Top Design Engineer Jobs

Designs, models, simulates, analyzes, and tests RF, microwave, payload, and communications systems. Responsibilities include RF architecture, antenna, transmitter and receiver design, link budget and cascade analysis, system trades, requirements development, proposal estimates, and satellite communications analysis. The role requires MATLAB proficiency, digital communications and signal-processing knowledge, RF system modeling experience, and an active Secret clearance. Preferred experience includes SATCOM, digital beamforming, test instrumentation, Simulink, MBSE, DOORS, STK, and HFSS.

Leads systems engineering and design for large-scale FAA radio communication network deployments. Responsibilities include site surveys, network configurations, rack and cable routing design, installation engineering packages, requirements definition, system decomposition, MBSE modeling, trade studies, technical leadership, design reviews, and coordination with FAA stakeholders, deployment teams, drafters, schedulers, and installation contractors.

Designs and deploys large-scale radio communication networks across FAA facilities. Responsibilities include site surveys, network configurations, rack and cable routing, engineering packages, requirements definition, system decomposition, MBSE modeling, trade studies, technical leadership, design reviews, and collaboration with installation and deployment teams.

Designs commercial, municipal, industrial, educational, and residential civil engineering projects from studies and preliminary design through permitting and construction oversight. Serves as primary designer, prepares cost estimates, construction plans, contract documents, and material specifications, interprets regulations, reviews work for technical issues, resolves workload concerns with project managers, and delivers projects on schedule.

Design, document, and implement campus and LAN network solutions for a government enterprise. Build secure designs aligned with DISA STIGs, test in lab, migrate users with minimal impact, support operations troubleshooting, and supervise network specialists. Work onsite supporting global network modernization.

The Test Hardware Design Engineer designs, tests, and integrates mechanical systems for nuclear prototypes, ensuring performance and safety through detailed engineering analysis and project collaboration.

Designs and analyzes traffic and transportation engineering projects, including traffic impact studies, traffic forecasting, capacity and level-of-service evaluations, traffic control devices, signal plans, signing, pavement markings, lighting, and ITS plans. Prepares technical reports and AutoCAD drawings, performs field data collection and verification, and supports project schedules, budgets, quality, and client coordination.

Designs and analyzes traffic and transportation engineering projects, including traffic impact studies, capacity and level-of-service evaluations, traffic forecasting, traffic control device plans, and transportation improvement plans. Conducts field data collection and verification, prepares technical reports and AutoCAD drawings, coordinates project schedules and budgets, and supports traffic signal, signing, pavement marking, lighting, and ITS design efforts.

Develop and verify FPGA designs for electronic warfare systems using SystemVerilog/UVM and/or VHDL testbenches. Create constrained-random test plans, analyze coverage metrics, develop reusable Verification IP, improve verification methodologies, and collaborate with engineers across multiple locations. The role requires executing tasks to schedule, supporting multiple projects, and working full-time onsite.

Provides software design quality assurance across the product lifecycle, including requirements validation, traceability, test strategy, acceptance testing, design reviews, change control, risk management, process compliance, quality metrics, and continuous improvement. The role partners with software engineering teams, evaluates code and development practices, supports qualification testing, and mentors team members while ensuring products meet customer, quality, reliability, and defense-related requirements.

Develop and use SystemVerilog/UVM or VHDL verification environments for FPGA and ASIC systems supporting electronic warfare applications. Create constrained-random, self-checking testbenches, test plans, verification IP, and coverage-driven test strategies. Analyze metrics, improve test effectiveness, contribute to verification methodologies, collaborate with distributed engineering teams, and execute multiple projects to schedule. The role is full-time onsite.

Develop and use configurable, self-checking FPGA verification environments for electronic warfare systems. Create constrained-random test plans, reusable verification IP, and metric-driven testbenches using SystemVerilog/UVM and/or VHDL. Analyze coverage metrics, improve test effectiveness, advance verification methodologies, and collaborate with engineers across multiple locations while supporting multiple projects and driving tasks to completion.

Develop and verify FPGA designs for electronic warfare systems using SystemVerilog/UVM and/or VHDL testbenches. Create constrained-random, metric-driven test plans, analyze coverage, develop reusable verification IP, improve verification methodologies, and collaborate with engineering teams across multiple locations. The role is full-time onsite and requires strong communication, documentation, scheduling, and multitasking skills.

Design and develop RF, analog, and mixed-signal circuits for wireless transceivers. Perform simulation, modeling, verification, laboratory data analysis, troubleshooting, and performance evaluation. Support radio development from concept through validation while collaborating with RF, analog, digital, layout, systems, validation, and product engineering teams. Document technical decisions and build expertise through mentorship and hands-on projects.

Design and deliver digital IP for processors, controllers, serial links, and interconnects using Verilog and SystemVerilog RTL. Review architecture and microarchitecture specifications, plan development schedules, collaborate on verification to achieve full coverage, track quality metrics, and support SoC integration, validation, emulation, and customer issue resolution. Ensure designs meet performance, quality, safety, and schedule requirements while preventing defects from reaching silicon.

Design and validate high-speed SerDes transceiver architectures and analog circuits using advanced CMOS processes. Responsibilities include schematic development, simulation testbench creation, power and reliability optimization, supervision of layout designers, LVS/DRC validation, and silicon performance validation. The role focuses on low-power, high-speed interconnects for display, camera, UCIe, Ethernet, and related interfaces.

Develops and executes verification strategies for digital modem designs in low-power wireless products. Builds SystemVerilog/UVM test environments, test plans, benches, and stimuli; drives functional and code coverage; debugs design issues; collaborates with architecture, firmware, validation, and system teams; supports silicon bring-up and pre- versus post-silicon correlation; and improves verification automation and methodologies.

As a Staff Design Verification Engineer at Micron, you will verify HBM and DRAM circuit designs, collaborate with cross-functional teams, and lead verification efforts while ensuring design quality and performance.

Designs building automation and control systems for lower- to mid-level projects, including material selection, sequence-of-operation development, drawings, submittals, as-builts, and closeout documentation. Reads construction plans and electrical schematics, coordinates with project teams, resolves field issues, manages assigned project budgets and schedules, and supports customer-focused, compliant deliverables. Requires occasional travel and job-site visits.

Leads end-to-end mechanical design of parts and subsystems for wafer inspection tools, from requirements and concept development through analysis, testing, integration, documentation, and manufacturing handoff. Performs thermal, vibration, FEA, and CFD analyses; creates CAD models and detailed drawings; applies GD&T and manufacturing principles; coordinates with systems and manufacturing engineering teams; and drives design reviews, prototype procurement, assembly, and testing.

Leads next-generation DUV and VUV plasma source development for semiconductor inspection systems. Drives technology evaluation, specifications, experiments, simulations, validation, verification, system error budgets, interfaces, calibrations, diagnostics, and architecture trade-off decisions. Leads cross-functional engineering teams and ensures subsystem and component requirements support overall product goals.

Designs transformer enclosures, assemblies, and components; supports failure analysis, engineering documentation, design reviews, regulatory compliance, production integration, and continuous improvement. Collaborates with manufacturing, quality, supply chain, sales, and customer service teams while developing technical expertise under experienced engineers.

Design and analyze roadway and transportation infrastructure projects, including alignments, grading, drainage coordination, maintenance of traffic, and corridor design. Prepare plans, specifications, estimates, technical reports, and calculations according to CDOT, AASHTO, and local standards. Collaborate with multidisciplinary teams, support project budgeting and scheduling, participate in client and stakeholder meetings, and contribute to proposals, quality reviews, mentoring, and project leadership.

Design aircraft structure solutions for metallic, composite, and hybrid parts, supporting production concessions and airworthiness requirements. Collaborate with stress, manufacturing, quality, and other stakeholders; assess nonconformances; create design answers and drawing packages; maintain technical delegation; mentor engineers; manage workflows and projects; and improve design processes and tools.

Lead telecom and technology infrastructure design projects, defining system requirements, researching solutions, and preparing Basis of Design documents, construction drawings, and technical specifications. Coordinate technology scopes with architects, engineers, and construction teams, while managing design reviews, project milestones, and coordination issues involving structured cabling, AV, and electronic security systems. The role also leads projects and coordinates Revit designers.