, and closeout manuals. Reads construction documents and electrical schematics, researches control peripherals, resolves field issues, manages assigned project budgets and schedules, and collaborates with project teams. The role requires effective communication, safety training, customer-focused quality, and occasional travel to job sites.

Designs building automation controls systems for lower- to mid-level projects, including control drawings, material selection, sequences of operation, submittals, as-builts, and closeout documentation. Reads construction documents and schematics, selects system peripherals, collaborates with project teams, manages assigned budgets and schedules, resolves field issues, and prepares reports. Requires technical controls knowledge, computer-aided design proficiency, communication skills, safety training, and occasional travel to job sites.

The Senior Electrical Design Engineer will lead avionics systems development, design circuit boards, perform testing, and support operations during hardware integration and launch.

Develop and execute verification strategies for analog and mixed-signal ICs. Responsibilities include creating verification plans, test benches, tests, RTL and gate-level simulations, coverage regressions, status tracking, regression automation, and improving verification methodologies while collaborating with design and systems engineering teams.

Develop and execute verification strategies for analog and mixed-signal ICs. Responsibilities include creating verification plans, test benches, RTL and gate-level simulations, SystemVerilog and Verilog-AMS behavioral models, regression automation, coverage analysis, issue tracking, and improving verification methodologies. The role collaborates with analog, digital, and systems engineering teams to support first-pass silicon success.

Develop and execute verification strategies for analog and mixed-signal ICs. Responsibilities include creating verification plans, RTL and gate-level testbenches and tests, running coverage regressions, tracking closure, automating regression workflows, and improving design verification methods. The role collaborates with digital design and systems engineering teams to support first-pass silicon success.

Design and own electrical interconnect systems and harness architectures for space vehicles from concept through production. Specify components, create schematics and production drawings, lead design reviews, develop assembly/verification procedures, and collaborate cross-functionally to meet environmental, reliability, and EMI/EMC constraints while supporting prototyping and multiple programs.

Design complex multiport SRAM blocks, optimize for speed and power, collaborate with multiple teams, and drive silicon validation for FPGA products.

Designs and analyzes steel utility transmission and distribution structures using structural engineering software and finite element methods. Develops compliant, manufacturable, and cost-effective designs for quotes and orders; interprets customer specifications; supports drafting and sales; reviews drawings and as-built products; coordinates milestones; provides technical support; and ensures compliance with industry codes. The role may guide junior staff and requires up to 10% travel.

The role involves designing SoC architecture and integration, optimizing memory subsystems, and collaborating on pre/post-silicon validation processes.